• Total releases this week: 195
• Period: April 07 - April 13, 2025

• Tag: daily-2025-04-13_02-55-51
• Released: April 13, 2025 02:55 UTC
• Author: @github-actions[bot]

• Trigger: Scheduled
• Run ID: 14425398172
• Workflow Run: View on GitHub
• Status: Failed but data was collected successfully

• Previous records: 628
• Current records: 632
• Difference: 4

• Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/6292664

• Tag: morphosource-modified-2025-04-13_01-56-39
• Released: April 13, 2025 01:55 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Endocast [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729989?locale=en Record ID: 000729989 Object: fmnh:pm:9476 Taxonomy: Paleolgus haydeni Element or Part: Endocast Data Manager: Mary Silcox Date Uploaded: 04/13/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_image_analysis-2025-04-13_02-26-07
• Released: April 13, 2025 01:55 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-13_01-55-55

To analyze the provided 3D X-ray CT scan data from Morphosource.org based on the different orientations of the specimen, here's a detailed overview of structural characteristics, material composition, and notable features:

• Overall Shape: The specimen exhibits a unique, bulbous form with prominent protuberances, suggesting it could belong to a biological entity, possibly a fossil or a preserved organism.
• Surface Texture: The exterior appears rough and irregular. This texture may indicate growth patterns or could hint at the specimen's organic nature.
• Symmetry: Some orientations show a level of symmetry, particularly in the top view, where paired features suggest bilateral symmetry typical of many organisms.
• Internal Features: There might be cavities or voids visible in certain views, indicating possible anatomical features such as air sacs or elements of the organism’s structure.

• Color and Opacity: The specimen has a light, pale coloration, commonly observed in mineralized fossils. This might be indicative of the materials involved in its preservation or composition.
• Density Variation: The differences in textural appearance across orientations suggest varied material densities, which could be analyzed further to infer composition—possible indications of mineral encrustation or tissue preservation.

• Prominent Appendages: The structures at the top resemble limbs or sensory organs, which could be biologically significant.
• Surface Anomalies: Certain orientations reveal what could be deemed as pits, grooves, or scratches, possibly caused by environmental factors or biological activity leading to wear over time.
• Orientation-Specific Features: Some features, such as an indentation or ridge, are more discernible from specific angles, suggesting that analyzing different perspectives is vital for comprehensive morphological understanding.

This analysis of the structural characteristics, material composition, and notable features provides an insight into the specimen's biological and geological context. Further study, including comparative analysis with known specimens, could yield additional insights into its taxonomic classification and history. Additional imaging or scanning could also enhance understanding of internal structures that are obscured in external views.

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-13_01-55-55
• Released: April 12, 2025 03:39 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 4 new record(s) (old record value: 106054).

New Record #106058 Title: Endocast [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729989?locale=en Object: fmnh:pm:9476 Taxonomy: Paleolgus haydeni Element or Part: Endocast Data Manager: Mary Silcox Date Uploaded: 04/13/2025 Publication Status: Restricted Download Rights Statement: In Copyright CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

New Record #106057 Title: Endocast [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729983?locale=en Object: dpc:18651 Taxonomy: Parapithecus grangeriSimonsius grangeri Element or Part: Endocast Data Manager: Mary Silcox Date Uploaded: 04/13/2025 Publication Status: Restricted Download Rights Statement: Copyright Not Evaluated

New Record #106056 Title: Endocast [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729980?locale=en Object: dpc:10994 Taxonomy: Babakotia radofilai Element or Part: Endocast Data Manager: Mary Silcox Date Uploaded: 04/13/2025 Publication Status: Restricted Download Rights Statement: Copyright Not Evaluated

• Tag: ct_to_text_analysis-2025-04-13_01-56-24
• Released: April 12, 2025 03:39 UTC
• Author: @github-actions[bot]

Paleolgus haydeni Endocast

The CT scan of the Paleolgus haydeni endocast offers a remarkable glimpse into the brain morphology of this ancient primate species. Paleolgus haydeni, a member of the extinct adapiform primates, provides valuable insights into early primate brain evolution. The endocast reveals the overall brain shape and size, highlighting the development of key regions such as the frontal and temporal lobes. These features suggest advanced cognitive abilities and sensory processing capabilities, which may have been crucial for navigating their arboreal habitats. By analyzing the intricate folds and surface areas of the endocast, researchers can infer aspects of Paleolgus haydeni’s behavior, social structures, and environmental interactions. This detailed morphological data not only enriches our understanding of primate evolution but also helps trace the neurological advancements that paved the way for modern primates, including humans.

Parapithecus grangeriSimonsius grangeri Endocast

The CT-generated endocast of Parapithecus grangeriSimonsius grangeri provides an invaluable window into the brain structure of this enigmatic primate from the Eocene epoch. Parapithecus grangeriSimonsius grangeri, discovered in early African fossil sites, is pivotal for understanding the diversification of primate brain evolution. The endocast showcases a brain with pronounced olfactory regions, indicating a strong reliance on the sense of smell, which is consistent with ecological adaptations to dense forest environments. Additionally, the size and complexity of the visual and auditory areas suggest sophisticated sensory processing, potentially supporting complex social behaviors and environmental interactions. By examining the spatial arrangement and development of different brain regions, scientists can draw connections between Parapithecus grangeriSimonsius grangeri’s neurological capabilities and its ecological niche. This enhances our comprehension of primate adaptability and the evolutionary pathways that led to the diverse brain architectures observed in contemporary primate species.

Babakotia radofilai Endocast

The CT scan of the Babakotia radofilai endocast sheds light on the unique brain structure of this extinct lemur species from Madagascar. Babakotia radofilai, part of the diverse subfossil lemur fauna, is known for its distinctive morphological traits, and the endocast reveals corresponding neurological features. The endocast indicates a brain adapted for specialized motor functions, possibly reflecting Babakotia’s arboreal lifestyle and its need for precise limb coordination in navigating Madagascar's intricate forest canopies. Enhanced areas related to spatial memory and navigation suggest sophisticated abilities to remember complex environments, which would be essential for foraging and avoiding predators. Additionally, the endocast may show signs of social cognition regions, implying intricate social interactions within Babakotia groups. These insights into the brain morphology of Babakotia radofilai not only enhance our understanding of its behavior and ecology but also contribute to the broader knowledge of primate brain evolution, particularly within the unique context of Madagascar’s isolated ecosystems.

• Tag: morphosource-modified-2025-04-12_03-39-33
• Released: April 12, 2025 03:38 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Pelvic Girdle [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000656395?locale=en Record ID: 000656395 Object: UF:Herp:109124 Taxonomy: Ranoidea aureaLitoria aurea Element or Part: Pelvic girdle Data Manager: Roy Farman Date Uploaded: 08/15/2024 Publication Status: Restricted Download

• Tag: ct_slice_analysis-2025-04-12_03-42-25
• Released: April 12, 2025 03:38 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-12_03-38-57

• Tag: morphosource-updates-2025-04-12_03-38-57
• Released: April 12, 2025 01:27 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106053).

New Record #106054 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729916?locale=en Object: OS:Fishes:8137 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: daily-2025-04-12_01-26-57
• Released: April 12, 2025 01:27 UTC
• Author: @github-actions[bot]

• Trigger: Scheduled
• Run ID: 14414767649
• Workflow Run: View on GitHub
• Status: Failed but data was collected successfully

• Previous records: 616
• Current records: 628
• Difference: 12

• Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/6284226

• Tag: ct_to_text_analysis-2025-04-12_03-39-27
• Released: April 12, 2025 01:27 UTC
• Author: @github-actions[bot]

The recent CT scan of Orthonopias triacis, a fascinating species within the OS:Fishes group, offers a comprehensive view of its entire body structure. Utilizing advanced X-ray computed tomography, scientists can examine this fish in remarkable detail without the need for invasive procedures. The scan reveals the intricate skeletal framework, highlighting the arrangement of bones that support its streamlined shape, which is essential for efficient movement through its aquatic environment. Additionally, the imaging uncovers the complex muscle structures, providing insights into how Orthonopias triacis achieves its propulsion and maneuverability.

One of the standout features observed in the scan is the detailed anatomy of the cranial region, including the jaw mechanics and sensory organs. This allows researchers to better understand the feeding habits and environmental interactions of the species. The gill structures are also clearly visible, shedding light on the respiratory adaptations that enable the fish to thrive in its specific habitat. Furthermore, the fin morphology captured in the CT images reveals specialized adaptations that may contribute to the species' survival and reproductive strategies.

Overall, this whole-body CT scan is invaluable for dissecting the biological intricacies of Orthonopias triacis. It not only enhances our understanding of its internal anatomy and functional morphology but also provides crucial data for studying its evolutionary relationships and ecological role. Such high-resolution imaging techniques pave the way for future research, enabling scientists to explore and preserve the complexity of biological specimens with unprecedented precision.

• Tag: ct_slice_analysis-2025-04-12_02-05-53
• Released: April 12, 2025 01:27 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-11_05-50-28

It looks like the images you provided are various slices of a CT scan. The specific content of each slice isn't visible, as they all seem to be largely black with minimal features. Typically, in CT images, various densities such as bone, muscle, and organs appear in different shades of gray to white, while air appears black.

• Tag: morphosource-modified-2025-04-11_20-13-16
• Released: April 11, 2025 18:24 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000100995?locale=en Record ID: 000100995 Object: USNM:MAMM:USNM 282124 Taxonomy: Neofelis nebulosa Element or Part: skull Data Manager: Department of Vertebrate Zoology National Museum of Natural History Date Uploaded: 02/14/2020 Publication Status: Open Download Rights Statement: Copyright Undetermined

• Tag: morphosource-modified-2025-04-11_18-24-57
• Released: April 11, 2025 05:51 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729545?locale=en Record ID: 000729545 Object: SIO:Marine Vertebrates:15-2017 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Ben Frable Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: morphosource-modified-2025-04-11_05-51-07
• Released: April 11, 2025 05:50 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729916?locale=en Record ID: 000729916 Object: OS:Fishes:8137 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-11_05-50-28
• Released: April 11, 2025 04:48 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106052).

New Record #106053 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729916?locale=en Object: OS:Fishes:8137 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-11_05-50-58
• Released: April 11, 2025 04:48 UTC
• Author: @github-actions[bot]

The recent CT scan of Orthonopias triacis, a species within the OS:Fishes:8137 group, provides a comprehensive, three-dimensional view of the entire organism. Utilizing advanced X-ray computed tomography, researchers can explore the detailed internal and external anatomy of this fish without any destructive sampling. This holistic imaging allows for the examination of skeletal structures, musculature, and internal organs in their natural spatial relationships, offering invaluable insights into the species' morphology.

One of the standout features revealed by the CT scan is the intricate bone architecture of Orthonopias triacis. The high-resolution images highlight the arrangement and density of the vertebrae and fin supports, which may indicate specific adaptations to its aquatic environment. Additionally, the scan details the musculature patterns, providing clues about the species' locomotion and feeding mechanisms. The visibility of internal organs facilitates studies on the physiological adaptations that enable Orthonopias triacis to thrive in its habitat, shedding light on aspects such as respiratory efficiency and digestive processes.

The significance of these CT scans extends beyond mere anatomical documentation. By comparing the morphological data of Orthonopias triacis with related species, scientists can trace evolutionary developments and identify unique adaptations that have emerged over time. This comprehensive structural understanding enhances our knowledge of the species' biology and its role within the ecosystem, potentially informing conservation strategies and contributing to broader evolutionary studies within the fish taxonomy.

• Tag: morphosource-updates-2025-04-11_04-48-56
• Released: April 11, 2025 03:57 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 106050).

New Record #106052 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729911?locale=en Object: SIO:Marine Vertebrates:15-1708 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

New Record #106051 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729910?locale=en Object: SIO:Marine Vertebrates:15-1708 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: ct_to_text_analysis-2025-04-11_04-49-25
• Released: April 11, 2025 03:57 UTC
• Author: @github-actions[bot]

Record #106052: Orthonopias triacis Whole Body CT Scan

The CT scan of Orthonopias triacis provides a comprehensive three-dimensional view of this marine vertebrate’s entire body. Utilizing advanced X-ray computed tomography, the scan reveals intricate details of the skeletal structure, including the arrangement of bones and vertebrae, which are crucial for understanding the organism’s mobility and structural integrity. Soft tissues, such as muscles and internal organs, are also distinctly visualized, allowing researchers to examine the anatomy of the heart, lungs, and digestive system without invasive procedures. Notable features, such as the configuration of the fins and the morphology of the skull, offer insights into the species' evolutionary adaptations to its marine environment. This detailed morphological data enhances our knowledge of Orthonopias triacis’ ecological role and evolutionary history, potentially shedding light on how specific anatomical traits have enabled its survival and adaptation in diverse marine habitats. The availability of this whole-body CT dataset serves as a valuable resource for comparative studies, aiding scientists in drawing correlations between structure and function within marine vertebrates.

Record #106051: Orthonopias triacis Whole Body CT Scan

The second CT scan of Orthonopias triacis presents another detailed three-dimensional model of this marine vertebrate, complementing existing morphological data. This scan offers a high-resolution view of the organism’s entire anatomy, highlighting the delicate structures of the axial and appendicular skeletons. Researchers can observe the precise articulation of joints and the density of bone tissues, which are essential for understanding locomotion and flexibility in aquatic environments. Additionally, the scan captures the intricate layout of internal systems, including the nervous and circulatory systems, providing a holistic perspective of the organism’s physiology. Distinctive anatomical characteristics, such as the shape and placement of sensory organs, can be analyzed to infer behavioral adaptations and environmental interactions. By comparing multiple CT scans of Orthonopias triacis, scientists can identify anatomical variations and assess their implications for the species’ adaptability and evolutionary strategies. This comprehensive morphological information is instrumental in advancing our understanding of marine vertebrate biology and the evolutionary processes that shape their diverse forms and functions.

• Tag: morphosource-modified-2025-04-11_03-57-41
• Released: April 11, 2025 03:56 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729901?locale=en Record ID: 000729901 Object: OS:Fishes:8137 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-11_03-56-58
• Released: April 11, 2025 03:44 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 106048).

New Record #106050 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729901?locale=en Object: OS:Fishes:8137 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

New Record #106049 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729889?locale=en Object: SIO:Marine Vertebrates:15-1708 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: ct_to_text_analysis-2025-04-11_03-57-29
• Released: April 11, 2025 03:44 UTC
• Author: @github-actions[bot]

Record #106050: Orthonopias triacis (OS:Fishes:8137)

The CT scan of Orthonopias triacis under the object code OS:Fishes:8137 offers a detailed view of the species' entire body structure. This high-resolution imaging reveals the intricate skeletal framework, highlighting the arrangement of bones that support the fish's streamlined shape. Notable anatomical features visible in the scan include the fin structures, which are essential for propulsion and maneuvering in the aquatic environment. The clarity of the gill arches provides insights into the respiratory system, showcasing how Orthonopias triacis efficiently extracts oxygen from water. Additionally, the scan delineates the muscular architecture, illustrating how muscles are organized to facilitate rapid and precise movements. Internal organs, such as the heart and digestive system, are also prominently featured, allowing for a comprehensive understanding of the species' physiology. This detailed morphological information is invaluable for researchers studying the evolutionary adaptations of marine fishes, as it sheds light on the functional anatomy that enables Orthonopias triacis to thrive in its specific habitat. By examining these structural features, scientists can better understand the ecological role and evolutionary history of this species within the broader context of marine biodiversity.

Record #106049: Orthonopias triacis (SIO:Marine Vertebrates:15-1708)

The CT imaging of Orthonopias triacis associated with the object code SIO:Marine Vertebrates:15-1708 provides an in-depth exploration of the organism's comprehensive anatomy. This whole-body scan captures both hard and soft tissues with remarkable precision, allowing for a holistic view of the species’ physical makeup. The skeletal system is prominently detailed, revealing the intricate structure of the skull, vertebral column, and fin rays, which are crucial for understanding the fish’s biomechanics and movement patterns. Soft tissues, including muscles and internal organs, are clearly visible, offering valuable information about the species' physiology and metabolic processes. The scan also highlights specialized features such as the lateral line system, which plays a key role in sensory perception and environmental navigation. By visualizing these internal and external structures, researchers can gain insights into the adaptive strategies that Orthonopias triacis employs to survive and thrive in its marine ecosystem. This comprehensive anatomical data supports evolutionary studies by allowing comparisons with related species, thereby elucidating the evolutionary pathways and morphological innovations that have shaped the diversity of marine vertebrates. Overall, the CT scan serves as a critical tool for advancing our understanding of the biology and evolutionary biology of Orthonopias triacis.

• Tag: morphosource-modified-2025-04-11_03-44-16
• Released: April 11, 2025 03:43 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729810?locale=en Record ID: 000729810 Object: OS:Fishes:6630 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-11_03-43-34
• Released: April 11, 2025 03:08 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106047).

New Record #106048 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729810?locale=en Object: OS:Fishes:6630 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-11_03-44-06
• Released: April 11, 2025 03:08 UTC
• Author: @github-actions[bot]

The Clinocottus globiceps, commonly known as the roundhead sculpin, is a fascinating species of fish native to the coastal waters of the Pacific Ocean. The recent X-ray computed tomography (CT) scan of its entire body offers an unprecedented detailed view of its internal and external anatomical structures. This advanced imaging technique has unveiled the complex skeletal framework, highlighting the robust spiny dorsal fins that provide stability and protection, as well as the specialized pelvic fins that enable the fish to anchor itself to rocky substrates in its natural habitat.

The CT scan also reveals intricate details of the cranial region, including the large, rounded head that characterizes this species. This morphology is essential for its feeding behavior, allowing it to efficiently capture prey in its environment. Additionally, the scan provides clear visualization of the internal organs, such as the digestive system adapted for a diet rich in invertebrates, and the well-developed sensory organs that enhance its ability to detect movement and changes in its surroundings.

Understanding the morphology of Clinocottus globiceps through CT imaging is significant for several reasons. It aids in comparative anatomical studies, helping scientists trace evolutionary adaptations that have enabled this species to thrive in specific ecological niches. Moreover, the detailed structural information supports research into the species' biology, behavior, and ecological interactions, contributing to broader insights into marine biodiversity and the evolutionary processes that shape it.

• Tag: morphosource-modified-2025-04-11_03-08-25
• Released: April 11, 2025 03:07 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729788?locale=en Record ID: 000729788 Object: SIO:Marine Vertebrates:15-1725 Taxonomy: Clinocottus recalvus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: morphosource-updates-2025-04-11_03-07-47
• Released: April 11, 2025 02:01 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 3 new record(s) (old record value: 106044).

New Record #106047 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729788?locale=en Object: SIO:Marine Vertebrates:15-1725 Taxonomy: Clinocottus recalvus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

New Record #106046 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729680?locale=en Object: l-aps Taxonomy: Oligocottus maculosus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

New Record #106045 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729604?locale=en Object: SIO:Marine Vertebrates:15-2017 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: ct_to_text_analysis-2025-04-11_03-08-16
• Released: April 11, 2025 02:01 UTC
• Author: @github-actions[bot]

Clinocottus recalvus

The recent CT scan of Clinocottus recalvus, a species within the marine vertebrates collection, offers an unprecedented glimpse into the intricate anatomy of this sculpin. Clinocottus recalvus, commonly known for its distinctive head morphology and mottled coloration, exhibits several noteworthy features revealed through the scan. The high-resolution imaging delineates the complex structure of its cranial bones and the configuration of its sensory organs, which are crucial for its survival in rocky coastal habitats. Additionally, the scan highlights the musculature and skeletal framework, providing insights into the locomotive adaptations that enable C. recalvus to navigate its environment with agility. Understanding these morphological traits not only contributes to our knowledge of this species’ biology but also sheds light on the evolutionary pathways that have shaped the diversity of marine vertebrates. These detailed internal views facilitate comparative studies with related species, potentially unveiling evolutionary divergences and adaptations specific to Clinocottus recalvus.

Oligocottus maculosus

The CT imaging of Oligocottus maculosus, part of the l-aps object collection, presents a comprehensive visualization of this species’ anatomical structures. Known for its spotted appearance and slender body, Oligocottus maculosus benefits from the CT scan's ability to reveal subtle morphological details that are otherwise challenging to observe. The scan meticulously captures the arrangement of the fin rays, the structure of the gill arches, and the intricate bone formations within its body. These details are essential for understanding the locomotive mechanics and respiratory efficiency of the species. Furthermore, the internal visualization of the digestive and reproductive systems provides valuable data for studies on the physiological ecology of O. maculosus. By examining these internal features, researchers can gain deeper insights into the species' feeding behaviors, reproductive strategies, and overall health, contributing to better conservation strategies and enhancing our comprehension of its role within marine ecosystems.

Clinocottus globiceps

The CT scan of Clinocottus globiceps, another member of the marine vertebrates collection, offers a detailed perspective on the anatomy of this globefin sculpin. Clinocottus globiceps is distinguished by its rounded head and prominent eyes, traits that are clearly delineated in the CT imagery. The scan reveals the internal bone structure, including the intricate arrangements of the cranial bones and the articulation points of the fins, which are pivotal for its maneuverability in complex underwater terrains. Additionally, the visualization of the muscular system provides insights into the powerful movements that C. globiceps employs to capture prey and evade predators. The detailed images of the sensory organs underscore the species’ reliance on vision and balance for navigation and hunting. These anatomical revelations are crucial for understanding the ecological adaptations and evolutionary history of Clinocottus globiceps. By leveraging CT technology, researchers can explore the functional morphology of this species, offering broader implications for the study of marine vertebrate diversity and the evolutionary mechanisms driving their specialization.

