Videos on YouTube - mauriceling/mauriceling.github.io GitHub Wiki

During COVID-19, all my lectures were moved online. This gave me the impetus to explore this medium. Hence, I thought that since I am already doing it, why not put my contents on YouTube? As such, this page is a listing of all my videos on my YouTube channel. I am learning how to be comfortable as I go along and all these videos are mostly live recordings with no rehearsals nor editing; hence, I do apologize for some of my Freudian slips (also known as "slip of tongue").

Nevertheless, please subscribe...

Video Series: 10-Minutes Python

10-Minutes Python video series is a project to deliver bite-size Python training and education to the masses. My aim is to cap each video at 10 minutes maximum so that it can be digested easily. All the videos will be posted at my 10-Minutes Python YouTube Channel. Here is the list of videos so far:

  1. Launch and Self-Introduction: June 22, 2020; 3:07 minutes
  2. Numbers (Integer and Float) vs Strings: June 22, 2020; 5:08 minutes
  3. Setting up Python Environment (Anaconda and Spyder): June 23, 2020; 4:11 minutes
  4. Variable Names: June 23, 2020; 5.46 minutes
  5. Arithmetic Operators: June 23, 2020; 4:46 minutes
  6. Logical (Comparison) Operators: June 23, 2020; 5:39 minutes
  7. Comments: June 23, 2020; 4:47 minutes
  8. Importance of Indentations: June 23, 2020; 5:09 minutes
  9. Simple IF Statement: July 20, 2020; 6:03 minutes
  10. Multiple IF Statements: July 20, 2020; 6:16 minutes

Video Series: Simulations

  1. Using Artificial Life Simulation to Gain Insights into Contradictory Field Evidence - Talk presented at PyConSG 2016 in June 2016.
  2. Digital Organism for Evolutionary Insights - Talk given at National Supercomputing Centre Singapore on May 25, 2018; organized by Association for Medical and Bioinformatics Singapore (AMBIS)
  3. How to run a DOSE simulation
  4. ZeroOne 1 - Starting "Matrix" Simulator Project
  5. ZeroOne 2 - Running the "Matrix"
  6. Generating Simulatable Kinetic Models from Genome-Scale Models
  7. ChemBot_1 vs DumbBot

Video Series: Using Zotero

  1. Setup Zotero and Connect to Microsoft Word
  2. Insert Citations into Zotero Using PubMed ID and DOI
  3. Insert Citations into Zotero Using RIS File
  4. Insert Citations into Zotero Using PDF
  5. Manually Insert Citations into Zotero
  6. Using Zotero in Microsoft Word including (a) How to add in-line citations, (b) How to change in-line citation styles, (c) How to generate reference list, and (d) How to get new citation styles.
  7. Extract Zotero References from Microsoft Word for Import into Another Zotero Library using Reference Extractor by Rintze Zelle. Here is the corresponding GitHub repository.

