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Mathematical biology aims at the mathematical representation, treatment and modeling of biological processes, using a variety of applied mathematical techniques and tools. It has both theoretical and practical applications in biological, biomedical and biotechnology research.

Resources: OpenCourseware from NPTEL (India), Sheridan College, MIT, UC Berkeley, Stanford & many other of the World's finest University's

Language: English

Professors: Michael Williams

Units: 37

Lesson content
  • Lec-01 Introduction  
  • Lec-02 Graphs and Functions  
  • Lec-03 Graph & Function II  
  • Lec-04 Function and its derivatives  
  • Lec-05 Function and its derivatives  
  • Lec-06 Differentiation and its application in biology  
  • Lec-07 Differentiation and its application  
  • Lec-08 Differentiation and its application(Contd...)  
  • Lec-09 Differentiation and its application(Contd...)  
  • Lec-10 Integration  
  • Lec-12 Differential Equations  
  • Lec-13 Differential Equations - part 2  
  • Lec-14 Vectors  
  • Lec-15 Vectors - 2  
  • Lec-16 Vectors - 3  
  • Lec-17 Application of calculus and vector in biology  
  • Lec-18 Diffusion  
  • Lec-19 Diffusion II  
  • Lec-20 Diffusion III  
  • Lec-21 Statistics  
  • Lec-22 Probability Distribution  
  • Lec-23 Understanding Normal Distribution  
  • Lec-24 Fitting a Function to Experimental Data  
  • Lec-25 Size of a Folded Protein: Simplest Model  
  • Lec-26 Uniform Distribution  
  • Lec-27 Fourier Series  
  • Lec-28 Fourier Series II  
  • Lec-29 Fourier Transform  
  • Lec-30 Master Equation: Polymerization Dynamics, Molecular Motor Motion  
  • Lec-31 Simple Mathematical Models to Understand Evolution  
  • Lec-32 Tutorial and Discussion  
  • Lec-33 Tutorial and Discussion II  
  • Lec-34 Statistical Thermodynamics of Biological Systems Part - I  
  • Lec-35 Statistical Thermodynamics of Biological Systems Part - II  
  • Lec-36 Statistical Thermodynamics of Biological Systems Part - III  
  • Lec-37 Statistical Thermodynamics of Biological Systems Part - IV  
  • Lec-38 Thermodynamics of Protein Organization along DNA 
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