• Tag: morphosource-modified-2025-04-11_02-02-00
• Released: April 11, 2025 02:01 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729584?locale=en Record ID: 000729584 Object: SIO:Marine Vertebrates:15-2017 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: morphosource-updates-2025-04-11_02-01-11
• Released: April 11, 2025 01:36 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 8 new record(s) (old record value: 106036).

New Record #106044 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729584?locale=en Object: SIO:Marine Vertebrates:15-2017 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

New Record #106043 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729545?locale=en Object: SIO:Marine Vertebrates:15-2017 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

New Record #106042 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729526?locale=en Object: OS:Fishes:2795 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/11/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: daily-2025-04-11_01-36-48
• Released: April 11, 2025 01:36 UTC
• Author: @github-actions[bot]

• Trigger: Scheduled
• Run ID: 14393698193
• Workflow Run: View on GitHub
• Status: Failed but data was collected successfully

• Previous records: 590
• Current records: 616
• Difference: 26

• Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/6255898

• Tag: ct_to_text_analysis-2025-04-11_02-01-40
• Released: April 11, 2025 01:36 UTC
• Author: @github-actions[bot]

Record #106044: Whole Body CT Scan of Clinocottus globiceps from SIO:Marine Vertebrates:15-2017

This comprehensive CT scan captures the entire body of Clinocottus globiceps, a species of marine fish known for its distinctive morphological traits. By utilizing advanced X-ray computed tomography, researchers can explore the intricate skeletal structure and internal anatomy without disturbing the specimen. Notably, the scan reveals the detailed arrangement of the vertebral column, which is essential for understanding the fish's flexibility and swimming mechanics. Additionally, the ossification patterns of the fins are clearly visible, providing insights into their evolutionary adaptations for maneuverability in diverse marine environments. The visibility of the cranial features allows for a better comprehension of sensory organ placement and jaw mechanics, crucial for the species' feeding strategies. This non-invasive imaging technique not only preserves the integrity of the specimen but also facilitates comparative studies with related species, enhancing our knowledge of Clinocottus globiceps' evolutionary history and ecological niche.

Record #106043: Whole Body CT Scan of Clinocottus globiceps from SIO:Marine Vertebrates:15-2017

The entire-body CT image of Clinocottus globiceps provided in this record offers an unprecedented view into the internal structure of this marine vertebrate. Through high-resolution imaging, the scan highlights the delicate balance between bone and soft tissues, allowing scientists to examine the musculature and connective tissues that support the fish's dynamic movements. The detailed visualization of the rib cage and pelvic structures offers valuable information on the organism's structural integrity and its adaptation to its aquatic habitat. Furthermore, the CT data illuminates the configuration of the respiratory system, including the gill arches, which are vital for oxygen extraction in varying water conditions. Such comprehensive anatomical details are instrumental in studying the species' physiology and how it interacts with its environment. This dataset serves as a critical resource for morphologists and evolutionary biologists aiming to unravel the complexities of Clinocottus globiceps' biology and its role within marine ecosystems.

Record #106042: Whole Body CT Scan of Clinocottus globiceps from OS:Fishes:2795

This detailed CT scan of Clinocottus globiceps from the OS:Fishes:2795 collection offers a thorough examination of the species' entire body structure. The imaging technology employed reveals the sophisticated architecture of the fish's internal organs, including the heart, liver, and digestive system, providing a window into its physiological processes. The scan also delineates the intricate bone structures, such as the fin rays and skull, which are pivotal for understanding the species' locomotive capabilities and feeding mechanisms. Additionally, the visualization of the sensory systems, including the lateral line and eyes, sheds light on how Clinocottus globiceps perceives its environment and navigates its marine surroundings. By presenting these detailed morphological features, the CT scan facilitates a deeper appreciation of the evolutionary adaptations that enable this species to thrive in its specific ecological niche. This comprehensive anatomical data is invaluable for researchers studying fish morphology, evolutionary biology, and the ecological dynamics of marine vertebrates.

• Tag: morphosource-modified-2025-04-10_23-59-51
• Released: April 10, 2025 23:59 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729271?locale=en Record ID: 000729271 Object: l-aps Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-10_23-59-13
• Released: April 10, 2025 23:46 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106035).

New Record #106036 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729271?locale=en Object: l-aps Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-10_23-59-41
• Released: April 10, 2025 23:46 UTC
• Author: @github-actions[bot]

The latest CT imaging release showcases a comprehensive whole-body scan of Clinocottus embryum, a species of sculpin native to the coastal waters of the North Pacific. Utilizing advanced X-ray computed tomography, this detailed scan provides an unprecedented glimpse into the intricate anatomy of the specimen without the need for invasive dissection. Key anatomical features revealed include the complex skeletal structure, highlighting the arrangement of vertebrae and fin rays that contribute to the sculpin's agility and camouflage abilities on rocky substrates. The musculature system is clearly delineated, offering insights into the fish's locomotion and feeding mechanisms.

Moreover, the cranial region is meticulously visualized, allowing for an in-depth examination of sensory organs such as the eyes and lateral line system, which play crucial roles in environmental sensing and predator avoidance. The internal organs, including the digestive and respiratory systems, are rendered in high detail, facilitating a better understanding of the species' physiological processes and metabolic adaptations to its habitat.

This high-resolution 3D model is invaluable for comparative studies, enabling scientists to investigate evolutionary relationships and functional morphology within the Cottidae family. By providing a non-destructive means to study the morphology of Clinocottus embryum, this CT scan enhances our ability to explore developmental biology, ecological interactions, and species-specific traits. The availability of such detailed morphological data not only advances our knowledge of this particular species but also contributes to broader insights into the evolution and adaptation of marine life forms.

• Tag: morphosource-modified-2025-04-10_23-46-59
• Released: April 10, 2025 23:46 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729243?locale=en Record ID: 000729243 Object: OS:Fishes:7071 Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download

• Tag: morphosource-updates-2025-04-10_23-46-21
• Released: April 10, 2025 23:34 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106034).

New Record #106035 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729243?locale=en Object: OS:Fishes:7071 Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download

• Tag: ct_to_text_analysis-2025-04-10_23-46-52
• Released: April 10, 2025 23:34 UTC
• Author: @github-actions[bot]

The recent CT scan of Clinocottus embryum, a species within the OS:Fishes:7071 group, offers a comprehensive glimpse into the intricate anatomy of this intriguing fish. By utilizing advanced X-ray computed tomography, researchers can now explore the entire morphology of C. embryum in remarkable detail without the need for invasive dissection. This whole-body scan reveals the delicate structure of its skeletal system, including the arrangement of vertebrae and fin rays, which are crucial for understanding its movement and stability in its natural habitat.

One of the standout features captured in the scan is the intricate jaw structure of Clinocottus embryum. The detailed imaging allows scientists to examine the mechanics of its feeding apparatus, shedding light on how this species captures and processes its prey. Additionally, the scan highlights the musculature patterns, providing insights into the locomotive capabilities and behavioral adaptations of the fish. The visibility of internal organs and soft tissues further enhances our understanding of its physiological functions, such as respiration and digestion.

This high-resolution CT imagery not only contributes to the taxonomy and classification of Clinocottus embryum but also serves as a valuable resource for evolutionary studies. By comparing the morphological traits revealed in the scan with those of related species, researchers can trace evolutionary developments and ecological niches that C. embryum occupies. Overall, the CT scan of Clinocottus embryum is a significant advancement in marine biology, offering a non-invasive method to study and preserve the intricate details of fish anatomy for future scientific exploration.

• Tag: morphosource-modified-2025-04-10_23-34-03
• Released: April 10, 2025 23:33 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729214?locale=en Record ID: 000729214 Object: Unvouchered object contributed by Jonathan Huie Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-10_23-33-24
• Released: April 10, 2025 23:17 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 106032).

New Record #106034 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729214?locale=en Object: Unvouchered object contributed by Jonathan Huie Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

New Record #106033 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729209?locale=en Object: Unvouchered object contributed by Jonathan Huie Taxonomy: Oligocottus maculosus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-10_23-33-57
• Released: April 10, 2025 23:17 UTC
• Author: @github-actions[bot]

Clinocottus embryum Whole Body CT Scan

The CT scan of the whole body of Clinocottus embryum provides a comprehensive view of this species' intricate anatomical structure. Clinocottus embryum, commonly known as the hairyhead sculpin, exhibits a distinctive morphology that is well-illustrated through the high-resolution imaging. The scan reveals a robust skeletal framework that supports its spiny fins and flattened body, adaptations crucial for its benthic lifestyle. Detailed visualization of the cranial region highlights specialized sensory organs, including well-developed lateral lines that enable the fish to detect movements and vibrations in its environment. The musculature appears finely detailed, indicating the species' capacity for precise and agile movements essential for navigating rocky substrates. Additionally, the internal organs are clearly delineated, offering insights into the fish's physiological adaptations to its habitat. This comprehensive morphological data enhances our understanding of Clinocottus embryum's structural adaptations and provides a valuable resource for comparative studies in evolutionary biology, shedding light on the evolutionary pathways that have shaped its unique features.

Oligocottus maculosus Whole Body CT Scan

The entire body CT scan of Oligocottus maculosus, also known as the dotted snailfish, unveils the sophisticated anatomical intricacies of this marine species. The scan showcases the delicate yet sturdy skeletal structure that supports its elongated and streamlined body, an adaptation that facilitates efficient movement through its often turbulent coastal environments. Notable features include the arrangement of fin rays and the placement of pectoral fins, which are crucial for maneuverability and stability. The cranial region is intricately detailed, revealing specialized features such as the sensory canals that play a key role in environmental detection and navigation. Internal soft tissues, including muscles and organs, are clearly visible, allowing for an in-depth analysis of the species' physiological adaptations, such as respiration and digestion mechanisms tailored to its ecological niche. The CT imaging also highlights unique aspects of Oligocottus maculosus's morphology, such as scale patterns and body segmentation, which are important for taxonomic classification and understanding evolutionary relationships within the Cottidae family. This detailed morphological portrayal not only enhances our knowledge of the species' biology but also serves as a critical reference for future evolutionary and ecological studies.

• Tag: morphosource-modified-2025-04-10_23-17-56
• Released: April 10, 2025 23:17 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729204?locale=en Record ID: 000729204 Object: Unvouchered object contributed by Jonathan Huie Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_slice_analysis-2025-04-10_23-20-36
• Released: April 10, 2025 23:17 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-10_23-17-18

It looks like you've provided a series of images that appear to be empty or predominantly black with a small white point or figure in the center, which is not typical for CT slice images. CT (computed tomography) images usually display cross-sectional views of soft tissues, organs, and bones within the body, allowing visualization of anatomical structures.

• Tag: morphosource-updates-2025-04-10_23-17-18
• Released: April 10, 2025 21:25 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106031).

New Record #106032 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729204?locale=en Object: Unvouchered object contributed by Jonathan Huie Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/10/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-10_23-17-46
• Released: April 10, 2025 21:25 UTC
• Author: @github-actions[bot]

The recent CT scan of Clinocottus globiceps, a species of sculpin found along the Pacific coast, offers an unprecedented glimpse into its intricate anatomy. This whole-body imaging reveals the detailed skeletal structure, including the robust cranial bones that support its distinctive large head, a characteristic feature of the species. The scan highlights the arrangement of its spiny fins, which are crucial for stability and maneuverability in rocky marine environments where C. globiceps typically resides.

Soft tissues, often challenging to study without invasive methods, are clearly delineated in the CT images. The musculature around the pectoral and dorsal fins is well-defined, providing insights into the species' locomotive capabilities. Additionally, the internal organs, such as the digestive and respiratory systems, are visible, allowing researchers to examine their organization and relationship to overall body morphology. This non-destructive technique preserves the specimen’s integrity while facilitating comprehensive anatomical studies.

Understanding the morphology of Clinocottus globiceps through CT scanning enhances our knowledge of its ecological adaptations and evolutionary history. The detailed anatomical data can inform studies on how physical traits have evolved in response to environmental pressures, shedding light on the evolutionary pathways that have shaped this resilient marine species. Overall, the CT scan serves as a valuable tool in uncovering the complexities of C. globiceps’s biology, contributing to broader marine biology and evolutionary research.

• Tag: morphosource-modified-2025-04-10_21-25-36
• Released: April 10, 2025 21:24 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729131?locale=en Record ID: 000729131 Object: TCWC:Mammals:63773 Taxonomy: Dipodomys compactus sennetti Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_image_analysis-2025-04-10_21-28-26
• Released: April 10, 2025 21:24 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-10_21-24-59

Analyzing the 3D X-ray CT scan data, several structural characteristics and features can be noted across the various orientations of the specimen:

1. Overall Morphology:

   • The shape of the specimen appears to be complex with intricate structures, possibly indicative of a cranial or skeletal element of an animal.
   • The varied contours suggest adaptations to specific functions, such as feeding or sensory perception.

2. Surface Texture:

   • The surfaces display a granular texture with notable pitting and small cavities, suggesting biological processes such as wear, remodelling, or even pathological changes.

3. Openings and Cavities:

   • There are pronounced openings and hollow spaces within the structure, potentially serving as entry points for nerves and blood vessels or housing air sacs, common in many vertebrates.
   • The presence of these cavities may provide insights into the specimen’s respiratory system or sensory capabilities.

1. Density Variations:

   • Variations in density (evident in the CT scan density values) could indicate different material compositions within the specimen. Denser areas may correspond to mineralized tissues such as bone, while less dense areas might represent softer tissue or cavities.

2. Potential Composition:

   • The prominent features suggest a composition primarily consisting of bone or another mineralized tissue, possibly complemented by softer connective tissues and membranous structures.

1. Anatomical Anomalies:

   • Any irregularities in the shape or distribution of features across views may hint at developmental anomalies, injuries, or diseases.
   • If any asymmetry is observed, it could lead to further investigations into the functional implications of the anomaly.

2. Symmetry and Alignment:

   • The structure's symmetry (or lack thereof) can inform on evolutionary adaptations and functional morphology.
   • Observing how the features align across different views may help in reconstructing the original form of the organism accurately.

The 3D X-ray CT scans provide a comprehensive view of the specimen, revealing intricate details about its structure, composition, and potential anomalies. Further analysis could include comparative assessments with known specimens to understand its taxonomy or evolutionary significance better. Utilizing software tools for enhancement may also help visualize these features more clearly.

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-10_21-24-59
• Released: April 10, 2025 20:59 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106030).

New Record #106031 Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729131?locale=en Object: TCWC:Mammals:63773 Taxonomy: Dipodomys compactus sennetti Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_to_text_analysis-2025-04-10_21-25-29
• Released: April 10, 2025 20:59 UTC
• Author: @github-actions[bot]

Dipodomys compactus sennetti CT Scan Analysis

The recent CT scan of Dipodomys compactus sennetti, a subspecies of the bump-nosed kangaroo rat, offers a detailed glimpse into the intricate anatomy of this fascinating desert-dwelling rodent. Utilizing advanced X-ray computed tomography, scientists can explore the specimen's skeletal framework with remarkable precision. The high-resolution imaging reveals the specialized structure of the skull, highlighting adaptations that support its burrowing lifestyle and enhance its ability to forage efficiently in arid environments. Features such as the robust jaw muscles and uniquely shaped teeth provide insights into its dietary preferences and feeding mechanics.

Beyond the cranial details, the CT scan captures the morphology of the limbs, showcasing the elongated hind legs that facilitate the kangaroo rat’s signature hopping locomotion. This adaptation not only aids in swift movement across sandy terrains but also plays a crucial role in predator avoidance. Additionally, the scan elucidates the musculoskeletal arrangements that support its agile and resilient nature.

Understanding the anatomical nuances of Dipodomys compactus sennetti through CT scanning contributes significantly to our knowledge of its evolutionary biology. By comparing these detailed morphological features with those of related species, researchers can trace evolutionary adaptations that have enabled survival in harsh desert ecosystems. This comprehensive anatomical data not only enriches scientific understanding but also aids in the development of conservation strategies to protect this unique species and its habitat.

• Tag: morphosource-modified-2025-04-10_20-59-56
• Released: April 10, 2025 20:59 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729111?locale=en Record ID: 000729111 Object: TCWC:Mammals:63723 Taxonomy: Dipodomys compactus sennetti Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_image_analysis-2025-04-10_21-02-39
• Released: April 10, 2025 20:59 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-10_20-59-17

To analyze the 3D X-ray CT scan data, let's break down the observations into structural characteristics, material composition, and notable features or anomalies based on the different views provided.

1. Overall Shape: The specimen exhibits a complex, irregular morphology, possibly indicating a biologically significant structure (e.g., a skull or similar anatomical feature). The contours suggest distinctive regions that may correspond to specific anatomical features.

2. Surface Detail: Numerous small pockmarks or textures on the surface may indicate natural erosion or biological markings (like sutures in bone). The surface appears relatively smooth overall but does show some areas of increased roughness, possibly indicating regions of growth or repair.

3. Orientation Variability: The orientation variations across the images reveal different perspectives on the complexity of the structure. For instance, certain views might expose internal cavities or indicate the relationship between different anatomical parts.

• Density Evaluation: Given that this is a CT scan, areas of varying density can be inferred. Denser regions (likely bone or hard materials) appear solid, while less dense areas may represent softer tissue or air-filled spaces.

• Mineralization: The coloration and textural differences in the images may suggest various mineral content. High-density areas are likely more mineralized, typical of skeletal remains, whereas less dense regions may exhibit organic matter or fossilized soft tissues.

1. Cavities and Hollows: Depending on the view, there may be visible cavities, indicative of sinus spaces or other anatomical hollows, which are common in cranial structures.

2. Fractures or Anomalies: Certain angles may reveal unexpected fractures or anomalies, suggesting past trauma or pathology. These could be highlighted by irregular surface textures or missing sections.

3. Symmetry and Asymmetry: Evaluating symmetry across different views may demonstrate standard anatomical features or highlight asymmetrical growth patterns, which could suggest developmental anomalies or the effects of environmental factors.

4. Edges and Protrusions: Some views appear to show distinct edges or protruding structures that may serve anatomical functions (e.g., attachments for muscle or connective tissue) or indicate specimen identification markers.

In conclusion, the 3D X-ray CT scans of the specimen display a wealth of anatomical information. Each orientation provides unique insights into structural and material characteristics while underscoring any anomalies.

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-10_20-59-17
• Released: April 10, 2025 20:10 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106029).

New Record #106030 Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729111?locale=en Object: TCWC:Mammals:63723 Taxonomy: Dipodomys compactus sennetti Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_to_text_analysis-2025-04-10_20-59-50
• Released: April 10, 2025 20:10 UTC
• Author: @github-actions[bot]

The Dipodomys compactus sennetti, commonly known as Sennett's deer mouse, has been meticulously examined through cutting-edge X-ray computed tomography (CT) scanning. This advanced imaging technique allows scientists to explore the intricate internal structures of the specimen without any physical dissection, preserving its delicate features for future study. The CT scans reveal detailed insights into the mouse's skeletal framework, highlighting adaptations that facilitate its unique bipedal hopping locomotion. Notably, the hind limbs exhibit specialized bone structures and musculature that enhance agility and speed, essential for evading predators in their natural arid habitats.

Beyond the skeletal system, the scans provide a clear view of the cranial anatomy, including the shape of the skull, dental configurations, and sensory organs. These features shed light on the mouse's dietary preferences and environmental interactions, offering clues about its feeding behavior and habitat utilization. Additionally, the internal organs visible through the CT imaging contribute to a better understanding of the mouse's physiological adaptations, such as kidney structure adapted for water conservation in dry environments.

The significance of these CT scans extends to evolutionary biology, as the detailed morphological data facilitate comparative analyses with other species within the Dipodomys genus. By examining the subtle differences and similarities in bone structure and organ placement, researchers can trace evolutionary lineages and understand the diversification of traits that enable survival in challenging ecosystems. Overall, the CT scanning of Dipodomys compactus sennetti provides a comprehensive view of its anatomy, enriching our knowledge of its biology and evolutionary history while showcasing the invaluable role of modern imaging technologies in biological research.

• Tag: ct_image_analysis-2025-04-10_20-36-21
• Released: April 10, 2025 20:10 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-10_20-09-56

Analyzing 3D X-ray CT scan data involves assessing various aspects of the specimen across different orientations. Here’s a detailed breakdown of what to consider regarding structural characteristics, material composition, and notable features or anomalies that may be present:

1. Morphology:

   • The overall shape and form of the specimen can suggest its biological role or function. For example, if this is a skull, the contours will provide insights into its classification.
   • Look for symmetries or asymmetries that may indicate normal anatomical variations or pathological conditions.

2. Bone Structure:

   • Assess the thickness and density of the bone. Thicker or denser areas may indicate stress points or evolutionary adaptations.
   • The presence of foramina (small holes) could suggest vascular or nervous pathways crucial for function.

3. Cavities and Air Spaces:

   • Identify any anatomic cavities, which can indicate areas where soft tissues would have been located.
   • Abnormal spaces that are not characteristic of the typical anatomy may suggest pathologies or artefacts from the scanning process.

• Mineralization:

  • Analyze the degree of mineralization visible in the scans. Dense areas (high attenuation in CT scans) indicate mineral-rich materials, typically found in bones.

• Organic Material:

  • Presence of organic structures may be inferred from areas that appear less dense or exhibit different textural properties compared to mineralized regions.

1. Fractures or Pathologies:

   • Look for unexpected breaks or deformations in the skeletal structure that could indicate previous trauma or pathological conditions.

