BE333 (Stanford)

Lecture Notes and exercises 

• Lecture 1 - The Insulin-Glucose Circuit

• Lecture 2 - Dynamical compensation, mutant resistance and type-2 diabetes. 

Exercise 1 - Solution 1

• Lecture 3 - The stress-hormone axis as a two-gland oscillator.

• Lecture 4 - Autoimmune disease as a fragility of surveillance against hyper-secreting mutants.

• Lecture 5 - Inflammation and fibrosis as a bistable system

Exercise 2

• Lecture 6  - Basic facts of aging

• Lecture 7  - Aging and the saturation of damage removal

• Lecture 8  - Aging-related diseases

• Lecture 9  - Periodic table of diseases

 How to solve ordinary differential equations?(tutorials in various common programing enviourments)

• Python

• R

• Mathematica

• Matlab

The David Dreier Lectures on System Medicine