Video Series: Bioinformatics

  1. Bachelor, Applied Bioinformatics, Lecture 1: Genome-Scale Analysis 1
  2. Bachelor, Applied Bioinformatics, Laboratory 1: Identifying Tumour Subtypes
  3. Bachelor, Applied Bioinformatics, Lecture 2: Genome-Scale Analysis 2
  4. Bachelor, Applied Bioinformatics, Laboratory 2: Identifying Differentially Expressed Genes
  5. Bachelor, Applied Bioinformatics, Lecture 3: Machine Learning Classification of Tumour Subtypes
  6. Bachelor, Applied Bioinformatics, Laboratory 3: Support Vector Machine to Classify Microarray Data into Tumour Subtypes
  7. Diploma, Scripting in Bioinformatics, Lecture 1A: Briefing and Primitives
  8. Diploma, Scripting in Bioinformatics, Lecture 1B: Primitives
  9. Diploma, Scripting in Bioinformatics, Lecture 2: Collections
  10. Diploma, Scripting in Bioinformatics, Lecture 3: Control Statements
  11. Diploma, Scripting in Bioinformatics, Lecture 4: User Defined Functions
  12. Diploma, Scripting in Bioinformatics, Lecture 5: Modules, Packages and Reading Files
  13. Diploma, Scripting in Bioinformatics, Lecture 6: Introduction to Biopython
  14. Diploma, Scripting in Bioinformatics, Lecture 7: Sequence Annotation Objects
  15. Diploma, Scripting in Bioinformatics, Lecture 8: Sequence Input/Output
  16. Diploma, Scripting in Bioinformatics, Lecture 9: BLAST
  17. Diploma, Bioinformatics, Lecture 1: Introduction to Bioinformatics (Molecular Tools, Part 1)
  18. Diploma, Bioinformatics, Lecture 2: Introduction to Bioinformatics (Molecular Tools, Part 2; and Databases)
  19. Diploma, Bioinformatics, Lecture 3: NCBI Databases and BLAST
  20. Diploma, Bioinformatics, Lecture 4: Sequence Comparison
  21. Tutorial: How to Download Genomic Sequences from GenBank
  22. Diploma, Bioinformatics, Lecture 5: Protein Families and Domains
  23. Diploma, Bioinformatics, Lecture 6: Phylogenetics
  24. Diploma, Bioinformatics, Lecture 7: Genome Annotation & Comparative Genomics
  25. Bachelor, Genomics, Lecture 1: Genome Structure
  26. Bachelor, Genomics, Lecture 2: Genome Assembly
  27. Bachelor, Genomics, Lecture 3: Microarrays and Molecular Subgrouping
  28. Bachelor, Genomics, Lecture 4: Differentially Expressed Genes
  29. Bachelor, Genomics, Lecture 5: Classifiers and Machine Learning
  30. Bachelor, Genomics, Lecture 6: microRNAs
  31. Bachelor, Genomics, Lecture 7: Epigenetics
  32. Bachelor, Genomics, Lecture 8: CRISPR-Cas Based Genome Editing and Applications
  33. Bachelor, Genomics, Lecture 9: Microbial / Fungal / Viral Communities
  34. Bachelor, Genomics, Lecture 10: Prediction of Protein Structure & Function from Sequence