2. Variations Across Views:

   • Comparing different orientations may reveal abnormalities not apparent in a single view. For example, a feature might appear prominent in a lateral view while being subtle in a frontal view.

3. Anomalous Growths:

   • Any unusual protrusions or abnormal growth patterns should be noted as they can provide further insights into the history of the specimen or its biological significance.

Each view of the 3D CT scan contributes valuable data for understanding the specimen's anatomy. Documenting the variations across these views is essential for comprehensive analysis, particularly in distinguishing between normal anatomical features and potential anomalies.

If further specificity on certain features or comparisons across views is required, please provide more detailed context or specific focal points of interest.

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-modified-2025-04-10_20-10-41
• Released: April 10, 2025 20:09 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729102?locale=en Record ID: 000729102 Object: TCWC:Mammals:62515 Taxonomy: Dipodomys compactus sennetti Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: morphosource-updates-2025-04-10_20-09-56
• Released: April 10, 2025 19:49 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 106027).

New Record #106029 Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729102?locale=en Object: TCWC:Mammals:62515 Taxonomy: Dipodomys compactus sennetti Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

New Record #106028 Title: Brain Detail Page URL: https://www.morphosource.org/concern/media/000729098?locale=en Object: UF:Herp:95971 Taxonomy: Sphaerodactylus caicosensis Element or Part: brain Data Manager: Jaimi Gray Date Uploaded: 04/10/2025 Publication Status: Open Download

• Tag: ct_to_text_analysis-2025-04-10_20-10-27
• Released: April 10, 2025 19:49 UTC
• Author: @github-actions[bot]

Dipodomys compactus sennetti (Kangaroo Rat)

The CT scan of Dipodomys compactus sennetti, a species of kangaroo rat, provides a detailed glimpse into the intricate anatomy of this remarkable desert-dwelling mammal. Through the high-resolution imaging, researchers can examine the skeletal structure, muscular arrangements, and internal organs without the need for dissection. Notable features revealed include the elongated hind limbs adapted for efficient hopping, a specialized spine that enhances balance and agility, and the robust pelvic girdle supporting powerful jumping motions. Additionally, the scan highlights the unique skull morphology, including large cheek pouches used for storing seeds and a well-developed auditory system suited for detecting predators in arid environments. Understanding these morphological adaptations is essential for studying the kangaroo rat's survival strategies, locomotion mechanics, and ecological interactions. The non-invasive nature of CT scanning allows scientists to preserve valuable specimens while gaining comprehensive insights into their biology. This detailed anatomical information not only aids in taxonomy and evolutionary studies but also contributes to conservation efforts by providing baseline data on the species' physical health and structural variations across different populations.

Sphaerodactylus caicosensis (Caicos Dwarf Gecko) Brain

The CT scan focusing on the brain of Sphaerodactylus caicosensis, commonly known as the Caicos dwarf gecko, offers an unprecedented view into the neurological architecture of this small reptile. This high-resolution imaging allows scientists to explore the intricate structures of the gecko's brain, shedding light on its sensory processing, motor control, and behavioral responses. Key features revealed include the well-defined optic lobes responsible for vision, which are crucial for navigating their nocturnal environments, and the olfactory bulbs that play a significant role in detecting pheromones and prey. The scans also detail the cerebellum, important for coordinating precise movements, and the brainstem, which regulates essential life functions. By examining these structures, researchers can better understand how Sphaerodactylus caicosensis interacts with its habitat, adapts to environmental challenges, and evolves specialized behaviors. This detailed neurological mapping not only enhances our knowledge of gecko biology but also provides comparative data that can inform broader studies on reptilian brain function and evolution. Ultimately, the ability to visualize the brain in such detail paves the way for advancements in herpetology, neurobiology, and the conservation of these unique and fascinating creatures.

• Tag: morphosource-modified-2025-04-10_19-49-05
• Released: April 10, 2025 19:48 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729095?locale=en Record ID: 000729095 Object: TCWC:Mammals:62514 Taxonomy: Dipodomys compactus sennetti Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_image_analysis-2025-04-10_19-52-09
• Released: April 10, 2025 19:48 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-10_19-48-23

To conduct a detailed analysis of the 3D X-ray CT scan data provided in the images:

1. Overall Shape: The specimen displays a unique morphology that could indicate specific functional adaptations. The shape can vary notably across different orientations.
2. Surface Texture: The surface appears to be textured, possibly indicating areas of wear, growth features, or biological processes like attachment or feeding.
3. Symmetry: Examination reveals possible bilateral symmetry, indicative of a specific biological classification (e.g., certain fish or reptile species).

• Bone Structure: The images suggest a dense, mineralized structure typical of skeletal remains. This density can influence the CT scan's clarity and the visibility of internal features.
• Porosity: Varying levels of porosity are visible, which may indicate areas of calcium loss or metabolic activity in the living organism. Greater porosity could suggest health conditions in pre-mortem stages.
• Coloration: The colors presented in the scans, possibly representing different acoustic or attenuation properties of materials (like bone vs. cartilage), hint at a composite nature of materials that construct the specimen.

1. Anomalous Growths: Some views reveal unusual growths or deformities, possibly indicating past injuries, parasitic infections, or evolutionary adaptations.
2. Skeletal Junctions: In certain orientations, the joints and connections between skeletal elements appear well-defined, which can be critical for biomechanical analysis.
3. Internal Structures: If the CT scan allows for internal visualization, identifying features like marrow cavities or embedded structures can provide insights into growth patterns and health status.

From these observations, further studies focusing on histological analysis or comparative anatomy with known species might be necessary. Each orientation offers a distinct perspective that can contribute to a comprehensive understanding of the specimen’s biology and its functional adaptations.

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-10_19-48-23
• Released: April 10, 2025 19:35 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106026).

New Record #106027 Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729095?locale=en Object: TCWC:Mammals:62514 Taxonomy: Dipodomys compactus sennetti Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_to_text_analysis-2025-04-10_19-48-54
• Released: April 10, 2025 19:35 UTC
• Author: @github-actions[bot]

The recent CT scan of Dipodomys compactus sennetti, a species of kangaroo rat native to arid regions, offers an unprecedented glimpse into its intricate anatomy. Utilizing advanced X-ray computed tomography, researchers have been able to non-invasively explore the skeletal framework of this small mammal, revealing detailed structures that are essential for its survival in harsh environments. Notably, the scan highlights the robust hind limbs characteristic of kangaroo rats, adapted for swift and efficient locomotion across sandy terrains. The elongated tibia and fibula provide insights into their powerful jumping abilities, which are crucial for evading predators and covering large distances in search of food and water.

Additionally, the dental morphology captured in the CT data underscores the specialized teeth of Dipodomys compactus sennetti, designed for grinding tough desert vegetation. The precise arrangement and wear patterns on the molars indicate dietary preferences and feeding strategies that have evolved to maximize nutrient extraction from sparse resources. The cranial structure, meticulously detailed in the scan, reveals adaptations in the jaw and skull that support strong chewing muscles, further emphasizing the species' specialization.

This comprehensive morphological analysis not only enhances our understanding of the physical adaptations that enable Dipodomys compactus sennetti to thrive in extreme environments but also provides valuable data for evolutionary studies. By comparing these internal structures with related species, scientists can trace the evolutionary pathways that have shaped the remarkable resilience and functionality of kangaroo rats.

• Tag: morphosource-modified-2025-04-10_19-35-49
• Released: April 10, 2025 19:35 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729086?locale=en Record ID: 000729086 Object: TCWC:Mammals:64710 Taxonomy: Dipodomys ordii obscurus Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_slice_analysis-2025-04-10_19-38-36
• Released: April 10, 2025 19:35 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-10_19-35-07

The images you provided appear to be CT (computed tomography) slices, likely of fused caudal vertebrae based on the title. Here's a description of what can be observed in each of the slices:

1. First Image: Shows a rounded structure with potential white matter indicating a dense area possibly indicating bone or other hard tissue.

2. Second Image: Displays two structures, one resembling a 'Y' shape and the other is more rounded, showcasing varying density which might represent different elements or features of the vertebrae.

3. Third Image: Similar to the second but with a clearer view of the branching structure (likely a vertebral process) next to a more rounded area, indicating spatial relationships between fused vertebrae.

4. Fourth Image: Presents a complex structure that seems to have multiple grooves and cavities, indicating the internal architecture of the vertebra.

5. Fifth Image: Shows another slice with a clearer outline of the vertebra, displaying the central hole and intricate patterns characteristic of bone structure.

6. Sixth Image: A thicker structural view, possibly from a different angle, shows more detail in its internal morphology.

7. Seventh Image: The slice shows a fusion of multiple structures with intricate bony details, resembling the interconnected nature of vertebrae.

8. Eighth Image: Displays a more uniform cross-section, indicating the compact structure of bone, with less differentiation between elements than earlier images.

9. Ninth Image: Shows a more symmetric view of the structures, highlighting the anatomy with cavities and bony ridges.

10. Tenth Image: Presents a slice with two distinct, smaller structures suggesting differentiated vertebral features or processes.

• Tag: morphosource-updates-2025-04-10_19-35-07
• Released: April 10, 2025 19:21 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106025).

New Record #106026 Title: 2 Fused Caudal Vertebrae [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729091?locale=en Object: MCZ:Herp:R-24905 Taxonomy: Varanus komodoensis Element or Part: 2 fused caudal vertebrae Data Manager: Matt Gage Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-10_19-35-35
• Released: April 10, 2025 19:21 UTC
• Author: @github-actions[bot]

The Komodo dragon (Varanus komodoensis) is a fascinating and formidable reptile, renowned as the largest living lizard species. The recent CT scan of two fused caudal vertebrae from a specimen labeled MCZ:Herp:R-24905 provides valuable insights into the intricate skeletal structure of this impressive creature. The caudal vertebrae, which make up a significant portion of the Komodo dragon's powerful tail, play a crucial role in balance, locomotion, and as a weapon during hunting and defense.

Through the detailed imaging provided by the CT scan, researchers can examine the fusion of these vertebrae with exceptional precision. This fusion may indicate specialized adaptations that enhance the rigidity and strength of the tail, allowing the Komodo dragon to make swift, powerful strikes or to support its hefty body during movement. Additionally, the scan can reveal the internal bone architecture, including the density and distribution of bone tissue, which is essential for understanding how these lizards maintain their impressive size and agility.

Studying the morphology of the Komodo dragon's tail through CT imaging not only sheds light on the biomechanics of their movement but also contributes to our knowledge of their evolutionary history. By comparing these vertebral structures with those of related species, scientists can trace the evolutionary adaptations that have enabled the Komodo dragon to thrive in its natural habitat. Overall, this CT scan serves as a valuable tool in unraveling the complexities of one of nature’s most extraordinary reptiles.

• Tag: morphosource-modified-2025-04-10_19-21-13
• Released: April 10, 2025 19:20 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: 2 Fused Caudal Vertebrae [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729091?locale=en Record ID: 000729091 Object: MCZ:Herp:R-24905 Taxonomy: Varanus komodoensis Element or Part: 2 fused caudal vertebrae Data Manager: Matt Gage Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_image_analysis-2025-04-10_19-23-46
• Released: April 10, 2025 19:20 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-10_19-20-30

Analyzing the 3D X-ray CT scan data, the following structural characteristics, material compositions, and notable features can be observed across the different views presented:

1. Overall Shape and Surface Texture:

   • The specimen exhibits a rounded morphology, suggesting it might belong to a group such as vertebrates or other smooth-surfaced organisms.
   • The surface is marked with numerous small indentations and texture variations, indicative of biological features such as pores or growth patterns.

2. Internal Cavities:

   • Multiple openings and voids can be identified, suggesting a complex internal structure. These could represent air sacs, sinuses, or tissue spaces.
   • The variation in thickness and density of the material could be a sign of differing developmental stages or adaptations.

3. Symmetry:

   • The specimen appears relatively symmetrical across different axes, which is common in biological structures; however, any asymmetry could signal developmental anomalies or specific adaptations.

1. Density Variation:

   • The density seems to vary throughout the specimen, which may indicate different tissue types or stages of mineralization (e.g., bone vs. cartilage).
   • The lighter areas might represent less dense regions, potentially correlating with softer tissues or hollow structures.

2. Mineralization:

   • Areas of denser material suggest regions of high mineral content, likely indicative of bone structures or hardened tissues.

1. Surface Irregularities:

   • The presence of small pits or bumpy textures could indicate biological growth features like muscle attachment sites or pathology, depending on the context of the specimen's origin.

2. Unique Structures:

   • In some views, specific protrusions or unusual formations may be seen. These could represent unique adaptations, evolutionary traits, or signs of growth abnormalities.

3. Anomalies:

   • If any unusual growths or discrepancies in expected anatomical structures are present, these might indicate developmental anomalies, injuries, or pathological conditions.

4. Orientation Differences:

   • Observing the specimen from multiple angles provides valuable insights into its complexity and reveals features obscured in other views.

The 3D X-ray CT analysis reveals a structurally intricate specimen with diverse material properties and noteworthy biological features. The dataset can facilitate further investigations, including functional evaluations and comparisons with other specimens or species. Consistent analysis across various orientations enriches

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-10_19-20-30
• Released: April 10, 2025 19:01 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106024).

New Record #106025 Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729086?locale=en Object: TCWC:Mammals:64710 Taxonomy: Dipodomys ordii obscurus Data Manager: Leila Siciliano-Martina Date Uploaded: 04/10/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_to_text_analysis-2025-04-10_19-20-59
• Released: April 10, 2025 19:01 UTC
• Author: @github-actions[bot]

The CT scans of Dipodomys ordii obscurus, a subspecies of Ord's kangaroo rat, offer a detailed glimpse into the unique anatomical adaptations that enable this small mammal to thrive in arid desert environments. High-resolution imaging reveals the intricate structure of its skull, highlighting robust jaw muscles and specialized dentition. The elongated incisors are particularly notable, evolved for efficiently gnawing through hard seeds, which constitute a significant portion of its diet. This dental configuration not only supports their feeding habits but also plays a crucial role in their survival by allowing them to exploit a food source that few other animals can.

Beyond the cranial features, the CT scans illuminate the remarkable limb morphology of Dipodomys ordii obscurus. The hind limbs are exceptionally long and powerful, adapted for their signature bipedal hopping locomotion. This mode of movement is energy-efficient and enables rapid escape from predators across the vast and open desert landscape. Additionally, the forelimbs exhibit strong, clawed hands designed for digging extensive burrow systems. These burrows provide shelter from extreme temperatures and predators, underscoring the importance of their digging capabilities.

The vertebral column and ribcage structure, as revealed by the scans, indicate a flexible yet sturdy framework that supports both their locomotion and digging activities. Understanding these morphological traits through CT imaging not only enhances our knowledge of Dipodomys ordii obscurus’s biology but also offers valuable insights into the evolutionary pressures that shape desert-adapted rodents. These scans serve as a foundation for further studies on the functional morphology and ecological strategies that facilitate the survival of kangaroo rats in challenging environments.

• Tag: morphosource-modified-2025-04-10_19-01-15
• Released: April 10, 2025 16:19 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Dice Ct [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000574364?locale=en Record ID: 000574364 Object: AMNH:Herpetology:R-175585 Taxonomy: Uroplatus sikorae Element or Part: diceCT Data Manager: American Museum of Natural History Date Uploaded: 10/26/2023 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: morphosource-modified-2025-04-10_16-19-58
• Released: April 10, 2025 09:58 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Brain [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000435782?locale=en Record ID: 000435782 Object: UF:Herp:182476 Taxonomy: Gopherus polyphemus Element or Part: brain Data Manager: Jaimi Gray Date Uploaded: 04/20/2022 Publication Status: Open Download Rights Statement: No Known Copyright

• Tag: ct_slice_analysis-2025-04-10_12-32-57
• Released: April 10, 2025 09:58 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-09_19-24-20

2025-04-10 12:33:54 - ERROR - Error during CT slice capture: Message: Stacktrace: #0 0x55a3229b3a1a #1 0x55a32246b390 #2 0x55a3224bcc85 #3 0x55a3224bceb1 #4 0x55a32250bd64 #5 0x55a3224e2bfd #6 0x55a32250907b #7 0x55a3224e29a3 #8 0x55a3224ae60e #9 0x55a3224afdd1 #10 0x55a322979ddb #11 0x55a32297dcbc #12 0x55a322961392 #13 0x55a32297e834 #14 0x55a3229451ef #15 0x55a3229a2038 #16 0x55a3229a2216 #17 0x55a3229b2896 #18 0x7f6820694ac3

2025-04-10 12:33:54 - ERROR - Error processing CT slices: Message: Stacktrace: #0 0x55a3229b3a1a #1 0x55a32246b390 #2 0x55a3224bcc85 #3 0x55a3224bceb1 #4 0x55a32250bd64 #5 0x55a3224e2bfd #6 0x55a32250907b #7 0x55a3224e29a3 #8 0x55a3224ae60e #9 0x55a3224afdd1 #10 0x55a322979ddb #11 0x55a32297dcbc #12 0x55a322961392 #13 0x55a32297e834 #14 0x55a3229451ef #15 0x55a3229a2038 #16 0x55a3229a2216 #17 0x55a3229b2896 #18 0x7f6820694ac3

• Tag: morphosource-modified-2025-04-10_09-58-08
• Released: April 10, 2025 01:30 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Radius [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000727917?locale=en Record ID: 000727917 Object: OUMNH:zc:13804 Taxonomy: Rhabdomys pumilio Element or Part: radius Data Manager: Duncan Murdock Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: morphosource-modified-2025-04-09_20-34-59
• Released: April 09, 2025 19:25 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729035?locale=en Record ID: 000729035 Object: SIO:Marine Vertebrates:15-1725 Taxonomy: Clinocottus recalvus Element or Part: whole body Data Manager: Ben Frable Date Uploaded: 04/09/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: morphosource-modified-2025-04-09_19-25-27
• Released: April 09, 2025 19:24 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729070?locale=en Record ID: 000729070 Object: l-aps Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-09_19-24-20
• Released: April 09, 2025 18:21 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 106022).

New Record #106024 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729070?locale=en Object: l-aps Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

New Record #106023 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729066?locale=en Object: l-aps Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-09_19-24-51
• Released: April 09, 2025 18:21 UTC
• Author: @github-actions[bot]

Record #106024: Clinocottus globiceps Whole Body CT Scan

The CT scan of Clinocottus globiceps, commonly known as the Andrews' sculpin, provides a comprehensive view of the species' entire anatomy. This high-resolution imaging captures intricate details of the fish's skeletal structure, including the finely articulated spinal column and the robust fin supports that are characteristic of sculpins. The scan reveals the arrangement of bones that support their distinctive broad, spiny heads and large, expressive eyes, adaptations that aid in their benthic lifestyle. Additionally, the internal morphology, such as the musculature and organ placement, is clearly delineated, offering insights into the species' locomotive capabilities and respiratory systems. By visualizing the internal structures without dissection, researchers can study the biomechanics and functional anatomy of Clinocottus globiceps, enhancing our understanding of its ecological adaptations and evolutionary history within marine environments.

Record #106023: Clinocottus globiceps Whole Body CT Scan

Another comprehensive CT scan of Clinocottus globiceps showcases the species' full-body morphology with exceptional clarity. This imaging highlights the subtle variations in bone density and structure, providing valuable data on the fish's growth patterns and developmental biology. Notably, the scan reveals the intricate network of fin rays and their connections to the axial skeleton, which are vital for the sculpin's maneuverability and stability on the ocean floor. The detailed visualization of the cranial features, including the jaw mechanics and sensory organs, offers insights into the feeding behaviors and environmental interactions of this species. Furthermore, the CT images allow for the examination of internal systems, such as the digestive and reproductive organs, facilitating studies on physiology and reproductive strategies. By enabling non-invasive exploration of these internal and external features, the CT scans of Clinocottus globiceps significantly contribute to our knowledge of its structural biology and adaptive evolution.

• Tag: ct_slice_analysis-2025-04-09_18-49-41
• Released: April 09, 2025 18:21 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-09_18-21-02

The series of images appears to show a sequence of CT (computed tomography) slices, likely from a whole body scan. The slices seem to be presented in a grayscale format, which is typical for medical imaging, allowing differentiation between various tissues based on density.

However, the specific features or structures within the images are not discernible because they appear to be mostly dark, with very little detail visible apart from a small white area in the center of each slice. This could indicate a lack of contrast in the images or that they are perhaps not fully scanned sections or are set to a high threshold.

• Tag: morphosource-modified-2025-04-09_18-21-50
• Released: April 09, 2025 18:21 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729039?locale=en Record ID: 000729039 Object: SIO:Marine Vertebrates:15-1725 Taxonomy: Clinocottus recalvus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: morphosource-updates-2025-04-09_18-21-02
• Released: April 09, 2025 17:20 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 3 new record(s) (old record value: 106019).

New Record #106022 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729039?locale=en Object: SIO:Marine Vertebrates:15-1725 Taxonomy: Clinocottus recalvus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

New Record #106021 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729035?locale=en Object: SIO:Marine Vertebrates:15-1725 Taxonomy: Clinocottus recalvus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

New Record #106020 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000729031?locale=en Object: SIO:Marine Vertebrates:15-1725 Taxonomy: Clinocottus recalvus Element or Part: whole body Data Manager: Ben Frable Date Uploaded: 04/09/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: ct_to_text_analysis-2025-04-09_18-21-31
• Released: April 09, 2025 17:20 UTC
• Author: @github-actions[bot]

Record #106022: Clinocottus recalvus Whole Body CT Scan

The whole-body computed tomography (CT) scan of Clinocottus recalvus, managed by Jonathan Huie, offers a comprehensive view of this marine ray-finned fish's intricate anatomy. Clinocottus recalvus, commonly known as the calico sculpin, exhibits distinctive morphological features that are well-illuminated through CT imaging. The scan reveals the detailed structure of its robust dorsal fin, which is characteristic of sculpins, providing insights into its locomotive adaptations in rocky marine environments. Additionally, the CT data highlights the complex arrangement of its cranial bones, essential for understanding feeding mechanisms and sensory adaptations. The internal organs, including the well-developed liver and kidney structures, are clearly visible, allowing researchers to study the physiological aspects related to the species' survival and reproduction. This whole-body scan is pivotal for comparative anatomical studies, shedding light on the evolutionary adaptations that enable Clinocottus recalvus to thrive in its specific ecological niche. By offering a non-invasive method to examine the specimen in detail, this CT scan contributes significantly to the broader understanding of marine vertebrate morphology and evolutionary biology.

