Recombinant DNA Technology - Molecular Biology and Biochemistry
Explore recombinant DNA technology, including DNA excision, in this molecular biology and biochemistry overview. Learn about types, processes, and applications in biotechnology.
Protein Annotations
Learn protein annotation techniques including molecular docking, function identification, structure analysis, and molecular dynamics simulations using tools like Autodock, Pymol, and Gromacs.
Illumina Sequencing Overview - Library Prep to Data Analysis
Comprehensive overview of Illumina sequencing workflow, covering library preparation, cluster generation, and sequencing by synthesis. Explores different chemistry versions and instrument developments for next-generation sequencing.
Molecular Biology Advanced
Explore advanced molecular biology concepts including DNA recombination, mutations, and repair mechanisms for a comprehensive understanding of genetic processes.
Introductory Molecular Biology & Animal Physiology Lab
Explore molecular biology and animal physiology through hands-on lab techniques, data analysis, and genomics. Gain practical skills in R, electrophoresis, DNA isolation, and bioinformatics tools.
AI in Medicine - Keynote at Cambridge CCAIM24 Summer School
Explore AI's transformative impact on medicine with insights from a leading expert, covering cutting-edge applications and future possibilities in healthcare.
Molecular Techniques Lecture - Molecular Biology Techniques and Cell Biology Techniques
Comprehensive exploration of molecular and cellular techniques in biology, covering immunology, cytogenetics, DNA sequencing, biotechnology, and more. Ideal for understanding protein and gene functions.
Meiosis
Comprehensive explanation of meiosis, covering its stages, genetic recombination, and significance in creating genetic diversity. Includes detailed comparisons with mitosis and differences between male and female meiosis.
Protein Analysis
Learn essential protein analysis techniques including homology modeling, molecular docking, structure prediction, and interaction analysis using popular tools like Modeller, Autodock Vina, and PyMol.
The Future Utility of DNA Science
Experts discuss the future of DNA science, exploring innovative genomics, reproductive medicine, and synthetic biology, offering insights into groundbreaking research and potential applications.
Molecules, Movement, and Motors - Shedding Light on Motor Function
Explore single-molecule biophysics, kinesin motors, and optical traps. Discover how molecular machines work through cutting-edge experiments and statistical analysis.
Contagion - Exploring Modern Epidemics: Infectious Disease - Part 1
Explore modern epidemics with leading experts discussing infectious diseases, genomics, and public health challenges. Gain insights into global health threats and cutting-edge research in epidemiology.
Alcohol-Induced Facial Flushing and Health Implications
Explore the genetic cause of alcohol-induced facial flushing, its prevalence among Asians, and associated health risks. Learn about ongoing research and public health initiatives addressing this condition.
Basic Transmission Genetics - Principles of Evolution, Ecology and Behavior
Explore DNA structure, replication, Mendel's laws, and mutations in this comprehensive overview of genetic transmission and its role in evolution and organism development.
Genetic Engineering: DNA Technology and Gene Expression Control - Lecture 4
Explore advanced DNA technologies: RNA silencing, molecular cloning, PCR, and mutation detection. Learn about controlling gene expression and applications in genetic engineering and biomedical research.
Genetic Engineering - From DNA Structure to Protein Synthesis
Explore DNA structure, synthesis, transcription, and translation. Learn about genetic code, protein synthesis, and RNA interference as potential disease treatments.
RNA Macrostates and Landscapes
Explore RNA macrostates, scaling of base-pair probabilities, and optimization for protein over-expression. Gain insights into advanced RNA folding concepts beyond minimum free energy structures.
DNA, Love, and Gender
Explore epigenetics: how environment alters DNA, impacting behavior, health, and even love. Discover the role of RNA molecules in understanding complex epigenetic phenomena and their potential applications.
Connecting Molecular Details to Macroscopic Behaviors with Thermodynamics and Information Theory
Explore how molecular details connect to macroscopic behaviors using thermodynamics and information theory, focusing on E. coli chemotaxis and the energetic costs of biological information processing.
How Plants See, Feel, and Smell - The Perceptual Apparatus of the Plant
Explore the fascinating sensory world of plants, from their perception of light and touch to their responses to gravity and chemicals in the environment.
Zoobiquity - What Dolphin Diabetes Can Teach Us About Human Health
Explore how animal diseases can inform human health, bridging veterinary and medical sciences for innovative approaches to physical and behavioral well-being across species.