Video Series: Statistics

  1. Concept: Statistics and Analysis (Part 1 of 2)
  2. Concept: Statistics and Analysis (Part 2 of 2)
  3. Excel: How to get Data Analysis and Solver tabs in Excel
  4. Excel: Descriptive Statistics with Excel
  5. Excel: 1-sample Z-test / t-test with Excel
  6. Excel: 3 Types of t-tests (paired, and 2-samples with equal or unequal variances) with Excel
  7. Excel: One-way ANOVA with Excel
  8. Excel: Summarize data using Pivot Tables in Excel
  9. Excel: Using Excel's Pivot Table to Calculate Relative Risk and Odds Ratio
  10. Excel: VLookup function in Excel
  11. Concept: Statistics Revision for Microbiology, 1st Edition
  12. Concept: Statistics Revision for Microbiology, 2nd Edition
  13. Excel: Simple Linear Regression in Excel
  14. Excel: Multiple Regression in Excel
  15. Concept: Use Only Frequencies in Chi-Square Test
  16. Excel: Using Excel to Test for Conformity to Distribution
  17. Diploma, Biological Data Analysis, Tutorial 1: Data Type & Summary Statistics
  18. Diploma, Biological Data Analysis, Laboratory 1: Data Type & Summary Statistics
  19. Diploma, Biological Data Analysis, Lecture 2: Basic Research Strategies and Contingency Table
  20. Diploma, Biological Data Analysis, Tutorial 2: Research Strategies & Contingency Table
  21. Diploma, Biological Data Analysis, Laboratory 2: Research Strategies & Contingency Table
  22. Diploma, Biological Data Analysis, Lecture 3: Basic Probability Theories, Relative Risk and Odds Ratio
  23. Diploma, Biological Data Analysis, Tutorial 3: Basic Probability Theories, Relative Risk and Odds Ratio
  24. Diploma, Biological Data Analysis, Tutorial 3: Basic Probability Theories, Relative Risk and Odds Ratio, 2nd Edition
  25. Diploma, Biological Data Analysis, Tutorial 3: Basic Probability Theories, Relative Risk and Odds Ratio, 3rd Edition
  26. Diploma, Biological Data Analysis, Tutorial 3: Basic Probability Theories, Relative Risk and Odds Ratio, 4th Edition
  27. Diploma, Biological Data Analysis, Laboratory 3: Binomial and Normal Distribution using Excel
  28. Diploma, Biological Data Analysis, Laboratory 3: Binomial and Normal Distribution using Excel, 2nd Edition
  29. Diploma, Biological Data Analysis, Laboratory 3: Binomial and Normal Distribution using Excel, 3rd Edition
  30. Diploma, Biological Data Analysis, Tutorial 4: Probability Distribution
  31. Diploma, Biological Data Analysis, Tutorial 4: Probability Distribution, 2nd Edition
  32. Diploma, Biological Data Analysis, Tutorial 4: Probability Distribution, 3rd Edition
  33. Diploma, Biological Data Analysis, Tutorial 4: Probability Distribution, 4th Edition
  34. Diploma, Biological Data Analysis, Laboratory 4: One Sample Hypothesis Testing
  35. Diploma, Biological Data Analysis, Laboratory 4: One Sample Hypothesis Testing, 2nd Edition
  36. Diploma, Biological Data Analysis, Laboratory 4: One Sample Hypothesis Testing, 3rd Edition
  37. Diploma, Biological Data Analysis, Tutorial 5: One Sample Hypothesis Testing
  38. Diploma, Biological Data Analysis, Tutorial 5: One Sample Hypothesis Testing, 2nd Edition
  39. Diploma, Biological Data Analysis, Tutorial 5: One Sample Hypothesis Testing, 3rd Edition
  40. Diploma, Biological Data Analysis, Tutorial 5: One Sample Hypothesis Testing, 4th Edition
  41. Diploma, Biological Data Analysis, Laboratory 5: Two Sample Hypothesis Testing
  42. Diploma, Biological Data Analysis, Tutorial 6: Two Sample Hypothesis Testing
  43. Diploma, Biological Data Analysis, Tutorial 6: Two Sample Hypothesis Testing, 2nd Edition
  44. Diploma, Biological Data Analysis, Tutorial 6: Two Sample Hypothesis Testing, 3rd Edition
  45. Diploma, Biological Data Analysis, Tutorial 6: Two Sample Hypothesis Testing, 4th Edition
  46. Diploma, Biological Data Analysis, Tutorial 7: Confidence Interval
  47. Diploma, Biological Data Analysis, Tutorial 7: Confidence Interval, 2nd Edition