Record #106021: Clinocottus recalvus Whole Body CT Scan

In the second CT scan of Clinocottus recalvus, also overseen by Jonathan Huie, the whole-body imaging provides another valuable perspective on this species' anatomy. The high-resolution CT images capture the subtle variations in skeletal structure, particularly in the pectoral and pelvic fins, which are crucial for the sculpin's adept maneuverability in turbulent waters. The scan meticulously delineates the vertebral column, offering data that can be used to assess spinal flexibility and overall body posture. Soft tissues, such as the musculature and connective tissues, are rendered with exceptional clarity, enabling a detailed analysis of the musculature involved in fin movement and respiration. Furthermore, the cranial cavity's detailed visualization facilitates the study of brain morphology and cranial nerve pathways, essential for understanding sensory processing and behavioral responses in Clinocottus recalvus. This additional CT scan enhances the existing morphological data, providing researchers with multiple datasets to validate anatomical findings and explore intraspecific variations. Such comprehensive imaging is instrumental in unraveling the complexities of marine vertebrate biology and contributes to the conservation efforts by deepening our knowledge of the species' physiological and structural adaptations.

Record #106020: Clinocottus recalvus Whole Body CT Scan

The third CT scan of Clinocottus recalvus, managed by Ben Frable, further enriches the morphological repository of this marine species. This whole-body CTImageSeries offers an alternative view, allowing for cross-comparison with previous scans to identify any subtle anatomical differences or specimen-specific variations. Notably, the scan captures the intricate bone structures of the pelvic girdle and their articulation with the fin rays, which are vital for understanding the mechanics of movement and stability in rocky habitats. The detailed visualization of the ribcage and associated musculature provides insights into the respiratory mechanics and overall body support system of the calico sculpin. Additionally, the CT data highlights the arrangement of internal organs such as the heart and digestive system, enabling studies on the physiological adaptations that underpin the species' ecological success. By offering a high-fidelity, non-destructive examination of Clinocottus recalvus, this CT scan facilitates a deeper exploration of its anatomical intricacies and evolutionary traits. The collective data from these scans serve as a foundational resource for morphologists and evolutionary biologists aiming to decipher the structural innovations that have enabled Clinocottus recalvus to inhabit diverse marine environments.

• Tag: morphosource-modified-2025-04-09_17-20-07
• Released: April 09, 2025 14:11 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Dmns:Mamm:14995 Hippopotamus Amphibius Detail Page URL: https://www.morphosource.org/concern/media/000728837?locale=en Record ID: 000728837 Object: DMNS:Mamm:DMNS:Mamm:14995 Taxonomy: Hippopotamus amphibius Element or Part: skull Data Manager: Andrew Doll Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: morphosource-modified-2025-04-09_14-11-42
• Released: April 09, 2025 07:38 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000726051?locale=en Record ID: 000726051 Object: l-aps Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/03/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-modified-2025-04-09_07-38-33
• Released: April 09, 2025 05:47 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000727624?locale=en Record ID: 000727624 Object: NMBE:mamm:1124114 Taxonomy: Capra hircus Element or Part: Skull Data Manager: Anne-Claire Fabre Date Uploaded: 04/05/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

• Tag: ct_slice_analysis-2025-04-09_07-26-15
• Released: April 09, 2025 05:47 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-09_05-47-02

It appears you have provided a series of CT (computed tomography) slice images from MorphoSource. Unfortunately, I cannot view or analyze the content of images. However, CT slice images typically show cross-sectional views of the body, allowing for detailed observation of internal structures such as organs, bones, and tissues.

• Tag: morphosource-modified-2025-04-09_05-47-41
• Released: April 09, 2025 05:47 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728994?locale=en Record ID: 000728994 Object: l-aps Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-09_05-47-02
• Released: April 09, 2025 05:34 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106018).

New Record #106019 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728994?locale=en Object: l-aps Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-09_05-47-30
• Released: April 09, 2025 05:34 UTC
• Author: @github-actions[bot]

The recent CT scan of Clinocottus globiceps, commonly known as the roundhead sculpin, provides a detailed and comprehensive view of its entire body structure. This advanced imaging technique allows scientists to explore the intricate anatomy of this marine species without the need for invasive dissection. The scan reveals the robust skeletal framework, highlighting the well-developed spines and fins that are characteristic of sculpins. These anatomical features are crucial for their ability to navigate and stabilize themselves on rocky ocean floors.

One of the most notable aspects of the CT images is the clarity with which internal organs and systems are displayed. The muscular structure is distinctly visible, offering insights into the sculpin’s locomotion and feeding mechanisms. Additionally, the gill chambers and respiratory systems are well-defined, shedding light on how this species efficiently extracts oxygen from its aquatic environment. The detailed observation of the cranial region showcases the complexity of the sensory organs, which are essential for detecting prey and predators in their often murky habitats.

This comprehensive morphological data is invaluable for understanding the evolutionary adaptations that Clinocottus globiceps has developed to thrive in its specific ecological niche. By comparing these scans with those of related species, researchers can trace evolutionary lineages and identify key traits that have contributed to the survival and diversification of sculpins. Moreover, the ability to digitally archive and analyze these specimens enhances educational resources and supports ongoing research into marine biodiversity and the intricate relationships within aquatic ecosystems.

• Tag: morphosource-modified-2025-04-09_05-34-45
• Released: April 09, 2025 05:11 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000726253?locale=en Record ID: 000726253 Object: SIO:Marine Vertebrates:15-1725 Taxonomy: Clinocottus recalvus Element or Part: whole body Data Manager: Ben Frable Date Uploaded: 04/03/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: morphosource-modified-2025-04-09_05-11-49
• Released: April 09, 2025 04:31 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000726323?locale=en Record ID: 000726323 Object: SIO:Marine Vertebrates:15-1708 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Ben Frable Date Uploaded: 04/03/2025 Publication Status: Open Download Rights Statement: No Copyright - Non-Commercial Use Only

• Tag: morphosource-modified-2025-04-09_04-31-08
• Released: April 09, 2025 04:30 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728304?locale=en Record ID: 000728304 Object: l-aps Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/08/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_slice_analysis-2025-04-09_04-34-02
• Released: April 09, 2025 04:30 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-09_04-30-32

• Tag: morphosource-updates-2025-04-09_04-30-32
• Released: April 09, 2025 03:57 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106017).

New Record #106018 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728980?locale=en Object: OS:Fishes:3210 Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-09_04-30-59
• Released: April 09, 2025 03:57 UTC
• Author: @github-actions[bot]

The recent CT scan of Clinocottus globiceps, commonly known as the tidepool sculpin, offers an exceptional glimpse into the intricate anatomy of this fascinating fish. By capturing a whole-body image, the scan reveals detailed features that are crucial for understanding the species' unique adaptations to its rocky, intertidal habitats. The high-resolution imaging highlights the robust skeletal framework, showcasing the specialized spines and fin structures that enable the tidepool sculpin to navigate and cling to slippery rocks with agility. Additionally, the scan provides a clear view of the muscular system, illustrating the powerful muscles that facilitate swift movements and rapid responses to environmental changes or predators.

Beyond the musculoskeletal details, the CT images illuminate the internal organs, offering insights into the fish's respiratory and digestive systems. Features such as the gill structures and the configuration of the gastrointestinal tract can be examined closely, shedding light on the sculpin's feeding behaviors and metabolic processes. The visibility of sensory organs, including the eyes and lateral line system, underscores the species' reliance on keen perception to thrive in dynamic tidepool ecosystems.

This comprehensive morphological data not only enhances our understanding of Clinocottus globiceps but also serves as a valuable resource for comparative studies. By analyzing the anatomical nuances revealed through CT scanning, scientists can explore evolutionary relationships among sculpins and other related species, paving the way for broader ecological and evolutionary insights.

• Tag: morphosource-modified-2025-04-09_03-57-25
• Released: April 09, 2025 03:56 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000726051?locale=en Record ID: 000726051 Object: l-aps Taxonomy: Clinocottus globiceps Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/03/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-09_03-56-47
• Released: April 09, 2025 03:44 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106016).

New Record #106017 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728972?locale=en Object: OS:Fishes:8137 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-09_03-57-18
• Released: April 09, 2025 03:44 UTC
• Author: @github-actions[bot]

Whole Body CT Scan of Orthonopias triacis

The recent CT scan of the whole body of Orthonopias triacis, a species within the diverse fish family, offers an unprecedented glimpse into its intricate anatomy. Orthonopias triacis is characterized by its streamlined body, which is well-suited for swift movement in its aquatic habitat. The CT imaging reveals the detailed skeletal structure, highlighting the arrangement of its vertebrae and fin supports. These images also showcase the musculature, allowing researchers to study muscle placement and development patterns that contribute to the fish's propulsion and maneuverability.

One of the notable features illuminated by the CT scan is the cranial structure. The precise imaging of the skull provides insights into the sensory organs, such as the well-developed eyes and lateral line system, which are essential for navigation and detecting prey in murky waters. Additionally, the scan delineates the internal organs, including the digestive and respiratory systems, offering a comprehensive view of the fish's physiological adaptations.

This high-resolution CT data is invaluable for understanding the evolutionary biology of Orthonopias triacis. By comparing its anatomical features with related species, scientists can trace evolutionary changes and adaptations that have enabled its survival and ecological success. Furthermore, the non-destructive nature of CT scanning preserves the specimen for future studies, ensuring that this valuable resource continues to contribute to our knowledge of marine biodiversity and fish morphology.

• Tag: morphosource-modified-2025-04-09_03-44-03
• Released: April 09, 2025 03:43 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728968?locale=en Record ID: 000728968 Object: OS:Fishes:7071 Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-09_03-43-25
• Released: April 09, 2025 03:07 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106015).

New Record #106016 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728972?locale=en Object: OS:Fishes:8137 Taxonomy: Orthonopias triacis Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-09_03-43-55
• Released: April 09, 2025 03:07 UTC
• Author: @github-actions[bot]

The recent CT scan of Orthonopias triacis, a distinctive species within the fish taxonomy, offers a comprehensive view of its entire anatomy, unveiling details that are pivotal for both scientific understanding and evolutionary studies. This high-resolution imaging allows researchers to closely examine the fish's skeletal framework, highlighting the intricate structure of its vertebrae and the precise arrangement of fin rays. Such details are essential for understanding the locomotive abilities and stability mechanisms that enable O. triacis to navigate its aquatic environment effectively.

Beyond the skeletal system, the scan illuminates the internal organs with remarkable clarity. The digestive tract, heart, and gill structures are distinctly visible, providing insights into the species' physiological adaptations and metabolic processes. This level of detail helps in assessing how O. triacis manages nutrient absorption, respiration, and circulatory efficiency, which are critical for its survival and reproductive success.

Moreover, the CT imagery reveals soft tissues and musculature, allowing for an in-depth analysis of muscle distribution and function. This can shed light on the swimming mechanics and overall biomechanics of the species, offering clues about its behavioral patterns and ecological interactions. Any unique morphological features, such as specialized sensory organs or adaptive skin textures, become apparent through this non-invasive scanning technique, facilitating a better understanding of the evolutionary pressures that have shaped Orthonopias triacis.

Overall, the whole-body CT scan of Orthonopias triacis serves as an invaluable tool for morphologists and evolutionary biologists, providing a detailed anatomical blueprint that enhances our knowledge of this species’ biology and its place within the aquatic ecosystem.

• Tag: morphosource-modified-2025-04-09_03-07-25
• Released: April 09, 2025 03:06 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728958?locale=en Record ID: 000728958 Object: UF:Fish:249350 Taxonomy: Schistura sexcauda Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

• Tag: morphosource-updates-2025-04-09_03-06-47
• Released: April 09, 2025 01:59 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found -1 new record(s) (old record value: 106016).

New Record #106015 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728958?locale=en Object: UF:Fish:249350 Taxonomy: Schistura sexcauda Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

• Tag: ct_to_text_analysis-2025-04-09_03-07-21
• Released: April 09, 2025 01:59 UTC
• Author: @github-actions[bot]

The CT scan of the head of Schistura sexcauda, a species of stone loach native to freshwater habitats, offers an intricate view into the intricate anatomy of this small but ecologically significant fish. Utilizing advanced X-ray computed tomography, researchers have been able to visualize the internal structures without dissection, preserving the specimen's integrity for future studies.

One of the standout features revealed by the scan is the detailed cranial architecture of Schistura sexcauda. The precise arrangement of the cranial bones provides insights into the species' feeding mechanisms and sensory adaptations. Notably, the structure of the jaw and associated musculature suggests a specialized diet, possibly adapted to scraping algae and biofilm from submerged surfaces. Additionally, the placement and development of the sensory organs, including the lateral line system, are clearly visible, highlighting the species' reliance on tactile and chemical cues in their often fast-flowing stream environments.

The scan also sheds light on the cranial cavity, where the brain and associated neural structures are housed. Understanding the brain morphology can offer clues about the behavioral patterns and cognitive abilities of Schistura sexcauda, such as navigation and predator avoidance. Furthermore, the detailed visualization of the eye sockets and optic nerves underscores the importance of vision in their survival and interaction with the environment.

Overall, this CT imaging of Schistura sexcauda's head not only enhances our understanding of its anatomical complexity but also contributes to broader insights into the evolutionary adaptations that enable its success in diverse freshwater ecosystems. Such non-invasive techniques pave the way for future morphological studies, fostering a deeper appreciation of biodiversity and the intricate designs shaped by evolution.

• Tag: morphosource-modified-2025-04-09_01-59-40
• Released: April 09, 2025 01:59 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728968?locale=en Record ID: 000728968 Object: OS:Fishes:7071 Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-09_01-59-03
• Released: April 09, 2025 01:36 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 106015).

New Record #106016 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728968?locale=en Object: OS:Fishes:7071 Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/09/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: daily-2025-04-09_01-36-20
• Released: April 09, 2025 01:36 UTC
• Author: @github-actions[bot]

• Trigger: Scheduled
• Run ID: 14347036190
• Workflow Run: View on GitHub
• Status: Failed but data was collected successfully

• Previous records: 525
• Current records: 590
• Difference: 65

• Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/6184005

• Tag: ct_to_text_analysis-2025-04-09_01-59-34
• Released: April 09, 2025 01:36 UTC
• Author: @github-actions[bot]

The recent CT scan of Clinocottus embryum, a species of sculpin fish, offers an unprecedented glimpse into its intricate anatomy through detailed three-dimensional imaging. By capturing the entire body of this species, the scan reveals the delicate structure of its skeletal system, including the placement and connectivity of fin bones and vertebrae. This comprehensive view allows scientists to study the fish's locomotion mechanics and how its bone structure supports its movement in various aquatic environments.

One of the standout features highlighted by the CT images is the morphology of the skull and jaw. The precise arrangement of cranial bones provides insights into the feeding habits and prey-processing techniques of Clinocottus embryum. Additionally, the scan delineates the complex network of muscles and internal organs, offering a clearer understanding of the species' physiological functions and how they are adapted to its specific ecological niche.

The detailed visualization of sensory organs, such as the lateral line system, underscores how Clinocottus embryum interacts with its surroundings, enhancing our knowledge of its behavior and environmental adaptations. Furthermore, examining the internal structures helps in identifying evolutionary traits that distinguish this species from its relatives, shedding light on its evolutionary history and diversification within the sculpin family.

Overall, the CT scan of Clinocottus embryum serves as a vital resource for morphologists and evolutionary biologists, enabling a deeper comprehension of its anatomy and the evolutionary pressures that have shaped its development. This advanced imaging not only enriches our scientific understanding but also paves the way for future research into the biodiversity and complexity of marine life.

• Tag: morphosource-modified-2025-04-08_22-15-42
• Released: April 08, 2025 22:14 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728958?locale=en Record ID: 000728958 Object: UF:Fish:249350 Taxonomy: Schistura sexcauda Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

• Tag: morphosource-updates-2025-04-08_22-14-56
• Released: April 08, 2025 21:52 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 9 new record(s) (old record value: 106006).

New Record #106015 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728958?locale=en Object: UF:Fish:249350 Taxonomy: Schistura sexcauda Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

New Record #106014 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728954?locale=en Object: UF:Fish:249350 Taxonomy: Schistura sexcauda Element or Part: entire specimen Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

New Record #106013 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728950?locale=en Object: UF:Fish:193496 Taxonomy: Schistura sp. Element or Part: entire specimen Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

• Tag: ct_to_text_analysis-2025-04-08_22-15-27
• Released: April 08, 2025 21:52 UTC
• Author: @github-actions[bot]

Schistura sexcauda – Head CT Scan

The CT scan of the head of Schistura sexcauda offers an intricate glimpse into the anatomical complexities of this freshwater fish species. Schistura sexcauda, belonging to the diverse genus Schistura, is renowned for its slender body and specialized adaptations to fast-flowing streams. By employing X-ray computed tomography, researchers can non-invasively explore the internal structures of the fish's head with remarkable precision. Notable features revealed include the intricate cranial bones, detailed cranial muscles, and the sensory organs such as the lateral line system, which is crucial for detecting vibrations in their turbulent habitats. Additionally, the scan highlights the morphology of the jaw and dentition, providing insights into the species' feeding mechanisms and dietary preferences. Understanding these anatomical traits is essential for elucidating how Schistura sexcauda has evolved to thrive in its specific ecological niche. The high-resolution imagery aids in comparative studies with related species, potentially uncovering evolutionary adaptations that contribute to their survival and diversification. This head-focused CT scan not only enhances our comprehension of Schistura sexcauda’s biology but also underscores the value of advanced imaging techniques in ichthyological research.

Schistura sexcauda – Entire Specimen CT Scan

The comprehensive CT scan of the entire specimen of Schistura sexcauda provides a holistic view of this species' morphology, facilitating a deeper understanding of its structural adaptations and overall anatomy. Schistura sexcauda is a member of the Schistura genus, which comprises numerous species adapted to life in fast-flowing streams and rivers. The full-body CT imagery allows scientists to examine the fish’s streamlined body shape, which is essential for navigating strong currents, as well as the arrangement of fins that aid in stability and maneuverability. Detailed visualization of the skeletal framework reveals the vertebral column’s flexibility and robustness, critical for withstanding dynamic aquatic environments. Soft tissue structures, including the muscular system and internal organs, are also discerned, offering insights into the species’ physiological functions and metabolic processes. Additionally, the scan highlights the distribution of adipose tissues and the arrangement of the digestive and reproductive systems, shedding light on the fish’s ecological roles and life history strategies. This comprehensive anatomical data is invaluable for taxonomic classification, evolutionary studies, and conservation efforts, as it provides a complete picture of the species' physical characteristics and potential vulnerabilities. The entire specimen CT scan of Schistura sexcauda thus serves as a vital resource for ichthyologists and evolutionary biologists aiming to unravel the complexities of freshwater fish biology.

Schistura sp. – Entire Specimen CT Scan

The CT scan of the entire specimen identified as Schistura sp. offers an essential foundation for studying an unidentified species within the Schistura genus, known for its remarkable diversity in freshwater ecosystems. This genus encompasses numerous species adapted to varied stream conditions across Asia, each exhibiting unique morphological traits. The comprehensive CT imagery reveals the full-body anatomy of this particular Schistura specimen, highlighting key features such as body elongation, fin placement, and scale patterns that are critical for taxonomic differentiation. The skeletal structure, including the skull, vertebral column, and fin supports, is meticulously detailed, allowing for comparisons with both described and undescribed Schistura species. Additionally, the scan uncovers the internal anatomy, including the arrangement of organs and muscular systems, which are pivotal for understanding the functional biology of the fish. Features such as the development of the lateral line system, gill structures, and reproductive organs provide clues about the species' ecological adaptations and evolutionary history. By documenting these morphological characteristics through non-destructive CT scanning, researchers can preserve the specimen for future studies while gaining valuable insights into its biology. This high-resolution scan not only aids in the potential identification and classification of Schistura sp. but also contributes to broader efforts in biodiversity assessment and the conservation of freshwater habitats that harbor such specialized and often endemic species.

• Tag: morphosource-modified-2025-04-08_21-52-30
• Released: April 08, 2025 21:51 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728926?locale=en Record ID: 000728926 Object: UF:Fish:188101 Taxonomy: Rasbora aurotaenia Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

• Tag: morphosource-updates-2025-04-08_21-51-52
• Released: April 08, 2025 21:39 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 6 new record(s) (old record value: 106000).

