BIOLOGY AND MEDICINE - LECTURES FROM THE TOP PROFESSORS OF THE WORLD

A Paradigmatic Complex System: The Immune System: Irun Cohen of the Weizmann Institute of Science is a physician and researcher who is trying to understand the complex immune system.
Bioinformatic, Structural Biology and Structure Based Ligand Design in drug discovery: Discover how drugs are researched and developed.
Molecular Biology: Macromolecular Synthesis and Cellular Function: Qiang Zhou from Berkeley discusses new findings in DNA research.
Evolution of the Human Species: The discussion about evolution is still active. This lecture considers evolution from genetic and fossil records.
Ventricular fibrillation in the human heart. Why is it different from the dog and pig heart?: Kirsten ten Tusscher looks at the structure of the human heart in this talk.
Craig Venter on DNA and the sea: Biodiversity and genomics scientist Craig Venter talks about starting to writing the genetic code instead of just reading it.
How Bacteria Cause Disease: Warren Levinson explains how bacteria are transmitted.
The Origin of the Human Mind: Insights from Brain Imaging and Evolution: Find out how the human mind continues to evolve.
Engineering New Approaches to Cancer Detection and Therapy: Find out what’s on the brink of cancer research.
Principles of Systems Biology illustrated using the Virtua Heart: Denis Noble from the University of Oxford discusses complex organisms.
Biological Principles of Swarm Intelligence: Guy Theraulaz discusses animal psychology and swarm intelligence.
How the body fights infection: Discover the processes that occur when your body tries to protect you when you’re sick.
Biological Large Scale Integration: Here Stephen Quake discusses his theories on tiny "plumbing tools" he uses to analyze DNA sequences.
Psychology, Sex and Evolution: This lecture combines psychology and biology to find an answer to how preoccupied we are with sex.
Dynamics on and of Biological Networks: Case Studies on the Machinery of Life: Stefan Bornholdt discusses molecular networks in this lecture.