  48. Diploma, Biological Data Analysis, Tutorial 7: Confidence Interval, 3rd Edition
  49. Diploma, Biological Data Analysis, Laboratory 7: Introduction to R
  50. Diploma, Biological Data Analysis, Tutorial 8: ANOVA
  51. Diploma, Biological Data Analysis, Tutorial 8: ANOVA, 2nd Edition
  52. Diploma, Biological Data Analysis, Laboratory 8: ANOVA
  53. Diploma, Biological Data Analysis, Laboratory 8: ANOVA, 2nd Edition
  54. Diploma, Biological Data Analysis, Tutorial 9: Regression
  55. Diploma, Biological Data Analysis, Tutorial 9: Regression, 2nd Edition
  56. Diploma, Biological Data Analysis, Tutorial 9: Regression, 3rd Edition
  57. Diploma, Biological Data Analysis, Laboratory 9: Regression
  58. Diploma, Biological Data Analysis, Laboratory 9: Regression, 2nd Edition
  59. Diploma, Biological Data Analysis, Laboratory 9: Regression, 3rd Edition
  60. Diploma, Biological Data Analysis, Lecture 10: Wilcoxon Rank-Sum Test and Wilcoxon Signed-Sum Test
  61. Diploma, Biological Data Analysis, Tutorial 10: Wilcoxon Rank-Sum Test and Wilcoxon Signed-Rank Test
  62. Diploma, Biological Data Analysis, Tutorial 10: Wilcoxon Rank-Sum Test and Wilcoxon Signed-Rank Test, 2nd Edition
  63. Diploma, Biological Data Analysis, Tutorial 10: Wilcoxon Rank-Sum Test and Wilcoxon Signed-Rank Test, 3rd Edition
  64. Diploma, Biological Data Analysis, Laboratory 10: Wilcoxon Rank-Sum Test and Wilcoxon Signed-Rank Test
  65. Diploma, Biological Data Analysis, Tutorial 11: Chi-Square Test
  66. Diploma, Biological Data Analysis, Tutorial 11: Chi-Square Test, 2nd Edition
  67. Diploma, Biological Data Analysis, Laboratory 11: Chi-Square Test and Fisher's Exact Test
  68. Diploma, Biological Data Analysis, Laboratory 11: Chi-Square Test and Fisher's Exact Test, 2nd Edition
  69. Diploma, Biological Data Analysis, Laboratory 11: Chi-Square Test and Fisher's Exact Test, 3rd Edition
  70. Excel: Are 2 Regression Coefficients Significantly Different?
  71. Diploma, Statistics for Applied Sciences, Lecture 3: Probabilities and Distributions
  72. Concept: ANOVA is regression
  73. Concept: Relationship Between Standard Deviation and Regression
  74. Excel: Common Statistical Methods Using Excel
  75. Diploma, Statistics for Applied Sciences, Topic 1: Present the Distribution of a Given Set of Data in Various Ways
  76. Diploma, Statistics for Applied Sciences, Topic 2: Determine Whether a Given Data Set is Normally Distributed
  77. Diploma, Statistics for Applied Sciences, Topic 3: Solve Problems Using Linear Regression Method
  78. Diploma, Statistics for Applied Sciences, Topic 4: Apply the Appropriate Parametric Tests on Normally Distributed Data Sets
  79. Diploma, Statistics for Applied Sciences, Topic 5: Apply the Appropriate Nonparametric Tests on Non-Normally Distributed Data Sets
  80. Diploma, Statistics for Applied Sciences, Topic 6: Perform the Goodness-of-Fit Test to Appropriate Scenarios
  81. Diploma, Statistics for Applied Sciences, Topic 7: Apply Randomization Methods to Appropriate Scenarios
  82. Statistics with R: 1. Introducing the Dataset
  83. Statistics with R: 2. Reading Excel Spreadsheet into R
  84. Statistics with R: 3. Adding Computed Columns
  85. Statistics with R: 4. Descriptive Statistics
  86. Statistics with R: 5. Shapiro-Wilk Test for Normality
  87. Statistics with R: 6. Fligner-Killeen Test for Homogeneity of Variances
  88. Statistics with R: 7. t-tests for 2-Sample Means
  89. Statistics with R: 8. Mann Whitney U Test
  90. Statistics with R: 9. Wilcoxon Signed-Rank Test
  91. Statistics with R: 10. Subsetting Data
  92. Statistics with R: 11. Simple Linear Regression
  93. Statistics with R: 12. Multiple Linear Regression
  94. Statistics with R: 13. 1-Way ANOVA for N-Sample Means
  95. Statistics with R: 14. 2-Way ANOVA for N-Sample Means
  96. Statistics with R: 15. N-Way ANOVA for M-Sample Means
  97. Statistics with R: [Kruskal-Wallis Test]