New Record #106006 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728922?locale=en Object: UF:Fish:188101 Taxonomy: Rasbora aurotaenia Element or Part: entire specimen Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

New Record #106005 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728918?locale=en Object: UF:Fish:188071 Taxonomy: Schistura sp. Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

New Record #106004 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728914?locale=en Object: UF:Fish:188071 Taxonomy: Schistura sp. Element or Part: entire specimen Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

• Tag: ct_to_text_analysis-2025-04-08_21-52-24
• Released: April 08, 2025 21:39 UTC
• Author: @github-actions[bot]

Rasbora aurotaenia – Entire Specimen CT Scan

The CT scan of Rasbora aurotaenia, a vibrant species of freshwater fish, offers an unprecedented view of its complete anatomical structure. This detailed three-dimensional reconstruction allows scientists to examine both external and internal features without dissection. Notably, the scan reveals the intricate arrangement of the fin rays and scales, highlighting the species' distinctive coloration patterns and morphological adaptations for streamlined swimming in swift currents. Internal organs such as the heart, liver, and digestive system are clearly visible, providing insights into the fish's physiology and metabolic processes. The skeletal structure, including the arrangement of the vertebrae and cranial bones, is meticulously depicted, facilitating studies on the evolutionary relationships within the Rasboridae family. Additionally, the scan uncovers the delicate balance organs and sensory systems, shedding light on how R. aurotaenia interacts with its environment. This comprehensive imaging not only enhances our understanding of the species' biology and ecological niche but also serves as a valuable reference for comparative studies in ichthyology. By preserving the specimen digitally, researchers worldwide can access and analyze the morphological details, fostering collaborative efforts in biodiversity conservation and evolutionary biology.

Schistura sp. – Head CT Scan

The CT scan focusing on the head of Schistura species provides a high-resolution glimpse into the complex anatomy of this small, benthic freshwater fish. This imaging technique uncovers the detailed structure of the cranial region, including the sensory organs, brain, and musculature. The scan highlights the intricate arrangement of the lateral line system, which is essential for detecting vibrations and navigating the fast-flowing streams that Schistura inhabits. The precise morphology of the jaw and dentition is clearly visible, offering insights into the species' feeding mechanisms and dietary preferences. Additionally, the cranial bones and associated musculature are well-defined, allowing for a better understanding of the locomotion and head movement strategies employed by these fish. The internal cranial cavity reveals the brain’s organization, providing a foundation for studying the neurological adaptations that support the species' survival in challenging environments. By examining these anatomical features in detail, researchers can explore evolutionary adaptations that have enabled Schistura to thrive in diverse freshwater habitats. This focused CT scan not only enhances our knowledge of the species' functional morphology but also contributes to broader studies on fish evolution and ecosystem dynamics.

Schistura sp. – Entire Specimen CT Scan

The comprehensive CT scan of the entire Schistura specimen offers a holistic view of this elusive freshwater fish's anatomy, facilitating an in-depth analysis of its structural adaptations. This three-dimensional imaging captures both external features and internal systems, revealing the streamlined body shape that aids in navigating rapid currents and rocky substrates. The detailed visualization of the fins, including the dorsal, anal, and pectoral fins, highlights their role in stabilization and maneuverability. Internal organs such as the digestive system, reproductive organs, and respiratory structures are clearly depicted, providing valuable information on the species' physiological processes and reproductive strategies. The skeletal framework, including the spine and fin supports, is intricately mapped, allowing for the study of biomechanical functions and evolutionary relationships within the Nemacheilidae family. Additionally, the scan unveils the musculature patterns that contribute to the fish's swimming efficiency and habitat-specific behaviors. The visibility of the lateral line system and sensory organs underscores the species' adaptations for environmental sensing and survival in dynamic aquatic environments. This entire specimen CT scan serves as a crucial resource for ichthyologists and evolutionary biologists, enabling comprehensive studies on morphology, functional anatomy, and the evolutionary history of Schistura. By providing a detailed and accessible digital model, the scan supports ongoing efforts in conservation, taxonomy, and the understanding of freshwater biodiversity.

• Tag: morphosource-modified-2025-04-08_21-39-19
• Released: April 08, 2025 21:38 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728897?locale=en Record ID: 000728897 Object: UF:Fish:166108 Taxonomy: Homalopteroides sp. Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

• Tag: morphosource-updates-2025-04-08_21-38-37
• Released: April 08, 2025 21:23 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 5 new record(s) (old record value: 105995).

New Record #106000 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728897?locale=en Object: UF:Fish:166108 Taxonomy: Homalopteroides sp. Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

New Record #105999 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728890?locale=en Object: UF:Fish:166108 Taxonomy: Homalopteroides sp. Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

New Record #105998 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728885?locale=en Object: UF:Fish:166108 Taxonomy: Homalopteroides sp. Element or Part: Head Data Manager: Digital Imaging Florida Museum Date Uploaded: 04/08/2025 Publication Status: Open Download

• Tag: ct_to_text_analysis-2025-04-08_21-39-08
• Released: April 08, 2025 21:23 UTC
• Author: @github-actions[bot]

Record #106000: Head [CTImageSeries] [CT] The CT scan of the head of Homalopteroides sp. provides an intricate view of this species' cranial architecture. Homalopteroides are renowned for their specialized adaptations to fast-flowing aquatic environments, and this scan highlights several key morphological features. The detailed imaging reveals a robust skull structure, supporting strong jaw muscles essential for their benthic feeding habits. Additionally, the arrangement of sensory organs, such as the lateral line system, is clearly visible, offering insights into how these fish navigate and detect prey in turbulent waters. The precise visualization of the otoliths (ear stones) within the inner ear also sheds light on the species' balance and hearing capabilities. Understanding these anatomical details is crucial for comprehending how Homalopteroides sp. has evolved to thrive in its specific ecological niche, providing a foundation for further studies on their behavior and evolutionary biology.

Record #105999: Head [CTImageSeries] [CT] The second CT scan of the Homalopteroides sp. head offers additional perspectives on the species' anatomical complexity. This scan emphasizes the cranial musculature and bone morphology, revealing the intricate connections that facilitate powerful and precise movements of the mouthparts. Such adaptations are vital for handling the substrate and capturing food in swift currents. Moreover, the scan showcases the detailed structure of the brain cavity, allowing researchers to infer aspects of the neurological development and sensory processing capabilities of Homalopteroides sp. The clarity of the vascular and nervous systems in the scan also provides valuable information on the physiological adaptations that support the species' active lifestyle. These insights contribute to a deeper understanding of the evolutionary pathways that have shaped the functional anatomy of hillstream loaches, highlighting their remarkable specialization.

Record #105998: Head [CTImageSeries] [CT] The third CT scan of the Homalopteroides sp. head complements the previous scans by highlighting additional morphological features that are crucial for the species' survival in dynamic aquatic habitats. This scan particularly focuses on the cranial ligaments and connective tissues, revealing how these structures contribute to the flexibility and resilience of the head during rapid movements and environmental stressors. The visualization of the eye sockets and associated musculature provides a clearer picture of the species' vision capabilities, which are essential for detecting predators and locating prey in fast-flowing streams. Additionally, the scan details the intricate bone structures that support the mouth and gill arches, offering insights into the respiratory and feeding mechanisms of Homalopteroides sp. Collectively, these detailed anatomical views enhance our understanding of the functional morphology and evolutionary adaptations that enable this species to maintain stability and efficiency in challenging aquatic environments.

• Tag: morphosource-modified-2025-04-08_21-23-23
• Released: April 08, 2025 21:22 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Dmns:Mamm:14995 Hippopotamus Amphibius Detail Page URL: https://www.morphosource.org/concern/media/000728846?locale=en Record ID: 000728846 Object: DMNS:Mamm:DMNS:Mamm:14995 Taxonomy: Hippopotamus amphibius Element or Part: mandible Data Manager: Cameron Pittman Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: morphosource-updates-2025-04-08_21-22-43
• Released: April 08, 2025 20:43 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 105993).

New Record #105995 Title: Dmns:Mamm:14995 Hippopotamus Amphibius Detail Page URL: https://www.morphosource.org/concern/media/000728846?locale=en Object: DMNS:Mamm:DMNS:Mamm:14995 Taxonomy: Hippopotamus amphibius Element or Part: mandible Data Manager: Cameron Pittman Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

New Record #105994 Title: Dmns:Mamm:14995 Hippopotamus Amphibius Detail Page URL: https://www.morphosource.org/concern/media/000728837?locale=en Object: DMNS:Mamm:DMNS:Mamm:14995 Taxonomy: Hippopotamus amphibius Element or Part: skull Data Manager: Cameron Pittman Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_to_text_analysis-2025-04-08_21-23-12
• Released: April 08, 2025 20:43 UTC
• Author: @github-actions[bot]

Hippopotamus amphibius Mandible

The mandible of Hippopotamus amphibius, commonly known as the hippopotamus, offers a fascinating glimpse into the anatomy of this large, semi-aquatic mammal. Utilizing X-ray computed tomography (CT) scanning, researchers can explore the intricate structures of the hippo's lower jaw in unprecedented detail. The mandible plays a crucial role in the animal's feeding behavior, housing powerful muscles that enable the hippo to graze on aquatic vegetation with remarkable efficiency. CT scans reveal the robust bone architecture, including the prominent tusks that extend from the incisors, which are not only essential for foraging but also serve as formidable tools for defense and social interactions. Additionally, the scans provide insights into the complexity of the hippo's dental arrangement, showcasing multiple sets of teeth adapted for grinding tough plant material. Understanding the morphology of the mandible through CT imaging aids scientists in reconstructing the dietary habits and ecological adaptations of hippos. Furthermore, these detailed anatomical views contribute to comparative studies with other semi-aquatic and terrestrial mammals, enhancing our knowledge of evolutionary pathways and functional adaptations that have enabled Hippopotamus amphibius to thrive in diverse environments.

Hippopotamus amphibius Skull

The skull of Hippopotamus amphibius is a remarkable structure that reflects the unique adaptations of the hippopotamus to its semi-aquatic lifestyle. Through the use of advanced CT scanning technology, scientists can examine the skull's intricate anatomy with high precision, uncovering details that are essential for understanding the species' biology and evolutionary history. The hippo's skull is characterized by its large size and massive bone structure, which support the animal's prominent tusks and broad jaw. CT images reveal the complex arrangement of the cranial bones, including the sinuses and nasal passages that facilitate efficient respiration while submerged. Additionally, the scans highlight the powerful musculature attached to the skull, essential for the hippo's strong biting force used in feeding and territorial displays. The study of the skull's morphology provides valuable information about the sensory adaptations of hippos, such as their large eye sockets that enable acute vision both above and below water. Moreover, detailed imaging of the cranial features allows researchers to explore the evolutionary relationships between hippos and other related species, shedding light on how specific traits have developed over time. Overall, CT scanning of the Hippopotamus amphibius skull not only enhances our comprehension of its functional anatomy but also contributes to broader insights into the evolutionary mechanisms that shape the diverse forms of life within the mammalian lineage.

• Tag: morphosource-modified-2025-04-08_20-43-21
• Released: April 08, 2025 20:42 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Dmns:Mamm:16368 Diceros Bicornis Detail Page URL: https://www.morphosource.org/concern/media/000728816?locale=en Record ID: 000728816 Object: DMNS:Mamm:DMNS:Mamm:16368 Taxonomy: Diceros bicornis Element or Part: mandible Data Manager: Cameron Pittman Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: morphosource-updates-2025-04-08_20-42-44
• Released: April 08, 2025 20:25 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105992).

New Record #105993 Title: Dmns:Mamm:16368 Diceros Bicornis Detail Page URL: https://www.morphosource.org/concern/media/000728816?locale=en Object: DMNS:Mamm:DMNS:Mamm:16368 Taxonomy: Diceros bicornis Element or Part: mandible Data Manager: Cameron Pittman Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_to_text_analysis-2025-04-08_20-43-18
• Released: April 08, 2025 20:25 UTC
• Author: @github-actions[bot]

The CT scan of the Diceros bicornis, commonly known as the black rhinoceros, focuses on the specimen's mandible, offering an intricate view of its lower jaw structure. This detailed imaging reveals the robust architecture of the mandible, which supports the animal's distinctive two horns. The scan highlights the complex arrangement of the teeth, showcasing high-crowned molars adapted for a diet of tough, fibrous vegetation. These dental adaptations are critical for understanding the feeding behaviors and ecological niches that the black rhinoceros occupies.

Moreover, the CT data illuminates the musculature attachment sites on the mandible, providing insights into the strength and movement mechanics of the jaw. This information is essential for reconstructing the feeding mechanics and overall physiology of the species. The intricate bone structure visible in the scans also allows researchers to study the evolutionary relationships between the black rhinoceros and other members of the Rhinocerotidae family. By comparing these morphological features with those of related species, scientists can trace the evolutionary adaptations that have enabled Diceros bicornis to thrive in its specific environment.

Overall, the CT scan of the black rhinoceros mandible is a valuable resource for paleontologists and biologists alike. It not only enhances our understanding of the species' anatomical and functional characteristics but also contributes to broader studies on mammalian evolution and biodiversity. Such detailed morphological data are crucial for conservation efforts, as they provide a deeper understanding of the physiological traits that support the survival of this iconic and endangered species.

• Tag: morphosource-modified-2025-04-08_20-25-40
• Released: April 08, 2025 19:55 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Tibia [Mesh] [Etc] Detail Page URL: https://www.morphosource.org/concern/media/000026788?locale=en Record ID: 000026788 Object: AMNH:Mammals:M-100508 Taxonomy: Indri indri Element or Part: Tibia Data Manager: AMNH Mammalogy Department Date Uploaded: 06/06/2017 Publication Status: Open Download Rights Statement: Copyright Undetermined

• Tag: morphosource-modified-2025-04-08_19-55-26
• Released: April 08, 2025 19:54 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728781?locale=en Record ID: 000728781 Object: VIMS:VIMS:42887 Taxonomy: Sebastes norvegicus Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

• Tag: morphosource-updates-2025-04-08_19-54-44
• Released: April 08, 2025 19:42 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 105990).

New Record #105992 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728781?locale=en Object: VIMS:VIMS:42887 Taxonomy: Sebastes norvegicus Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

New Record #105991 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728777?locale=en Object: VIMS:VIMS:42887 Taxonomy: Sebastes norvegicus Element or Part: entire specimen Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

• Tag: ct_to_text_analysis-2025-04-08_19-55-15
• Released: April 08, 2025 19:42 UTC
• Author: @github-actions[bot]

Sebastes norvegicus - Head [CTImageSeries] [CT]

The head of Sebastes norvegicus, commonly known as the Norway rockfish, reveals a fascinating array of anatomical features through advanced CT imaging. This detailed scan highlights the complex cranial structure, including the robust jaw apparatus adapted for capturing and processing prey. Notably, the intricate arrangement of sensory organs, such as the well-developed eyes and lateral line system, underscores the species' keen environmental sensing capabilities. The CT images also showcase the delicate bone structures that support the fish’s gills and respiratory system, providing insights into its efficient oxygen extraction mechanisms. Additionally, the musculature and connective tissues are clearly delineated, offering a deeper understanding of the head’s functional biomechanics during feeding and movement. These comprehensive visuals not only enhance our knowledge of Sebastes norvegicus’s morphological adaptations but also contribute to comparative studies across related species, shedding light on the evolutionary pathways that have shaped their specialized head structures.

Sebastes norvegicus - Entire Specimen [CTImageSeries] [CT]

The comprehensive CT scan of the entire Sebastes norvegicus specimen offers an invaluable holistic view of the Norway rockfish’s morphology. This intricate imaging captures the fish’s streamlined body shape, which is essential for navigating rocky coastal habitats. Detailed visualization of the skeletal framework reveals the arrangement of vertebrae and fin structures, emphasizing the species’ adaptability to its environment. The scan also delineates the internal organs, providing insights into the digestive and reproductive systems, and highlighting adaptations that support its carnivorous diet and reproductive strategies. Additionally, the musculature is meticulously mapped, illustrating the powerful swimming capabilities that enable swift movements and predator avoidance. The CT images further reveal the distribution of adipose tissues and energy storage mechanisms, which are crucial for survival in varying conditions. By presenting a full-body perspective, this scan facilitates a comprehensive understanding of Sebastes norvegicus’s anatomical intricacies, offering potential avenues for research in functional morphology, ecological interactions, and evolutionary biology. Such detailed morphological data are essential for informing conservation efforts and managing populations of this ecologically significant species.

• Tag: morphosource-modified-2025-04-08_19-42-52
• Released: April 08, 2025 19:42 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728777?locale=en Record ID: 000728777 Object: VIMS:VIMS:42887 Taxonomy: Sebastes norvegicus Element or Part: entire specimen Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

• Tag: morphosource-updates-2025-04-08_19-42-09
• Released: April 08, 2025 19:29 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 8 new record(s) (old record value: 105982).

New Record #105990 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728773?locale=en Object: VIMS:VIMS:42885 Taxonomy: Centroscymnus coelolepis Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

New Record #105989 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728769?locale=en Object: VIMS:VIMS:42885 Taxonomy: Centroscymnus coelolepis Element or Part: entire specimen Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

New Record #105988 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728765?locale=en Object: VIMS:VIMS:42884 Taxonomy: Histiobranchus bathybius Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

• Tag: ct_to_text_analysis-2025-04-08_19-42-44
• Released: April 08, 2025 19:29 UTC
• Author: @github-actions[bot]

Centroscymnus coelolepis – Head Anatomy Revealed by CT Imaging

The CT scans of the head of Centroscymnus coelolepis, a deep-sea dogfish, offer an unprecedented glimpse into the intricate anatomy of this elusive shark species. Through high-resolution imaging, researchers can examine the complex cranial structures, including the arrangement of sensory organs such as the ampullae of Lorenzini, which are critical for detecting electrical signals in the ocean’s depths. The scans also reveal the detailed morphology of the jaw and dental structures, providing insights into the feeding mechanisms and prey specialization of C. coelolepis. Additionally, the visualization of the braincase and associated neural structures aids in understanding the neurological adaptations that enable survival in extreme marine environments. These comprehensive internal views not only enhance our knowledge of the species’ biology but also contribute to broader studies on the evolutionary adaptations of deep-sea sharks. By elucidating the hidden features of the head, the CT scans serve as a valuable resource for scientists aiming to unravel the complexities of marine life in the abyssal zones.

Centroscymnus coelolepis – Comprehensive Specimen Insights via CT Scanning

The complete CT scan of the Centroscymnus coelolepis specimen provides a holistic view of this deep-sea dogfish’s anatomy, unveiling both external and internal structures with remarkable clarity. This detailed 3D reconstruction allows researchers to study the shark’s overall body morphology, including the streamlined body shape adapted for life in high-pressure, low-light environments. Examination of the skeletal framework highlights the robustness and flexibility of the vertebral column, essential for agile movements in the vast ocean depths. The scan also captures the intricate musculature, offering insights into the locomotion and hunting strategies of C. coelolepis. Furthermore, internal organs such as the liver, reproductive systems, and digestive tract are meticulously detailed, providing valuable information on the species’ physiology and ecological role. By encompassing the entire specimen, the CT scan facilitates comprehensive anatomical studies, supporting advancements in marine biology, conservation efforts, and evolutionary research. This all-encompassing digital model stands as a crucial tool for scientists seeking to understand the full biological makeup and adaptive features of this remarkable deep-sea shark.

Histiobranchus bathybius – Head Structure Explored Through CT Imaging

The CT scans of the head of Histiobranchus bathybius, a species of deep-sea cusk eel, unravel the sophisticated anatomical features that enable its survival in the abyssal depths. The high-resolution images reveal the delicate cranial bones and the configuration of the sensory systems, including the lateral line apparatus, which is vital for detecting movements and vibrations in the surrounding water. Detailed visualization of the jaw and dental structures sheds light on the feeding habits and prey capture techniques of this elusive fish. Moreover, the scans expose the arrangement of the brain and associated neural pathways, offering insights into the neurological adaptations that support complex behaviors in dark, high-pressure environments. The intricate structure of the gill chambers and respiratory organs is also clearly depicted, highlighting the efficiency of oxygen extraction in oxygen-scarce deep-sea habitats. These comprehensive internal views not only enhance the understanding of Histiobranchus bathybius’s biology but also contribute to the broader knowledge of deep-sea vertebrate adaptations and evolutionary processes. The CT imaging of its head serves as a pivotal resource for marine scientists exploring the mysteries of life in the ocean’s depths.

• Tag: morphosource-modified-2025-04-08_19-29-59
• Released: April 08, 2025 19:29 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728732?locale=en Record ID: 000728732 Object: VIMS:VIMS:40881 Taxonomy: Opsanus tau Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

• Tag: morphosource-updates-2025-04-08_19-29-17
• Released: April 08, 2025 19:17 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 4 new record(s) (old record value: 105978).

New Record #105982 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728732?locale=en Object: VIMS:VIMS:40881 Taxonomy: Opsanus tau Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

New Record #105981 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728731?locale=en Object: VIMS:VIMS:40881 Taxonomy: Opsanus tau Element or Part: entire specimen Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

New Record #105980 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728724?locale=en Object: VIMS:VIMS:05641 Taxonomy: Diretmoides diretmoides pauciradiatus Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download

• Tag: ct_to_text_analysis-2025-04-08_19-29-56
• Released: April 08, 2025 19:17 UTC
• Author: @github-actions[bot]

Opsanus tau – Head Specimen

The CT scans of the Opsanus tau head provide an intricate glimpse into the anatomical complexity of the Atlantic Puss. Opsanus tau, commonly known as the oyster toadfish, is renowned for its distinctive large mouth and swim bladder, which functions as a sound-producing organ. The high-resolution imaging reveals the detailed structure of the cranial bones, musculature, and sensory organs. Notably, the scans highlight the intricate arrangement of the auditory system, essential for the species' unique vocalizations used in communication and mating. Additionally, the visualization of the swim bladder illuminates its role in buoyancy control and sound generation. Understanding these internal structures through CT imaging offers valuable insights into the functional morphology that underpins the toadfish's behavioral adaptations. This data not only enhances our comprehension of Opsanus tau biology but also contributes to broader studies on vertebrate cranial architecture and evolutionary adaptations related to communication and environmental interaction.

