Bioinformatics 2 Course Notes Page

Bioinformatics 2 Course Notes Page 2012

2012 Syllabus (updated Feb 7, 2012)


Lectures

Which What     When Who    
Lecture 1    Intro to protein and amino acid structure. PDF Jan 24, 2012 cb
Lecture 2    Where do protein structures come from? PDF Jan 27, 2012 cb HW 1
Lecture 3    Protein classification. TOPS drawings. PDF Jan 31, 2012 cb
Lecture 4    Rotation matrices. Least Squares. Superposition. PDF Feb 3, 2012 cb wiki
Lecture 5    MOE workshop 1: Building small molecules PDF Feb 7, 2012 cb HW 1 due
Lecture 6    MOE workshop 2: Secondary structure PDF Feb 10, 2012 cb Ex 5.1 due
Lecture 7    Comparative modeling 1: Alignment, Deletions PDF Feb 14, 2012 cb HW 2 due
Lecture 8    Comparative modeling 2. Insertions PDF Feb 17, 2012 cb
Lecture 9    Comparative modeling 3. Outgaps. PDF Feb 21, 2012 cb HW 3 due
Lecture 10    Comparative modeling 4. Voids and waters. PDF Feb 24, 2012 cb
Lecture 11    Comparative modeling 5. Evaluation. PDF Feb 28, 2012 cb
Lecture 12    Comparative modeling 6. Interpetation and significance. PDF Mar 2, 2012 cb
Lecture 13    Review.   Mar 6, 2012 cb
 
-------MIDTERM EXAM-------
Mar 9, 2012 cb
 
-------spring break-------
Mar 12-20, 2012
Lecture 15    Molecular Surfaces. Poisson-Boltzman equation   Mar 20, 2012 cb
Lecture 16    Ab initio methods and threading.   Mar 23, 2012 cb
Lecture 17    Force fields , Energy Minimization.   Mar 27, 2012 cb
Lecture 18    Molecular Dynamics 1   Mar 30, 2012 cb
Lecture 19    Molecular Dynamics 1   Apr 3, 2012 cb
Lecture 20    guest lecture Nilesh Banavali   Apr 6, 2012 cb
Lecture 21    Normal mode analysis   Apr 10, 2012
Lecture 21    Docking 1   Apr 13, 2012 cb
Lecture 22    no class   Apr 17, 2012 cb
Lecture 23    Docking 2   Apr 20, 2012 cb
Lecture 24    Protein Design 1   Apr 24, 2012 cb
Lecture 25    Protein Design 2   Apr 27, 2012 cb
Lecture 26    Review   May 1, 2012 cb
 
-----Student presentations-----
May 4, 2012
 
-----FINAL EXAM-----
May 8, 2012
 Syllabus   Unix stuff   JMOL              
 UPLOAD HOMEWORK   Sequence 1  
 Homework 1   HW1 protein 1   HW1 protein 2   Homework 2 
Rotation matrices 168041592 Protein Design minireview.  Homework 4 start point: 1a07  Realignment exercise
 Anfinsen article  multi.moe  Exercise 3  Exercise4,5 instructions  Exercise4.moe  1bbzC.pdb

Special thanks to Chemical Computing Group for use of the MOE software.

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Last updated Tue Feb 7 09:08:14 EST 2012