Video Series: Science Related

  1. Bachelors, Practical Skills, Lecture 1: Scientific Communication (Part 1 of 2)
  2. Bachelors, Practical Skills, Lecture 2: Scientific Communication (Part 2 of 2)
  3. Bachelors, Practical Skills, Lecture 3: Scientific Writing
  4. Bachelors, Practical Skills, Lecture 4: Scientific Posters
  5. Bachelors, Practical Skills, Lecture 5: Research Ethics
  6. Introduction to Molecular Tools in Biotechnology (Part 1 of 3)
  7. Introduction to Molecular Tools in Biotechnology (Part 2 of 3)
  8. Introduction to Molecular Tools in Biotechnology (Part 3 of 3)
  9. Essential IT Skills for Biology Students
  10. Investigative Biotechnology Laboratory Demonstration
  11. Diploma, Physics I, Lecture 1: Physical Units
  12. Diploma, Physics I, Lecture 2: Structure of Matter
  13. Diploma, Physics I, Lecture 3: Electricity
  14. Diploma, Physics I, Lecture 4: Waves and Sound
  15. Diploma, Physics I, Lecture 5: Light
  16. Diploma, Physics II, Lecture 1: Motion
  17. Diploma, Physics II, Lecture 2: Forces and Energy
  18. Diploma, Physics II, Lecture 3: Pressure, Density & Elasticity
  19. Diploma, Physics II, Lecture 4: Heat and Conduction
  20. Diploma, Physics II, Lecture 4 (2nd edition): Heat and Conduction
  21. Diploma, Physics II, Lecture 5: Magnetism
  22. Diploma, Physics II, Lecture 5 (2nd edition): Magnetism
  23. Bachelors, Introductory Pathological Science, Lecture 1: Legal Framework for Biomedical Scientist
  24. Bachelors, Introductory Pathological Science, Lecture 2: Clinical Biochemistry Samples and Sample Processing
  25. Bachelors, Introductory Pathological Science, Lecture 3: Automation in Pathology
  26. Bachelors, Introductory Pathological Science, Lecture 4: Introduction to Clinical Chemistry
  27. Bachelors, Introductory Pathological Science, Lecture 5: Integrated Clinical Chemistry
  28. Bachelors, Introductory Pathological Science, Lecture 6: Lipids and Cardiovascular Disorders
  29. Bachelors, Introductory Pathological Science, Lecture 7: Medical Microbiology (Principles of Diagnostics)
  30. Bachelors, Introductory Pathological Science, Lecture 8: Renal Function
  31. Bachelors, Introductory Pathological Science, Lecture 9: Urine Analysis
  32. Bachelors, Introductory Pathological Science, Lecture 10: Renal Clearance
  33. Bachelors, Introductory Pathological Science, Lecture 11: Glucose Control and Clinical Derangements
  34. Bachelors, Introductory Pathological Science, Lecture 12: Medical Microbiology (Principles of Diagnostics)
  35. Bachelors, Introductory Pathological Science, Lecture 13: Art of Culture
  36. Bachelors, Introductory Pathological Science, Lecture 14: Practice of Clinical Microbiology
  37. Bachelors, Introductory Pathological Science, Lecture 15: Introductory and Innate Immunology
  38. Bachelors, Introductory Pathological Science, Lecture 16: Complement System
  39. Bachelors, Introductory Pathological Science, Lecture 17: B Lymphocytes & Antibodies
  40. Bachelors, Introductory Pathological Science, Lecture 18: Major Histocompatibility Complex and Antigen Presentation
  41. Bachelors, Introductory Pathological Science, Lecture 19: T Lymphocytes & Molecular Mediators of Immunity
  42. Bachelors, Introductory Pathological Science, Lecture 20: Organs of the Immune System
  43. Bachelors, Introductory Pathological Science, Lecture 21: Transplantation
  44. Bachelors, Introductory Pathological Science, Lecture 22: Introduction to Cellular Pathology
  45. Bachelors, Introductory Pathological Science, Lecture 23: Tissue Preparation - Fixation and Processing
  46. Bachelors, Introductory Pathological Science, Lecture 24: Staining
  47. Bachelors, Introductory Pathological Science, Lecture 25: Epithelial Tissue
  48. Bachelors, Introductory Pathological Science, Lecture 26: Connective Tissue
  49. Bachelors, Introductory Pathological Science, Lecture 27: Muscle Tissue
  50. Bachelors, Introductory Pathological Science, Lecture 28: Nerve Tissue
  51. Bachelors, Introductory Pathological Science, Lecture 29: Immunocytochemistry and Immunofluorescence
  52. Bachelors, Introductory Pathological Science, Lecture 30: Introduction to Haematology
  53. Bachelors, Introductory Pathological Science, Lecture 31: Introduction to Blood Transfusion
  54. Bachelors, Introductory Pathological Science, Lecture 32: Rhesus Blood Group
  55. Bachelors, Introductory Pathological Science, Lecture 33: Clotting
  56. Bachelors, Introductory Pathological Science, Lecture 34: Introduction to Blood Transfusion Services
  57. Bachelors, Introductory Pathological Science, Lecture 35: White Blood Cells and WBC Disorders
  58. Masters, Research Approaches, Methods and Skills, Session 1: Identifying a Research Problem and Formulating a Research Question
  59. Masters, Research Approaches, Methods and Skills, Session 2: Doing Research Part 1: Qualitative Data Collection Methods
  60. Masters, Research Approaches, Methods and Skills, Session 3: Doing Research Part 2: Quantitative Data Collection Methods
  61. Masters, Research Approaches, Methods and Skills, Session 4: Focus Groups
  62. Masters, Research Approaches, Methods and Skills, Session 5: Analyzing Qualitative Data
  63. Masters, Research Approaches, Methods and Skills, Session 6: Quantitative Research: Designs, Terminology, Processes, Methods, and Applications
  64. Masters, Research Approaches, Methods and Skills, Session 7: Interpretivism
  65. Masters, Research Approaches, Methods and Skills, Session 8: Critical Approaches to Research
  66. Masters, Research Approaches, Methods and Skills, Session 9: Ethics in Research
  67. Masters, Research Approaches, Methods and Skills, Session 10: Analyzing an Interview Transcript
  68. Masters, Research Approaches, Methods and Skills, Session 11: Mixed Methods Approaches
  69. Masters, Research Approaches, Methods and Skills, Session 12: Exploring Wellbeing Using Interpretivism