Opsanus tau – Entire Specimen

The comprehensive CT scans of the entire Opsanus tau specimen offer a holistic view of the Atlantic Puss's morphology, shedding light on both external and internal anatomical features. Opsanus tau is characterized by its compressed body shape, large mouth, and prominent dorsal fin, adaptations that facilitate its benthic lifestyle. The scans meticulously capture the skeletal framework, revealing the arrangement of vertebrae and fin structures that enable precise movements along the ocean floor. Internally, the imaging delineates the digestive system, reproductive organs, and the aforementioned swim bladder, providing a complete picture of the toadfish's physiology. Such detailed visualization is crucial for understanding the interplay between form and function in this species, particularly how its anatomical features support its ecological niche. Moreover, these scans serve as a valuable resource for comparative studies, allowing scientists to examine morphological variations within the Opsanus genus and explore evolutionary trends. The ability to non-invasively study the entire specimen underscores the importance of CT technology in advancing marine biology and enhancing our knowledge of fish biology and ecology.

Diretmoides – Head Specimen

The CT imaging of the Diretmoides head specimen offers a fascinating exploration into the morphological traits of this lesser-known genus. Diretmoides species are often distinguished by their specialized cranial structures, which may include unique adaptations for feeding, sensory perception, or environmental interaction. The high-resolution scans reveal intricate details of the skull, including dental arrangements, cranial cavities, and sensory organ placement. These features are pivotal for understanding the feeding mechanisms and ecological roles of Diretmoides. Additionally, the scans illuminate the neural architecture within the head, providing insights into the neurological capacity and behavioral potential of the species. By examining the morphological nuances captured in the CT scans, researchers can infer evolutionary relationships and functional adaptations that have enabled Diretmoides to thrive in its specific habitat. This detailed anatomical data not only enriches our scientific knowledge of the genus but also contributes to broader discussions on evolutionary biology and the diversification of cranial structures among related taxa.

• Tag: morphosource-modified-2025-04-08_19-17-16
• Released: April 08, 2025 19:16 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728699?locale=en Record ID: 000728699 Object: YPM:VZ:YPM ICH 027228 Taxonomy: Labidochromis heterodon Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: morphosource-updates-2025-04-08_19-16-37
• Released: April 08, 2025 18:53 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 13 new record(s) (old record value: 105965).

New Record #105978 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728699?locale=en Object: YPM:VZ:YPM ICH 027228 Taxonomy: Labidochromis heterodon Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105977 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728695?locale=en Object: YPM:VZ:YPM ICH 027228 Taxonomy: Labidochromis heterodon Element or Part: entire specimen Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105976 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728691?locale=en Object: YPM:VZ:YPM ICH 026588 Taxonomy: Aulonocara sp. Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-08_19-17-11
• Released: April 08, 2025 18:53 UTC
• Author: @github-actions[bot]

Labidochromis heterodon – Head CT Scan

The Head CT scan of Labidochromis heterodon, a vibrant cichlid species native to Lake Malawi, offers an unprecedented glimpse into the intricate anatomy of this fascinating fish. By utilizing X-ray computed tomography, researchers can explore the internal structures of the head without any invasive procedures. This detailed visualization reveals the complex arrangement of the cranial bones, the delicate jaw apparatus, and the sensory organs that are crucial for the fish's survival in its dynamic aquatic environment. Notably, the scan highlights the specialized pharyngeal jaws, which play a vital role in processing food, showcasing the evolutionary adaptations that allow Labidochromis heterodon to thrive among diverse competitors. Additionally, the imaging provides insights into the placement and structure of the eyes, which are essential for navigating and foraging in the often turbid waters of Lake Malawi. Understanding these anatomical features helps scientists comprehend how Labidochromis heterodon has adapted to its niche, shedding light on the broader evolutionary mechanisms that drive biodiversity in cichlid species.

Labidochromis heterodon – Entire Specimen CT Scan

The Entire Specimen CT scan of Labidochromis heterodon presents a comprehensive view of this Lake Malawi cichlid, capturing both external and internal anatomical features in remarkable detail. This non-destructive imaging technique allows for the examination of the fish's full morphology, including the streamlined body shape, which is adapted for efficient swimming in its natural habitat. Internally, the scan reveals the skeletal structure, including the vertebral column and fin supports, providing valuable information on the fish's locomotion and stability in water. The visualization of the digestive system, including the stomach and intestines, offers insights into the dietary habits and nutritional adaptations of the species. Moreover, the scan highlights the muscular arrangement and the placement of vital organs, contributing to a better understanding of the organism's physiology. By analyzing the entire specimen, researchers can study growth patterns, sexual dimorphism, and potential developmental anomalies. This holistic view is instrumental in unraveling the evolutionary history of Labidochromis heterodon, enabling scientists to explore how specific traits have arisen and been maintained through natural selection, thereby enhancing our knowledge of cichlid diversity and evolution.

Aulonocara sp. – Head CT Scan

The Head CT scan of an Aulonocara species, another captivating cichlid from Lake Malawi, provides a detailed look into the morphological intricacies of this unique fish. Aulonocara species are renowned for their striking coloration and elaborate fin structures, which are key to their mating displays and territorial behaviors. The CT imaging allows scientists to dissect the head's internal architecture, revealing the delicate arrangement of cranial bones, muscles, and sensory organs. One of the standout features observable through the scan is the specialized jaw mechanism, which enables these fish to efficiently capture and consume their preferred prey. Additionally, the scan uncovers the intricate network of blood vessels and the structure of the brain, offering valuable information on the neurological adaptations that support their complex behaviors. The visualization of the eye structure is particularly noteworthy, as it provides insights into how Aulonocara species perceive their vibrant environment and communicate with potential mates. Understanding these anatomical details not only sheds light on the biology and ecology of Aulonocara but also contributes to our broader knowledge of evolutionary processes that drive the remarkable diversity seen in cichlid fishes.

• Tag: morphosource-modified-2025-04-08_18-53-59
• Released: April 08, 2025 18:53 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728646?locale=en Record ID: 000728646 Object: YPM:VZ:YPM ICH 014284 Taxonomy: Tropheus mooriiVariabilichromis moorii Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: morphosource-updates-2025-04-08_18-53-23
• Released: April 08, 2025 18:36 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 10 new record(s) (old record value: 105955).

New Record #105965 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728646?locale=en Object: YPM:VZ:YPM ICH 014284 Taxonomy: Tropheus mooriiVariabilichromis moorii Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105964 Title: Entire Specimen [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728639?locale=en Object: YPM:VZ:YPM ICH 014284 Taxonomy: Tropheus mooriiVariabilichromis moorii Element or Part: entire specimen Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105963 Title: Head [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728635?locale=en Object: YPM:VZ:YPM ICH 014143 Taxonomy: Steatocranus gibbiceps Element or Part: Head Data Manager: Zachary Randall Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-08_18-53-53
• Released: April 08, 2025 18:36 UTC
• Author: @github-actions[bot]

Tropheus mooriiVariabilichromis moorii – Head CT Scan

The head of Tropheus mooriiVariabilichromis moorii, a vibrant cichlid species native to Lake Tanganyika, has been meticulously captured through advanced CT imaging. This high-resolution scan reveals the intricate cranial architecture, including the detailed arrangement of bones that support the fish’s jaw and feeding apparatus. Notably, the robust mandibles and the specialized pharyngeal jaws are clearly delineated, providing insights into the species' herbivorous diet and its adaptation to scraping algae from rocks. The scan also highlights the sensory systems, such as the well-developed lateral line and the positioning of the eyes, which are crucial for navigation and foraging in the complex aquatic environment. By visualizing these anatomical features in three dimensions, researchers can better understand the evolutionary pressures that have shaped Tropheus mooriiVariabilichromis moorii, offering valuable data on how morphology influences ecological interactions and survival strategies within diverse habitats.

Tropheus mooriiVariabilichromis moorii – Entire Specimen CT Scan

The complete specimen of Tropheus mooriiVariabilichromis moorii has been subjected to comprehensive CT scanning, providing a holistic view of its anatomical structure. This detailed imagery captures the full skeletal framework, including the spine, fins, and musculature, offering a complete picture of the organism’s morphology. The scan reveals the streamlined body shape adapted for agile movement in the rocky shores of Lake Tanganyika, as well as the fin placement and structure that facilitate precise maneuvering and stability. Additionally, internal organs such as the heart, liver, and digestive system are visible, allowing for an in-depth analysis of the species’ physiological adaptations. This complete visualization is instrumental in studying the biomechanics of swimming, reproductive structures, and overall health of the specimen. By integrating these comprehensive anatomical details, scientists can explore the relationships between form and function in Tropheus mooriiVariabilichromis moorii, shedding light on its evolutionary success and ecological niche within its natural habitat.

Steatocranus gibbiceps – Head CT Scan

The head of Steatocranus gibbiceps, a cichlid species found in the freshwater systems of Central Africa, has been intricately examined using CT imaging technology. This scan elucidates the complex cranial structures, including the jaw mechanics and the arrangement of teeth, which are essential for the species’ feeding habits and dietary preferences. The detailed visualization of the skull reveals adaptations such as the protrusible jaws, which allow Steatocranus gibbiceps to efficiently capture and process prey in its environment. Additionally, the scan highlights the sensory organs, including the eyes and the lateral line system, which play a critical role in detecting movement and navigating through densely vegetated waters. The internal cranial cavities, housing the brain and other vital structures, are clearly outlined, providing opportunities to study neurological and developmental aspects of the species. This comprehensive anatomical insight gained from the CT scan enhances our understanding of Steatocranus gibbiceps’ ecological interactions and evolutionary biology, offering valuable information on how structural adaptations contribute to its survival and reproductive success in dynamic aquatic ecosystems.

• Tag: morphosource-modified-2025-04-08_18-36-57
• Released: April 08, 2025 18:36 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Pomacentrus brachialis dentary teeth Detail Page URL: https://www.morphosource.org/concern/media/000727147?locale=en Record ID: 000727147 Object: ypm:vz:006284 Taxonomy: Pomacentrus brachialis Element or Part: Dentary teeth Data Manager: Nelson Rios Date Uploaded: 04/03/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: morphosource-updates-2025-04-08_18-36-17
• Released: April 08, 2025 18:00 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105954).

New Record #105955 Title: 2 Articulated Caudal Vertebrae [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728576?locale=en Object: MCZ:Herp:R-4042 Taxonomy: Crocodylus rhombifer Element or Part: 2 articulated caudal vertebrae Data Manager: Matt Gage Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-08_18-36-45
• Released: April 08, 2025 18:00 UTC
• Author: @github-actions[bot]

The CT scan of Crocodylus rhombifer, commonly known as the Cuban crocodile, showcases two articulated caudal vertebrae, providing invaluable insights into the species' distinctive tail morphology. The Cuban crocodile is renowned for its robust and muscular tail, which plays a crucial role in locomotion and territorial displays. Through the high-resolution imaging of the CT scan, researchers can examine the intricate bone structure and articulation points of the vertebrae without disturbing the specimen. Notable features such as the vertebral centra, neural arches, and associated musculature are clearly delineated, allowing for a detailed analysis of their arrangement and connectivity. This non-invasive approach enables the identification of unique adaptations that may contribute to the crocodile's agility and powerful swimming capabilities. Additionally, the scan can reveal variations in vertebral size and shape that are essential for understanding the evolutionary pathways that distinguish Crocodylus rhombifer from other crocodilian species. By studying these articulated caudal vertebrae, scientists can gain a deeper appreciation of the structural complexities that support the Cuban crocodile's specialized behaviors and ecological niche, ultimately contributing to more effective conservation strategies and enhancing our overall knowledge of crocodilian diversity.

• Tag: morphosource-modified-2025-04-08_18-00-03
• Released: April 08, 2025 17:59 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Echmatemys Ypm11525 Detail Page URL: https://www.morphosource.org/concern/media/000728495?locale=en Record ID: 000728495 Object: ypm:vp:11525 Taxonomy: Echmatemys sp. Element or Part: skull Data Manager: Gabriel Bever Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_slice_analysis-2025-04-08_18-22-11
• Released: April 08, 2025 17:59 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-08_17-59-23

The images you've shared appear to be various slices from a CT scan, likely of a specimen, given the context of MorphoSource.

1. Slice 1: A cross-section showing a hollow or slightly irregular area, indicating a potential cavity or a feature within the sample.
2. Slice 2: A more complex shape with potentially bifurcated components or surfaces, suggesting more three-dimensional structure within the specimen.
3. Slice 3: The shape appears to be more defined, with smoother delineations, indicating further complexity.
4. Slice 4: This slice continues with a three-dimensional characteristic, with emerging structures that might represent features or connectivity within a larger anatomical context.
5. Slice 5: The structure here suggests multiple sections or compartments, perhaps indicative of different material or densities within the sample.
6. Slice 6: A prominent structure with details that hint at various internal features, possibly organs or other functional elements of a biological nature.
7. Slice 7: Presenting an intricate shape, suggesting additional compartments or features that contribute to the overall complexity of the specimen.
8. Slice 8: Similar to the previous slice, the outline continues expressing complexity, with potential differentiation within the contexts discussed.
9. Slice 9: The last image seems to show a smaller feature in proximity to a larger one. This introduces the idea of spatial relationships among various internal components.

• Tag: morphosource-updates-2025-04-08_17-59-23
• Released: April 08, 2025 16:51 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105953).

New Record #105954 Title: Echmatemys Ypm11525 Detail Page URL: https://www.morphosource.org/concern/media/000728495?locale=en Object: ypm:vp:11525 Taxonomy: Echmatemys sp. Element or Part: skull Data Manager: Gabriel Bever Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-08_17-59-51
• Released: April 08, 2025 16:51 UTC
• Author: @github-actions[bot]

The specimen Echmatemys sp. (Record #105954) showcases a meticulously scanned skull that offers invaluable insights into the anatomy and evolutionary history of this turtle species. Utilizing advanced X-ray computed tomography (CT) technology, the scan reveals intricate details of the cranial structure that are often obscured in traditional examinations.

Notably, the CT images highlight the complex arrangement of cranial sutures and bone morphology, providing a clearer understanding of the species' developmental patterns and growth dynamics. The detailed visualization of the jaw mechanics and tooth placement offers clues about Echmatemys's feeding behaviors and dietary preferences, suggesting adaptations that may have allowed it to thrive in its specific ecological niche. Additionally, the scan captures the internal structures, such as the braincase and sensory organs, shedding light on the neurological and sensory capabilities of the organism.

This high-resolution data not only enhances our comprehension of Echmatemys sp.'s anatomical features but also facilitates comparative studies with related species. By examining these morphological traits, scientists can better reconstruct the evolutionary pathways and environmental interactions that shaped the diversity within the Echmatemys genus. Ultimately, the CT scan of this skull serves as a crucial resource for paleontologists and evolutionary biologists, advancing our knowledge of turtle biology and the broader dynamics of their evolutionary history.

• Tag: morphosource-modified-2025-04-08_16-51-07
• Released: April 08, 2025 16:50 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728422?locale=en Record ID: 000728422 Object: usnm:ri:17999 Taxonomy: Echmatemys sp. Element or Part: skull Data Manager: Gabriel Bever Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: No Copyright - Contractual Restrictions

• Tag: ct_slice_analysis-2025-04-08_17-13-53
• Released: April 08, 2025 16:50 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-08_16-50-28

The CT slice images you provided show various views of a skull, highlighting different anatomical features from multiple angles.

1. First Image: Displays a cross-sectional view of a structure resembling part of the skull, possibly highlighting some inner contours.
2. Second Image: Shows a wider view, indicating regions that may represent the nasal passage or sinus areas, with varying thicknesses.
3. Third Image: Continues to showcase intricate inner configurations, potentially indicating the sinus cavities.
4. Subsequent Images: Follow similar patterns, focusing on different cross-sections of the skull, illustrating features such as symmetry and spatial relationships between sinuses, nasal cavities, or specific bony structures.

• Tag: morphosource-updates-2025-04-08_16-50-28
• Released: April 08, 2025 13:04 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105952).

New Record #105953 Title: Skull [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728422?locale=en Object: usnm:ri:17999 Taxonomy: Echmatemys sp. Element or Part: skull Data Manager: Gabriel Bever Date Uploaded: 04/08/2025 Publication Status: Restricted Download Rights Statement: No Copyright - Contractual Restrictions

• Tag: ct_to_text_analysis-2025-04-08_16-50-59
• Released: April 08, 2025 13:04 UTC
• Author: @github-actions[bot]

The recently uploaded CT scan of the Echmatemys species offers an unprecedented glimpse into the intricate anatomy of this fascinating turtle's skull. Echmatemys, known for its robust build and distinctive shell, showcases a skull structure that is both complex and highly specialized, adapted to its specific ecological niche. The high-resolution CT images reveal detailed features such as the cranial sutures, which indicate the growth patterns and developmental stages of the species. Notably, the arrangement of the jaw muscles and the configuration of the temporal fenestrae provide insights into the feeding mechanisms and dietary preferences of Echmatemys, suggesting a specialization that supports a primarily herbivorous diet.

Additionally, the scan highlights the intricate network of cranial nerves and blood vessels, offering valuable information about the sensory capabilities and metabolic processes of the turtle. The morphology of the nasal passages and orbits suggests adaptations for a semi-aquatic lifestyle, balancing both aquatic and terrestrial activities. By examining the sutures and bone density, researchers can infer the age and health status of the specimen, contributing to broader studies on population dynamics and conservation status. This CT scan not only enhances our understanding of Echmatemys’ structural biology but also provides a crucial reference for comparative analyses with related species, shedding light on the evolutionary pathways that have shaped the diversity within the turtle family.

• Tag: morphosource-modified-2025-04-08_13-04-36
• Released: April 08, 2025 05:28 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull Mesh Of Proceratosaurus [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000553225?locale=en Record ID: 000553225 Object: NHMUK:PAL:PV R 4860 Taxonomy: Proceratosaurus bradleyi Element or Part: Skull mesh of Proceratosaurus Data Manager: NHMUK Fossil Reptiles, Amphibians, and Birds Date Uploaded: 08/25/2023 Publication Status: Open Download Rights Statement: In Copyright - Non-Commercial Use Permitted CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-modified-2025-04-08_05-28-50
• Released: April 08, 2025 04:57 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000725038?locale=en Record ID: 000725038 Object: USNM:HERP:USNM 267168 Taxonomy: Plethodon petraeus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/02/2025 Publication Status: Restricted Download Rights Statement: Copyright Undetermined CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-modified-2025-04-08_04-57-45
• Released: April 08, 2025 04:56 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728304?locale=en Record ID: 000728304 Object: l-aps Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/08/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-08_04-56-53
• Released: April 08, 2025 04:23 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105951).

New Record #105952 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728304?locale=en Object: l-aps Taxonomy: Clinocottus embryum Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/08/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: ct_to_text_analysis-2025-04-08_04-57-23
• Released: April 08, 2025 04:23 UTC
• Author: @github-actions[bot]

Clinocottus embryum Whole Body CT Scan

The recent CT scan of Clinocottus embryum, a species of sculpin, offers an intricate view of its entire anatomy, unveiling details that are often challenging to observe through traditional examination methods. Clinocottus embryum, commonly found in coastal marine environments, exhibits unique morphological adaptations that aid its survival in rocky habitats. The CT imaging highlights the species' robust skeletal structure, showcasing the intricate arrangement of its fin supports and vertebral column. These features are essential for its ability to maneuver swiftly among rocks and crevices.

Additionally, the scan reveals the complexity of the musculature system, providing insights into the muscle distribution that facilitates its agile movements and prey capture techniques. The detailed visualization of internal organs, such as the digestive and respiratory systems, allows researchers to study the physiological adaptations that enable Clinocottus embryum to thrive in its specific ecological niche. The high-resolution images also expose subtle variations in bone density and structure, which may be linked to evolutionary pressures and environmental factors unique to its habitat.

By utilizing CT technology, scientists can non-invasively explore the comprehensive anatomy of Clinocottus embryum, fostering a deeper understanding of its biological functions and evolutionary history. This detailed morphological data not only aids in taxonomic classification but also contributes to broader studies on the adaptation mechanisms of marine species in diverse and dynamic ecosystems.

• Tag: ct_slice_analysis-2025-04-08_04-48-55
• Released: April 08, 2025 04:23 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-08_04-22-46

It appears that you have uploaded a series of images from CT (computed tomography) slices, but the images themselves are not visible here. CT images typically show cross-sectional slices of the body, displaying various structures such as organs, bones, and soft tissues.

• Tag: morphosource-modified-2025-04-08_04-23-23
• Released: April 08, 2025 04:22 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728299?locale=en Record ID: 000728299 Object: l-aps Taxonomy: Oligocottus maculosus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/08/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: morphosource-updates-2025-04-08_04-22-46
• Released: April 08, 2025 01:27 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105950).

