Biomathematics Video Lectures

Biomathematics
'Biomathematics' Video Lectures by Dr. Ranjith Padinhateeri from IIT Bombay
"Biomathematics" - Video Lectures
1. L1-Introduction
2. L2-Graphs and functions - I
3. L3-Graphs and functions - II
4. L4-Functions and derivatives
5. L5-Calculation of derivatives
6. L6-Differentiation and its application in Biology - I
7. L7-Differentiation and its application in Biology - II
8. L8-Differentiation and its application in Biology - III
9. L9-Differentiation and its application in Biology - IV
10. L10-Integration - I
11. L11-Integration - II
12. L12-Differential equations-I
13. L13-Differential equations - II
14. L14-Vectors - I
15. L15-Vectors - II
16. L16-Vectors - III
17. L17-Nernst equation
18. L18-Diffusion-I : Diffusion equation
19. L19-Diffusion - II: Mean-square displacement
20. L20-Diffusion-III : Einstein’s relation
21. L21-Statistics : Mean and variance
22. L22-Statistics: Distribution function
23. L23-Understanding Normal distribution
24. L24-Fitting a function to experimental data
25. L25-Size of a flexible protein: Simplest model
26. L26-Uniform and Poisson distributions; Knudson’s analysis
27. L27-Fourier Series-I
28. L28-Fourier Series-II
29. L29-Fourier transform
30. L30-Master equation: Polymerization dynamics, Molecular motor motion
31. L31-Evolution: Simplest model
32. L32-Tutorial - I
33. L33-Tutorial-II
34. L34-Temperature, Energy and Entropy
35. L35-Partition function, Free energy
36. L36-Bending fluctuations of DNA and spring-like proteins
37. L37-Force-extension and looping of DNA
38. L38-Thermodynamics of protein organization along DNA
39. L39-Learning mathematics with the help of a computer
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