Biomedical and Life Sciences Simplified
A collection of videos about biomedical sciences, life sciences and cell biology.
I have over 25 years of experience teaching biomedical and life sciences student, and over 30 years experience of working as a scientist. On this channel I aim to simplify some of the key ideas and concepts of the biomedical and life sciences, and share my expertise. The channel also covers some of the tricky lab maths you may find in the subjects.
Banner photo by the National Cancer Institute
Biosciences Textbook Guide: What to Buy and When to Wait
Understanding Recessive Traits: Genetics Explained with Mice Experiments
What is the most significant change I've seen in the biosciences during my career?
Batch vs Continuous Cultures: Growing Cells in the Lab Explained
Tagging and Labelling Proteins for Purification and Tracking
Answering Your Questions on Genetic Engineering: Unintended Consequences, Science Models and Risks
Three Parent Babies: Mitochondrial Disease Treatment
Unexpected Challenges in Genetic Engineering: A Case Study on GM Crops
Genetically Engineering Pigs to Reduce Environmental Pollution
How Plants Are Fighting Climate Change and Pollution?
How Genetically Engineered Mice Help Us Study COVID-19
Gene Drives: A Powerful and Controversial Genetic Technology
CRISPR Case Studies: Ethical Dilemmas and Revolutionary Applications
Exploring Genetic Engineering: Protecting Crops and Enhancing Food
How CRISPR Could Save Bananas from Extinction | The Cavendish Crisis Explained
Introduction to Genetic Engineering: Ethics, Science, and Innovation
Site-Directed Mutagenesis Explained | Understanding the Basics
DNA Sequencing: Sanger Method and Beyond Explained
DNA Libraries: Genomic vs. cDNA - Key Differences and Applications
PCR Primer Design: Tips for Accurate DNA Amplification
Bacterial Transformation: Natural vs. Artificial Methods Explained
Understanding Transduction: How Bacteriophages Transfer DNA Between Bacteria
Gene Mapping in Bacteria Using Conjugation and Interrupted Mating
Genetic Exchange in Bacteria: Conjugation, Transduction, and Transformation
Mendelian Genetics: Dominant, Recessive, Codominance, and Incomplete Dominance Explained
How to Calculate the Gradient (m) and Intercept (c) in y = mx + c | Gel Analysis Tutorial
Understanding Mitochondrial DNA: Structure, Function, and Disease
Understanding the Function of Mitochondria | Dr. Peter Mitchell's Nobel Prize-Winning Work
How to Determine Protein Size (kDa) on an SDS-PAGE Gel | Step-by-Step Tutorial
The History, Structure and Functions of Mitochondria