Video Series: Laboratory Briefings

  1. Bachelors, Practical Skills, Laboratory 1: Pipetting
  2. Bachelors, Practical Skills, Laboratory 2: Microscopy
  3. Bachelors, Practical Skills, Laboratory 3A: Using Spectrophotometer (Brief Introduction)
  4. Bachelors, Practical Skills, Laboratory 3B: Preparing Solutions
  5. Bachelors, Practical Skills, Laboratory 4: pH and Buffers
  6. Bachelors, Practical Skills, Laboratory 5: Spectrophotometry
  7. Bachelors, Practical Skills, Laboratory 6: Sterile Technique (Part 1 of 2)
  8. Bachelors, Practical Skills, Laboratory 7: Sterile Technique (Part 2 of 2)
  9. Bachelors, Practical Skills, Laboratory 8: Dilution and Colourimetry
  10. Bachelors, Practical Skills, Laboratory 9: Quantitative Microbiology 1
  11. Bachelors, Practical Skills, Laboratory 10: Quantitative Microbiology 2
  12. Bachelors, Practical Skills, Laboratory 11: Laboratory Investigation 1
  13. Bachelors, Introductory Pathological Science, Laboratory 1: Glucose Determination by Enzymatic Method
  14. Bachelors, Introductory Pathological Science, Laboratory 2: Glucose Determination / Oral Glucose Tolerance Test
  15. Bachelors, Introductory Pathological Science, Laboratory 3: Plasma Creatinine and e-GFR
  16. Bachelors, Introductory Pathological Science, Laboratory 4: Medical Microbiology 1 of 4: Inoculation into Selective Media
  17. Bachelors, Introductory Pathological Science, Laboratory 5: Medical Microbiology 2 of 4: Steak Dilution
  18. Bachelors, Introductory Pathological Science, Laboratory 6: Medical Microbiology 3 of 4: Basic Biochemical Tests
  19. Bachelors, Introductory Pathological Science, Laboratory 7: Medical Microbiology 4 of 4: Staphylococcus Identification
  20. Bachelors, Introductory Pathological Science, Laboratory 8: Haemagglutination
  21. Bachelors, Introductory Pathological Science, Laboratory 9: Histological Drawing
  22. Bachelors, Introductory Pathological Science, Laboratory 10: Staining - Haematoxylin and Eosin
  23. Bachelors, Introductory Pathological Science, Laboratory 11: Staining - PAS, Amylase
  24. Bachelors, Introductory Pathological Science, Laboratory 12: Staining - Martius Scarlet Blue
  25. Bachelors, Introductory Pathological Science, Laboratory 13: Making & Staining of Blood Films
  26. Bachelors, Introductory Pathological Science, Laboratory 14: ABO and Rh Grouping & Antibody Identification

Miscellaneous Videos

  1. My PhD convocation
  2. Membrane transport pathways that regulate β-amyloid precursor protein (APP) processing and β-amyloid (Aβ) production in Alzheimer’s disease - Dr. Anson Tan: Public Seminar at IMCB, Singapore; on 3rd September 2019.
  3. Creating a encrypted compressed folder using 7-zip