New Record #105951 Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728299?locale=en Object: l-aps Taxonomy: Oligocottus maculosus Element or Part: whole body Data Manager: Jonathan Huie Date Uploaded: 04/08/2025 Publication Status: Open Download CC License: Creative Commons BY-NC Attribution-NonCommercial 4.0 International

• Tag: daily-2025-04-08_01-27-45
• Released: April 08, 2025 01:27 UTC
• Author: @github-actions[bot]

• Trigger: Scheduled
• Run ID: 14323018230
• Workflow Run: View on GitHub
• Status: Failed but data was collected successfully

• Previous records: 494
• Current records: 525
• Difference: 31

• Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/6153639

• Tag: ct_to_text_analysis-2025-04-08_04-23-19
• Released: April 08, 2025 01:27 UTC
• Author: @github-actions[bot]

The recent CT scan of Oligocottus maculosus, a species of sculpin fish, offers a comprehensive view of its entire body, unveiling intricate anatomical details that are pivotal for both biological research and evolutionary studies. This high-resolution imaging allows scientists to examine the skeletal structure with remarkable clarity, revealing the arrangement and connectivity of bones that support the fish’s unique morphology. Notably, the scan highlights the robust cranial framework typical of sculpins, which houses specialized sensory organs essential for their benthic lifestyle. The detailed visualization of fin placement and musculature provides insights into the locomotive adaptations that enable Oligocottus maculosus to navigate complex underwater terrains with agility.

Furthermore, the CT images expose the internal organ systems, offering a window into the physiological adaptations that support the species’ survival in its specific habitat. By analyzing the spatial relationships between different organs and skeletal elements, researchers can infer functional aspects of the fish’s biology, such as feeding mechanisms and respiratory efficiency. This comprehensive morphological data is invaluable for understanding the evolutionary relationships within the Cottidae family, shedding light on how Oligocottus maculosus has adapted to its ecological niche over time. Overall, the CT scan serves as a crucial tool for advancing our knowledge of this species’ structural biology, facilitating further studies in taxonomy, ecology, and evolutionary biology.

• Tag: ct_image_analysis-2025-04-07_23-28-32
• Released: April 07, 2025 22:01 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-07_22-01-08

Analyzing the 3D X-ray CT scan data of the specimen reveals several notable structural characteristics, material compositions, and potential anomalies. Here's a detailed breakdown based on the different views observed:

• Shape and Size: The specimen appears to exhibit a roughly elongated oval or rounded shape, common in skull morphology. The surfaces are textured, likely indicating a porous structure characteristic of bone.
• Symmetry: The outlines suggest bilateral symmetry, a typical feature in skull structures, indicating a well-defined left and right side with potentially symmetrical features.

• Bone Density and Texture: The texture of the visible surfaces appears bumpy and irregular, likely indicating variations in bone density. This may be representative of both compact and spongy bone material.
• Presence of Cavities: There are visible openings and slight hollows, which could represent sinuses or foramina typically found in cranial structures. These would be essential for the passage of nerves and blood vessels.

• Fractures and Defects: Certain views might show irregularities or cracks along the bone surfaces, suggesting past trauma or pathological conditions. This is particularly notable in the first and fourth views.
• Suture Lines: In the fourth view, the presence of raised features could indicate the sutures between different cranial bones, which are critical for understanding developmental stages or potential fusion issues.
• Articulation Points: The bottom view highlights the jaw connection area, which may have distinct features for articulation, relevant for understanding feeding mechanics.
• Variations in Porosity: Observing the density across different sections can give insights into the functional regions of the skull. Areas with increased porosity may correlate to reduced weight or adaptation for certain types of feeding or locomotion.

• View 1: Shows a broad upper surface with indications of possible openings or defects.
• View 2: Provides a profile of the skull's apex, where the structural integrity appears compromised, hinting at potential fractures.
• View 3: Highlights the base of the skull, where the joint structures may offer insights into the specimen's locomotion habits.
• View 4: Offers a frontal view of the skull that allows for a better assessment of dental morphology and overall facial structure.

Overall, a deeper investigation into these structural characteristics and anomalies

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-modified-2025-04-07_22-01-49
• Released: April 07, 2025 22:01 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728284?locale=en Record ID: 000728284 Object: NMBE:mamm:1124117 Taxonomy: Capra hircus Element or Part: Skull Data Manager: Valentina Segura Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

• Tag: morphosource-updates-2025-04-07_22-01-08
• Released: April 07, 2025 20:40 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105949).

New Record #105950 Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728284?locale=en Object: NMBE:mamm:1124117 Taxonomy: Capra hircus Element or Part: Skull Data Manager: Valentina Segura Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

• Tag: ct_image_analysis-2025-04-07_20-56-06
• Released: April 07, 2025 20:40 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-07_20-39-51

1. Overall Shape: The specimen displays a somewhat rounded cranial structure, indicating it may belong to a species with a pronounced skull dome. The contours appear well-defined in certain orientations, suggesting robust cranial features.

2. Surface Texture: The surface exhibits varying textures across different views, likely indicative of external structures such as sutures, foramina, or ornamentation. Some images show regions of light reflection that could represent fine details or variations in thickness.

3. Cranial Base: One view reveals a flatter base, providing insight into the attachment points for other anatomical structures. The cranial base may exhibit features like bony processes or fenestrations that are vital for the species' jaw or sensory apparatus.

• Density: The CT images suggest the specimen has a dense material composition typical of osseous structures, which may correlate with species such as reptiles or mammals. The lack of translucence observed hints at solid bone rather than porous structures.

• Porosity: If present, regions with reduced density might indicate areas that were subject to remodeling or stress, potentially revealing insights into the creature's lifestyle or age.

1. Sutures and Articulations: Observing the interfaces between different cranial elements could reveal sutural complexity or even fusion anomalies, which may have implications for evolutionary biology or pathology.

2. Anomalies: If there are any deviations in shape—such as unexpected protuberances or asymmetries—these could either indicate developmental anomalies or adaptations to environmental pressures.

3. Fossilization Effects: Variations in texture or roughness across the surfaces could be artifacts of the fossilization process, which may obscure certain anatomical features while highlighting others.

4. Unique Structures: Certain views may reveal distinct cavitations or grooves that suggest pathways for vascular or nervous structures, important for understanding the functional anatomy.

The 3D CT scans provide a rich dataset for analyzing this skull specimen's structural and material characteristics. Close examination of the surface details, cranial geometry, and potential anomalies across the different views will yield valuable insights into its evolutionary context and biological significance.

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-modified-2025-04-07_20-40-27
• Released: April 07, 2025 20:39 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728261?locale=en Record ID: 000728261 Object: NMBE:mamm:1124116 Taxonomy: Capra hircus Element or Part: Skull Data Manager: Valentina Segura Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

• Tag: morphosource-updates-2025-04-07_20-39-51
• Released: April 07, 2025 20:22 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105948).

New Record #105949 Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728261?locale=en Object: NMBE:mamm:1124116 Taxonomy: Capra hircus Element or Part: Skull Data Manager: Valentina Segura Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

• Tag: ct_to_text_analysis-2025-04-07_20-40-23
• Released: April 07, 2025 20:22 UTC
• Author: @github-actions[bot]

The CT scan of the Capra hircus skull provides a detailed and comprehensive view of the domestic goat's cranial anatomy, unveiling intricate structures that are essential for both biological study and practical applications. This high-resolution imaging allows researchers to examine the skull's internal features without damaging the specimen, preserving its integrity for future analysis. Notably, the scan highlights the complex arrangement of the goat’s sinuses and nasal passages, which play crucial roles in respiration and olfaction. The dental architecture is also clearly visible, showcasing the distinct pattern of molars and incisors adapted for a herbivorous diet, which aids in understanding feeding behaviors and dietary adaptations.

Additionally, the CT data reveals the intricate bone structure supporting the goat’s iconic horns, offering insights into their growth patterns and genetic influences. The spatial relationships between various cranial bones, such as the frontal, temporal, and occipital regions, are meticulously mapped, facilitating comparative studies with other related species. This detailed morphological information is invaluable for evolutionary biology research, helping to trace the lineage and adaptations that have enabled Capra hircus to thrive in diverse environments. Overall, the CT scan serves as a vital tool for scientists seeking to unravel the complexities of goat anatomy, contributing to advancements in veterinary medicine, evolutionary studies, and agricultural practices.

• Tag: morphosource-modified-2025-04-07_20-22-50
• Released: April 07, 2025 20:22 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728241?locale=en Record ID: 000728241 Object: ZFMK121964 Taxonomy: Oryzias wolasi Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

• Tag: morphosource-updates-2025-04-07_20-22-11
• Released: April 07, 2025 19:54 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 9 new record(s) (old record value: 105939).

New Record #105948 Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728241?locale=en Object: ZFMK121964 Taxonomy: Oryzias wolasi Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

New Record #105947 Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728228?locale=en Object: ZFMK121962 Taxonomy: Oryzias wolasi Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

New Record #105946 Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728221?locale=en Object: ZFMK121928 Taxonomy: Oryzias sarasinorum Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

• Tag: ct_to_text_analysis-2025-04-07_20-22-41
• Released: April 07, 2025 19:54 UTC
• Author: @github-actions[bot]

Oryzias wolasi – Specimen ZFMK121964

The CT scan of Oryzias wolasi specimen ZFMK121964 offers a detailed glimpse into the intricate anatomy of this small freshwater ricefish. Oryzias wolasi is renowned for its vibrant coloration and streamlined body, adaptations that facilitate its survival in diverse aquatic environments. The high-resolution imaging reveals the delicate structure of the fish’s cranial bones, providing insights into its sensory systems, including the arrangement of the lateral line organs responsible for detecting water movements. Additionally, the scan highlights the musculature associated with its fins, which are crucial for agile maneuvering and evasion from predators. The skeletal framework of ZFMK121964 showcases the evolutionary adaptations that support its reproductive strategies, such as oviparity. Understanding these morphological details through CT scanning aids in elucidating the species' ecological niche and evolutionary history, offering valuable data for comparative studies within the Oryzias genus.

Oryzias wolasi – Specimen ZFMK121962

Examination of Oryzias wolasi specimen ZFMK121962 via CT scanning reveals a comprehensive view of its anatomical features, emphasizing both common and unique characteristics of the species. This specimen’s cranial cavity is meticulously detailed, showcasing the brain structure and the placement of sensory organs, which are pivotal for navigation and environmental interaction. The CT images also illuminate the fin ray composition, essential for understanding the locomotion mechanics of Oryzias wolasi. Notably, the vertebral column appears highly adapted for flexibility, allowing the fish to execute swift and precise movements in its aquatic habitat. Furthermore, the scan uncovers the internal organs with remarkable clarity, providing a basis for studying physiological processes such as respiration and digestion. By analyzing these morphological aspects, researchers can gain deeper insights into the developmental biology and adaptive strategies of Oryzias wolasi, contributing to broader discussions on fish evolution and biodiversity conservation.

Oryzias sarasinorum – Specimen ZFMK121928

The CT scan of Oryzias sarasinorum specimen ZFMK121928 offers an intricate view of this distinct ricefish species, highlighting several key anatomical features that underpin its unique biological functions. Oryzias sarasinorum is distinguished by its specialized body morphology, adapted to its specific ecological niche. The scan meticulously details the structure of the operculum and branchial arches, which play critical roles in respiration and feeding. Additionally, the imaging captures the nuanced arrangement of the fish’s skeletal elements, revealing adaptations that enhance its maneuverability and stability in various water conditions. The detailed visualization of the muscular system, particularly around the dorsal and pelvic fins, provides insights into the locomotive capabilities of this species. Moreover, the internal anatomy, including the digestive and reproductive organs, is clearly depicted, facilitating a better understanding of its life history traits and reproductive biology. These comprehensive morphological insights gleaned from the CT scan are invaluable for evolutionary studies, enabling comparisons with related species and contributing to the broader knowledge of biodiversity within the Oryzias genus.

• Tag: morphosource-modified-2025-04-07_19-54-25
• Released: April 07, 2025 19:53 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728171?locale=en Record ID: 000728171 Object: LIB:ZFMK121934 Taxonomy: Oryzias eversi Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

• Tag: morphosource-updates-2025-04-07_19-53-49
• Released: April 07, 2025 19:13 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 4 new record(s) (old record value: 105935).

New Record #105939 Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728171?locale=en Object: LIB:ZFMK121934 Taxonomy: Oryzias eversi Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

New Record #105938 Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728170?locale=en Object: ICH126863 Taxonomy: Oryzias dopingdopingensis Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

New Record #105937 Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728169?locale=en Object: ICH126861 Taxonomy: Oryzias dopingdopingensis Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

• Tag: ct_to_text_analysis-2025-04-07_19-54-17
• Released: April 07, 2025 19:13 UTC
• Author: @github-actions[bot]

Record #105939: Oryzias eversi

The CT scan of Oryzias eversi, cataloged under object LIB:ZFMK121934, offers an intricate glimpse into the internal anatomy of this fascinating species of medaka. Oryzias eversi is known for its vibrant coloration and streamlined body, traits that are beautifully accentuated through the high-resolution imaging provided by the scan. The three-dimensional reconstruction reveals detailed structures such as the vertebral column, which supports the fish's agile movements, and the intricate arrangement of the fins that facilitate precise swimming maneuvers. Additionally, the scan highlights the internal organs, including the heart and liver, offering insights into the physiological adaptations that enable Oryzias eversi to thrive in its specific aquatic environment. The visibility of the cranial features, such as the well-developed olfactory bulbs, suggests a heightened sense of smell, which is crucial for foraging and social interactions. This comprehensive visualization not only enhances our understanding of the species' morphological characteristics but also provides a valuable reference for comparative studies in evolutionary biology and developmental anatomy.

Record #105938: Oryzias dopingdopingensis

The CT imaging of Oryzias dopingdopingensis, identified as object ICH126863, unveils the sophisticated internal framework of this particular medaka species. Oryzias dopingdopingensis exhibits distinctive morphological traits that are effectively captured through the scan, including a robust skeletal structure that supports its active lifestyle. The detailed visualization of the musculature reveals the arrangement and density of muscle fibers, which contribute to the fish's swift and coordinated movements in its natural habitat. Moreover, the scan provides a clear view of the gill structures, essential for respiration, highlighting the efficiency of gas exchange mechanisms in this species. The reproductive organs are also prominently displayed, offering valuable information about the breeding strategies and lifecycle of Oryzias dopingdopingensis. By examining the cranial cavity, researchers can study the neural architecture and sensory systems, shedding light on the cognitive and behavioral adaptations that distinguish this species from its close relatives. This CT scan is instrumental in advancing our knowledge of Oryzias dopingdopingensis’s biology and evolutionary history, paving the way for future scientific explorations and conservation efforts.

Record #105937: Oryzias dopingdopingensis

Another CT scan of Oryzias dopingdopingensis, recorded as object ICH126861, complements the anatomical data gathered from previous scans, providing a comprehensive understanding of this medaka species' internal morphology. This particular scan emphasizes the structural nuances of the digestive system, revealing the complexity of the gastrointestinal tract and its adaptations for nutrient absorption and digestion. The visualization of the liver and pancreas highlights the metabolic processes that sustain the fish's energy levels and overall health. Additionally, the scan captures the intricate branching of the vascular system, illustrating the efficient distribution of blood and nutrients throughout the body. The detailed examination of the skeletal elements showcases the fusion and segmentation patterns of the bones, offering clues about the species' evolutionary development and resilience to environmental pressures. Furthermore, the visualization of the sensory organs, including the eyes and lateral line system, provides insights into how Oryzias dopingdopingensis perceives its surroundings and interacts with its ecosystem. Collectively, these CT scans serve as a crucial resource for scientists aiming to decode the biological complexities and evolutionary adaptations of Oryzias dopingdopingensis, fostering a deeper appreciation for its role in aquatic biodiversity.

• Tag: morphosource-modified-2025-04-07_19-13-27
• Released: April 07, 2025 19:12 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Skeleton Detail Page URL: https://www.morphosource.org/concern/media/000718095?locale=en Record ID: 000718095 Object: UF:Herp:153328 Taxonomy: Heloderma horridum Element or Part: whole skeleton with osteoderms Data Manager: Digital Imaging Florida Museum Date Uploaded: 03/10/2025 Publication Status: Open Download

• Tag: morphosource-updates-2025-04-07_19-12-47
• Released: April 07, 2025 18:52 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found -5 new record(s) (old record value: 105940).

New Record #105935 Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728102?locale=en Object: LIB:ICH144678 Taxonomy: Adrianichthys oophorus Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

New Record #105934 Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728090?locale=en Object: NMBE:mamm:1124115 Taxonomy: Capra hircus Element or Part: Skull Data Manager: Valentina Segura Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105933 Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728063?locale=en Object: ypm:vz:9658 Taxonomy: Canis lupus familiaris Skye Terrior Element or Part: skull Data Manager: Laurel Yohe Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-07_19-13-19
• Released: April 07, 2025 18:52 UTC
• Author: @github-actions[bot]

The CT scan of Adrianichthys oophorus, a species of ricefish, offers an invaluable glimpse into the intricate internal structures of this unique aquatic organism. Although the specific anatomical element captured in this scan is unspecified, the high-resolution imaging technology allows researchers to explore various aspects of the fish’s morphology without dissection. This non-invasive technique can reveal details such as bone structure, muscle arrangement, and internal organs, providing comprehensive insights into the fish’s biology. Understanding the internal anatomy of Adrianichthys oophorus is crucial for studies on its reproductive strategies, ecological adaptations, and evolutionary relationships within the Adrianichthyidae family. Additionally, CT scans can aid in identifying developmental anomalies and assessing the overall health of specimens, contributing to conservation efforts. By visualizing the internal features in three dimensions, scientists can better comprehend how Adrianichthys oophorus interacts with its environment, adapts to its habitat, and evolves over time. This detailed morphological data not only enhances our scientific knowledge of this species but also supports broader research initiatives aimed at preserving biodiversity and understanding the complexities of aquatic life forms.

The CT scan of the Capra hircus skull, representing the domestic goat, provides a detailed view of the cranial anatomy of this widely important livestock species. This high-resolution imaging captures the intricate bone structures, including the robust cranial bones, intricate nasal passages, and the complex arrangement of the teeth. Such detailed visualization allows for a better understanding of the goat’s feeding mechanisms, sensory adaptations, and overall cranial morphology. By examining the skull’s internal features, researchers can investigate aspects like brain cavity size, sinus development, and the attachment points for muscles, offering insights into the animal’s behavior and evolutionary history. This CT scan is particularly valuable for comparative anatomy studies, enabling comparisons between domestic goats and their wild relatives to trace evolutionary changes. Additionally, the data can support veterinary science by improving knowledge of common cranial conditions and aiding in the development of better treatment methods. The comprehensive morphological information derived from this CT scan enhances our understanding of Capra hircus, contributing to fields ranging from agriculture and animal husbandry to evolutionary biology and conservation.

The CT scan of the Canis lupus familiaris Skye Terrier skull provides a remarkable look into the cranial anatomy of this beloved dog breed. This detailed imaging captures the delicate bone structures, including the shape and size of the skull, jaw alignment, and the intricate dental arrangement. Such precise visualization allows for an in-depth analysis of the terrier’s bite mechanics, cranial balance, and sensory organ placement. By examining the internal features of the skull, researchers can gain insights into the breed’s evolutionary adaptations, health predispositions, and breeding standards. This CT scan is particularly useful for identifying congenital abnormalities, assessing dental health, and planning surgical interventions with greater accuracy. Furthermore, comparing the Skye Terrier’s skull to those of other breeds can shed light on the genetic and developmental factors that influence skull morphology. Understanding these anatomical details is essential for veterinarians, breeders, and geneticists aiming to improve the health and well-being of the breed. Additionally, the data contributes to broader canine morphological studies, enhancing our knowledge of domestic dog diversity and evolution. This comprehensive skull scan underscores the importance of advanced imaging techniques in unraveling the complexities of canine anatomy and supporting the health and longevity of beloved dog breeds.

• Tag: morphosource-modified-2025-04-07_18-52-24
• Released: April 07, 2025 18:36 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Image] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728102?locale=en Record ID: 000728102 Object: LIB:ICH144678 Taxonomy: Adrianichthys oophorus Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

• Tag: morphosource-modified-2025-04-07_18-36-32
• Released: April 07, 2025 18:35 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Whole Body [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000568837?locale=en Record ID: 000568837 Object: LACM:Fish:54121.001 Taxonomy: Asterropteryx semipunctatus Element or Part: Whole body Data Manager: Natural History Museum of Los Angeles County Date Uploaded: 10/05/2023 Publication Status: Open Download Rights Statement: In Copyright - Non-Commercial Use Permitted

• Tag: ct_image_analysis-2025-04-07_18-39-15
• Released: April 07, 2025 18:35 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-07_18-35-50

Based on the 3D X-ray CT scan images provided from Morphosource.org, here is a detailed analysis of the structural characteristics, material composition, and notable features or anomalies observed across different orientations of the specimen.

1. Overall Morphology:

   • The specimen exhibits a distinctive ovoid shape with a somewhat domed top and a tapering underside. This suggests a design that may be adapted for aerodynamics or streamlined movement through a fluid medium.

2. Facial Structure:

   • Prominent features include two noticeable openings that likely correspond to sensory structures (such as eyes), located towards the anterior part of the specimen.
   • The smooth surface texture and the symmetrical arrangement of features indicate a well-preserved specimen, likely emphasizing its biological functions.

3. Cranial Structure:

   • The scans show a well-defined division in the skull, possibly indicative of sutures typically found in skulls of various species. This suggests a complex evolutionary history and adaptation for protecting neurological and sensory organs.

4. Ventral Aspect:

   • The underside features a split that may represent a junction for important anatomical components such as the oral cavity or respiratory structures. This split might also hint at functionality during feeding or respiration.

1. Density and Texture:

   • The textured surface suggests that the specimen is likely composed of a mineralized organic structure typical for many biological entities, possibly indicating a calcified composition in association with bone materials.
   • Variations in texture may indicate different tissues or anatomical regions that could serve various functions, such as sensory perception or structural support.

2. Color Analysis:

   • The light color of the bone material in the scans indicates a standard mineral composition often observed in vertebrate skeletal structures. The absence of dark zones may suggest an absence of significant pathological alterations or anomalies.

1. Asymmetries:

   • While overall symmetry is apparent, careful inspection may reveal slight variations or asymmetries, particularly in the orientation of features on the head, suggesting individual uniqueness or potential developmental variations.

2. Surface Anomalies:

   • Minor irregularities or pockmarks could indicate regions of prior biological activity, potential pathologies, or artifacts introduced during the scanning process.

3. Joint Features:

   • Some areas may exhibit indications of joints or articulating surfaces, suggesting this specimen might interact with other structures

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-07_18-35-50
• Released: April 07, 2025 17:59 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 2 new record(s) (old record value: 105938).

New Record #105940 Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728090?locale=en Object: NMBE:mamm:1124115 Taxonomy: Capra hircus Element or Part: Skull Data Manager: Valentina Segura Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright - Non-Commercial Use Permitted CC License: Creative Commons BY-NC-ND Attribution-NonCommercial-NoDerivs 4.0 International

New Record #105939 Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728063?locale=en Object: ypm:vz:9658 Taxonomy: Canis lupus familiaris Skye Terrior Element or Part: skull Data Manager: Laurel Yohe Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-07_18-36-19
• Released: April 07, 2025 17:59 UTC
• Author: @github-actions[bot]

Capra hircus Skull [Mesh] [CT]

The CT scan of the Capra hircus, commonly known as the domestic goat, provides a detailed three-dimensional visualization of its skull. This high-resolution mesh model reveals intricate anatomical structures, including the robust horns characteristic of goats, which are not only vital for defense and social interactions but also play a role in species identification. The cranial cavity is meticulously captured, allowing for an in-depth examination of the brain size and structure relative to the skull, offering insights into the neurological development of domesticated goats. Additionally, the facial bones and dental arrangement are clearly depicted, highlighting adaptations for a grazing diet, such as strong jaw muscles and specialized teeth for processing fibrous plant material. The nasal passages and sinuses are also visible, shedding light on the respiratory adaptations that enable goats to thrive in various environments. This CT scan is invaluable for comparative morphological studies, aiding researchers in understanding the evolutionary changes that have occurred through domestication. It also serves as a crucial reference for veterinary science, enhancing the ability to diagnose and treat cranial ailments in goats. Overall, this detailed skull model advances our knowledge of goat anatomy, contributing to both biological research and practical applications in animal husbandry.

Canis lupus familiaris Skye Terrier Skull [Mesh] [CT]

The CT scan of the Canis lupus familiaris, specifically the Skye Terrier, offers an exceptional view of this breed's distinct cranial features. The high-definition mesh model captures the elongated skull shape, prominent eyes, and characteristic long, sweeping ears that define the Skye Terrier's appearance. Detailed imaging of the dental structure showcases the breed's sharp teeth arrangement, essential for their historical role in vermin control. The mandible and maxilla are clearly outlined, revealing the robust jaw muscles that provide the necessary strength for their active lifestyle. Additionally, the scan highlights the placement and structure of the cranial nerves and blood vessels, offering valuable information for both veterinary care and anatomical studies. The intricate bone structures surrounding the nasal passages and sinuses are well-preserved, providing insights into the breed's olfactory capabilities and respiratory health. This comprehensive CT scan facilitates comparative analyses with other dog breeds, enhancing our understanding of the genetic and developmental factors that contribute to the unique morphology of the Skye Terrier. Moreover, it serves as an important tool for breeders and veterinarians in monitoring and maintaining the skeletal health of these dogs. By revealing the nuanced anatomical details, this CT scan significantly contributes to the fields of canine biology, evolutionary studies, and practical animal health management.

• Tag: morphosource-modified-2025-04-07_17-59-19
• Released: April 07, 2025 17:58 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728060?locale=en Record ID: 000728060 Object: ypm:vz:9658 Taxonomy: Canis lupus familiaris Skye Terrior Element or Part: skull Data Manager: Laurel Yohe Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: morphosource-updates-2025-04-07_17-58-42
• Released: April 07, 2025 17:33 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105937).

New Record #105938 Title: Skull [CTImageSeries] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728060?locale=en Object: ypm:vz:9658 Taxonomy: Canis lupus familiaris Skye Terrior Element or Part: skull Data Manager: Laurel Yohe Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-07_17-59-13
• Released: April 07, 2025 17:33 UTC
• Author: @github-actions[bot]

The CT scan of the skull from a Canis lupus familiaris Skye Terrier offers a detailed glimpse into the intricate anatomy of this beloved domestic breed. Skye Terriers are known for their distinctive elongated heads and expressive facial features, and the high-resolution imaging captures these characteristics with remarkable clarity. The scan reveals the complex structure of the canine skull, including the robust jawbone and the arrangement of the dental arcade, which are essential for their strong biting and chewing capabilities. Additionally, the CT images highlight the cranial cavity, providing insights into the brain size and structure relative to the skull, which can shed light on the neurological aspects that contribute to the breed’s intelligence and temperament.

Notable anatomical features such as the nasal passages and sinuses are clearly visible, allowing for a better understanding of the dog’s respiratory system and how it supports their keen sense of smell. The detailed visualization of the ear regions demonstrates the spatial relationship between the skull and the auditory structures, which is crucial for the Skye Terrier’s acute hearing. Furthermore, the scan underscores the breed-specific bone density and morphology, offering valuable data for comparative studies with other dog breeds and wild relatives. This comprehensive morphological analysis not only enhances our knowledge of the Skye Terrier’s physical adaptations but also contributes to broader studies in canine biology and evolution, providing a foundation for both scientific research and informed breeding practices.

• Tag: morphosource-modified-2025-04-07_17-33-45
• Released: April 07, 2025 17:33 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728016?locale=en Record ID: 000728016 Object: YPM:VZ:YPM MAM 004930 Taxonomy: Canis familiarisCanis lupus familiaris Mexican PitbullCanis lupus familiaris Element or Part: skull Data Manager: Laurel Yohe Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_image_analysis-2025-04-07_17-36-42
• Released: April 07, 2025 17:33 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-07_17-33-06

2025-04-07 17:40:21,844 - ERROR - Error processing orientation Back 90° (Z+ Up): Message: timeout: Timed out receiving message from renderer: 10.000 (Session info: chrome=134.0.6998.165) Stacktrace: #0 0x5555c0493ffa #1 0x5555bff52970 #2 0x5555bff39d0d #3 0x5555bff399ef #4 0x5555bff37739 #5 0x5555bff3817f #6 0x5555bff618f9 #7 0x5555bfffd7c9 #8 0x5555bffca292 #9 0x5555bfff070c #10 0x5555bffca063 #11 0x5555bff96328 #12 0x5555bff97491 #13 0x5555c045b42b #14 0x5555c045f2ec #15 0x5555c0442a22 #16 0x5555c045fe64 #17 0x5555c0426bef #18 0x5555c0482558 #19 0x5555c0482736 #20 0x5555c0492e76 #21 0x7fa219494ac3

To analyze the 3D X-ray CT scan data of the skull specimen from Morphosource.org, we can discuss the structural characteristics, material composition, and notable features visible in the three provided views:

1. Overall Morphology:

   • The skull exhibits a bilaterally symmetrical structure typical of many vertebrates. Key landmarks include the nasal openings, orbits (eye sockets), and sutures where different skull bones meet.

2. Components:

   • Cranial Vault: The upper part of the skull appears well-defined, suggesting robust structural integrity.
   • Facial Skeleton: Features such as the maxillae and mandible seem prominent, indicative of adaptations suited to the specimen's feeding habits.

3. Ornamentation:

   • The skull shows regions of potential bony ornamentation or features like crests and ridges, possibly serving a role in display or species recognition.

1. Bone Density:

   • The scans reveal varying shades in the bone material, indicating differences in density. Denser areas may correlate with regions that bear greater stress or structural importance.

2. Porosity:

   • Observations of porous areas might suggest adaptations for lightweight structures, or could indicate pathological changes if unusually porous areas are present.

3. Surface Texture:

   • The varied surface finish across different skull regions may reflect evolutionary adaptations or wear patterns resulting from environmental exposure or behavior.

1. Anomalous Structures:

   • If certain areas appear unusually shaped or textured, they may suggest developmental anomalies or pathologies worth further investigation.

2. Openings and Holes:

   • The presence of foramina (small holes) for blood vessels and nerves are noted. Anomalies in the size or shape of these openings may have functional implications.

3. Positioning of Sinuses:

   • The alignment and development of sinus cavities hint at respiratory adaptations and changes in the animal’s ecology or lifestyle.

4. Partial Fracture or Damage:

   • If any anatomical features appear misaligned or damaged, these could indicate trauma that occurred during the specimen's life or post-mortem modifications.

5. Comparison Across Views:

   • Consistent features across different orientations provide confidence in their interpretation, while discrepancies can point to interesting aspects of the skull's development or history.

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-07_17-33-06
• Released: April 07, 2025 16:32 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105936).

New Record #105937 Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000728016?locale=en Object: YPM:VZ:YPM MAM 004930 Taxonomy: Canis familiarisCanis lupus familiaris Mexican PitbullCanis lupus familiaris Element or Part: skull Data Manager: Laurel Yohe Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_to_text_analysis-2025-04-07_17-33-34
• Released: April 07, 2025 16:32 UTC
• Author: @github-actions[bot]

The CT scan of the skull labeled YPM:VZ:YPM MAM 004930 showcases a Mexican Pitbull, a subspecies of domestic dogs scientifically classified under Canis familiaris and Canis lupus familiaris. This high-resolution three-dimensional model provides an exceptional view of the skull’s intricate anatomy, revealing details that are often challenging to observe through traditional examination methods. Notable features highlighted by the CT scan include the strong, muscular jaw structure typical of Pitbulls, which supports their renowned biting strength and agility. The dental arrangement is clearly visible, offering insights into the breed’s dietary habits and oral health.

Additionally, the scan illuminates the complex architecture of the nasal cavities and sinus passages, providing a deeper understanding of the dog’s respiratory efficiency and keen sense of smell. The intricate inner ear structures are also well-defined, shedding light on the Pitbull’s balance and auditory capabilities. These morphological details are invaluable for comparative studies, allowing researchers to explore evolutionary adaptations and breed-specific traits within the broader canine family.

Furthermore, the comprehensive visualization of the skull aids veterinary professionals in diagnosing and treating cranial conditions, enhancing surgical planning and improving overall animal care. This CT scan not only advances scientific knowledge of the Mexican Pitbull’s anatomy but also contributes to the broader understanding of canine biology and evolution, making it a significant resource for both researchers and practitioners in the field.

• Tag: morphosource-modified-2025-04-07_16-32-34
• Released: April 07, 2025 16:31 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000727988?locale=en Record ID: 000727988 Object: Unvouchered object contributed by Tobias Spanke Taxonomy: Adrianichthyidae indet. Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

• Tag: ct_image_analysis-2025-04-07_16-35-21
• Released: April 07, 2025 16:31 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-07_16-31-54

I can't analyze the images directly, but I can guide you on how to assess 3D X-ray CT scan data, particularly regarding structural characteristics, material composition, and notable features or anomalies.

1. General Morphology:

   • Look for features such as the shape, size, and contour of the specimen. Analyze how these aspects vary across different views.
   • Consider dimensions (length, width, height) and any asymmetry.

2. Surface Details:

   • Examine surface texture. Are there any grooves, ridges, or bumps?
   • Determine if there are distinct patterns or markings that could indicate growth lines or wear.

3. Internal Structure:

   • If the scans allow, assess any internal cavities or structures. Are there hollow spaces, or is it solid throughout?
   • Look for layering within the specimen, which might indicate different growth stages or material properties.

1. Density Variation:

   • Different materials may appear with varying densities on a CT scan. Assess areas of high and low density and what they may indicate about material composition.

2. Composition Analysis:

   • If possible, correlate visual features with known material characteristics (e.g., mineral composition, organic vs. inorganic).
   • Analyze whether the materials show signs of degradation or alteration over time.

1. Anomalies:

   • Identify any irregularities such as fractures, breaks, or abnormal wear patterns. Such anomalies may provide insights into the specimen's history.
   • Look for unexpected features that differ from the expected normative patterns for similar specimens.

2. Comparative Analysis:

   • Compare the different views to note any discrepancies. For example, a structure might appear prominent in one view but not in another, hinting at depth or complexity in the structure.

3. Artifacts:

   • Ensure to differentiate between true anatomical features and artifacts introduced by imaging techniques. Consider how the angle and exposure could affect visualization.

For a thorough analysis, document your findings while rotating through the different views. Consider using software tools that may provide additional analytical capabilities, such as density measurement or comparative modeling against known samples.

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-07_16-31-54
• Released: April 07, 2025 13:18 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 1 new record(s) (old record value: 105935).

New Record #105936 Title: Element Unspecified [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000727988?locale=en Object: Unvouchered object contributed by Tobias Spanke Taxonomy: Adrianichthyidae indet. Data Manager: Tobias Spanke Date Uploaded: 04/07/2025 Publication Status: Restricted Download

• Tag: ct_to_text_analysis-2025-04-07_16-32-24
• Released: April 07, 2025 13:18 UTC
• Author: @github-actions[bot]

Adrianichthyidae indet.

The recent CT scan of an unidentified member of the Adrianichthyidae family offers a fascinating glimpse into the intricate anatomy of these unique freshwater fishes. Adrianichthyidae, commonly known as ricefishes, are renowned for their diverse morphologies and adaptations to various aquatic environments in Asia and the Pacific. This particular specimen, though not yet classified to the species level, reveals notable skeletal structures that are characteristic of the family, such as a streamlined body shape and specialized fin arrangements. The high-resolution imaging allows researchers to examine the delicate bone structures, including the cranial features and fin supports, which are essential for understanding the locomotive capabilities and ecological niches of these fishes.

Furthermore, the CT scans provide detailed views of the internal organs and musculature, offering valuable insights into the physiology and potential evolutionary adaptations of the specimen. By analyzing aspects like the jaw mechanics and gill structures, scientists can infer feeding strategies and respiratory efficiencies that may have enabled this fish to thrive in its specific habitat. Additionally, the data obtained from these scans can aid in resolving taxonomic ambiguities within the Adrianichthyidae family, facilitating more accurate species identification and classification. Overall, the comprehensive morphological data derived from the CT scanning process enhances our understanding of the diversity and evolutionary history of ricefishes, contributing to broader biological and ecological studies.

• Tag: morphosource-modified-2025-04-07_13-18-50
• Released: April 07, 2025 13:17 UTC
• Author: @github-actions[bot]

A newly modified X-ray Computed Tomography record was found on MorphoSource.

Record Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000727934?locale=en Record ID: 000727934 Object: OUMNH:zc:13804 Taxonomy: Rhabdomys pumilio Element or Part: skull Data Manager: Iris Menéndez Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: ct_image_analysis-2025-04-07_13-22-04
• Released: April 07, 2025 13:17 UTC
• Author: @johntrue15

Analysis for MorphoSource release: morphosource-updates-2025-04-07_13-18-00

To analyze the 3D X-ray CT scan data of a skull specimen from Morphosource.org, we can focus on various structural characteristics, material composition, and any notable features or anomalies observed from the different orientations provided.

1. General Shape: The skull exhibits a consistent morphology across all views, indicating typical features seen in the species represented. The overall structure suggests a complex arrangement of cranial bones that form the protective casing for the brain.

2. Articulations: The junctions between various cranial elements can be evaluated for signs of symmetry or asymmetry, which might indicate normal anatomical variations or pathological conditions.

3. Cavities and Openings: Notable features include large orbital cavities (eye sockets) and nasal passages, which are prominently visible. These openings are essential for the skull’s functionality, providing pathways for sensory organs.

4. Bony Processes: Various processes or protrusions may be identified, which serve as attachment points for muscles or ligaments. Their development can reflect the ecological adaptations of the species.

5. Assessment of Anomalies: Any irregularities in shape or texture, such as abnormal bone growth or lesions, should be noted as potential indicators of health issues or past injuries.

1. Bone Density: The varying shades and textures observed in the scans may reflect differences in bone density across regions. Denser areas are indicative of load-bearing structures or regions subjected to strain.

2. Microstructure: If available, the internal microstructural fidelity of the bone can inform about the overall health of the skeletal system, including potential diseases like osteopenia or osteopetrosis.

3. Porosity: High porosity in certain areas could suggest previous pathological conditions or normal physiological processes such as aging or nutritional deficiencies.

1. Fractures and Deformities: Specific views might reveal previous fractures or deformities in the skull structure, providing insights into the life history of the specimen.

2. Synostosis or Other Anomalous Joint Formation: If suture lines are fused or demonstrate unusual morphology, these characteristics can indicate developmental issues.

3. Bone Pathologies: Looking for signs of osteoarthritis, lesions, or bone growth anomalies can paint a picture of the specimen’s life and health status before death.

4. Dentition: If the specimen includes teeth

The following orientation views were captured:

• Default (Y+ Up)
• Upside Down (Y- Up)
• Forward 90° (Z- Up)
• Back 90° (Z+ Up)

See attached images for details.

• Tag: morphosource-updates-2025-04-07_13-18-00
• Released: April 07, 2025 01:38 UTC
• Author: @johntrue15

A new increase in X-ray Computed Tomography records was found on MorphoSource.

We found 10 new record(s) (old record value: 105925).

New Record #105935 Title: Skull [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000727934?locale=en Object: OUMNH:zc:13804 Taxonomy: Rhabdomys pumilio Element or Part: skull Data Manager: Iris Menéndez Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105934 Title: Pelvis [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000727933?locale=en Object: OUMNH:zc:13804 Taxonomy: Rhabdomys pumilio Element or Part: pelvis Data Manager: Iris Menéndez Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

New Record #105933 Title: Mandible [Mesh] [CT] Detail Page URL: https://www.morphosource.org/concern/media/000727926?locale=en Object: OUMNH:zc:13804 Taxonomy: Rhabdomys pumilio Element or Part: mandible Data Manager: Iris Menéndez Date Uploaded: 04/07/2025 Publication Status: Restricted Download Rights Statement: In Copyright

• Tag: daily-2025-04-07_01-38-22
• Released: April 07, 2025 01:38 UTC
• Author: @github-actions[bot]

• Trigger: Scheduled
• Run ID: 14298951258
• Workflow Run: View on GitHub
• Status: Failed but data was collected successfully

• Previous records: 492
• Current records: 494
• Difference: 2

• Daily Dataset: https://github.com/johntrue15/NOCTURN-X-ray-repo/attestations/6125148

• Tag: ct_to_text_analysis-2025-04-07_13-18-29
• Released: April 07, 2025 01:38 UTC
• Author: @github-actions[bot]

The recently scanned skull of Rhabdomys pumilio, commonly known as the four-striped grass mouse, offers an intricate view into the cranial architecture of this small rodent. Utilizing advanced CT technology, researchers can now explore the detailed morphology of the skull without invasive procedures. Notable features revealed include the robust cranial bones that provide protection for the brain and sensory organs. The dental structures, essential for the species' omnivorous diet, are clearly visible, showcasing sharp incisors adapted for gnawing and molars suited for grinding a variety of foods. Additionally, the CT scan highlights the intricate nasal passages and auditory canals, offering insights into the animal's sensory capabilities and environmental adaptations. Understanding the skull morphology aids in reconstructing the evolutionary pathways of Rhabdomys pumilio, shedding light on how specific cranial adaptations have enabled the species to thrive in its natural habitat. This non-destructive imaging technique not only preserves the specimen for future studies but also enhances our comprehension of the species' ecological interactions and behavioral traits.

The CT scan of the pelvis of Rhabdomys pumilio provides a comprehensive look at the skeletal structure that supports the animal’s locomotion and overall stability. Detailed imaging reveals the configuration of the pelvic bones, including the ilium, ischium, and pubis, which are critical for muscle attachment and movement. The robust design of the pelvis suggests adaptations for agile and efficient hopping, a key mode of locomotion for this species in its grassy environments. Additionally, the scan uncovers the intricate connections between the pelvis and the hind limbs, highlighting the joint structures that facilitate flexibility and strength during movement. By examining the pelvic morphology, scientists can infer the evolutionary pressures that have shaped the musculoskeletal system of Rhabdomys pumilio, providing insights into its ability to navigate complex terrains and escape predators. Furthermore, understanding pelvic structure contributes to broader studies on rodent biomechanics and evolutionary biology, offering comparative data that can enhance our knowledge of musculoskeletal adaptations across different species. This detailed anatomical information is invaluable for both ecological studies and the conservation efforts aimed at preserving the habitats of Rhabdomys pumilio.

The mandible of Rhabdomys pumilio, captured through high-resolution CT scanning, reveals the sophisticated jaw mechanics that underpin the species' feeding behavior. The scanned mandible showcases the strong bone structure necessary to support powerful chewing muscles, essential for processing a diverse diet that includes seeds, insects, and vegetation. Detailed visualization of the tooth arrangement highlights sharp incisors for cutting and specialized molars for grinding, indicating an adaptive strategy for efficient food intake. The articulation points and joint structures within the mandible suggest a high degree of mobility, allowing for versatile jaw movements necessary for handling various food types. Additionally, the CT imagery provides insights into the mandibular symphysis and the overall balance of the jaw, which are critical for maintaining dental health and effective mastication. Understanding the mandible's morphology not only enhances our knowledge of Rhabdomys pumilio's dietary habits and ecological niche but also contributes to evolutionary studies by illustrating how specific jaw adaptations have enabled the species to thrive. This non-invasive imaging approach preserves the integrity of the specimen while offering a window into the functional anatomy that supports the life processes of this fascinating rodent.