Molecular Modeling Course Notes Page 2020


2021 Syllabus


UPLOAD HOMEWORK

Videos page

√Term project description

Lectures

√∅ Slides Title     When Reading Due
√ Lecture 1 Intro to proteins  PDF  Tue, Jan 26      
√ Lecture 2 Where do proteins come from?  PDF  Fri, Jan 29  PDB vid     
√ Lecture 3 Protein Classification  PDF  Tue, Feb 2      
∅ Lecture 4 Structural Homology  PDF  Fri, Feb 5      
∅ Lecture 5 Barnase/Barstar interactions  PDF  Tue, Feb 9  HW 1    
∅ Lecture 6 Molecular Dynamics  PDF  Fri, Feb 12      
∅ Lecture 7 Normal Mode Analysis  PDF  Tue, Feb 16      
∅ Lecture 8 Electrostatic surfaces  PDF  Fri, Feb 19      
∅ Lecture 9 Force field  PDF  Tue, Feb 23      
∅ Lecture 10 Energy Minimization  PDF  Fri, Feb 26      
∅ Lecture 11 Docking and drug discovery  PDF  Tue, Mar 2      
∅ Lecture 12 Virtual screening, replica exchange MD  PDF  Fri, Mar 5      
∅ Lecture 13 Review  PDF  Tue, Mar 9      
∅ Lecture 14 Midterm  PDF  Fri, Mar 12      
∅ Lecture 15 Nilesh Banavali, strucutre function problems  PDF  Tue, Mar 16      
∅ Lecture 16 Hongmin Li, structure-based drug design  PDF  Fri, Mar 19      
∅ Lecture 17 Covalent drugs and fragment-based drug discovery  PDF  Tue, Mar 23      
∅ Lecture 18 Protein local structure  PDF  Fri, Mar 26      
∅ Lecture 19 Side chain rotamers  PDF  Tue, Mar 30      
∅ Lecture 20 Homology modeling  PDF  Fri, Apr 2  tutorial    
∅ Lecture 21 Voids and waters  PDF  Tue, Apr 6      
∅ Lecture 22 Validation of models  PDF  Fri, Apr 9      
∅ Lecture 23 Phylogenetic analysis  PDF  Tue, Apr 13      
∅ Lecture 24 Quaternary structure  PDF  Fri, Apr 16      
∅ Lecture 25 Modeling nucleic acids  PDF  Tue, Apr 20      
∅ Lecture 26 Protein design workshop  PDF  Fri, Apr 23      
∅ Lecture 27 Student presentations  PDF  Tue, Apr 27      
∅ Lecture 28 Review  PDF  Fri, Apr 30      
    Final exam    TBD      
go to Blackboard

Links etc

 Stereo viewing exercise PDF   HTML   DHFR with TMP              
Sequence 1   Exercise 2.1 (JMOL)   Exercise 1.1   Homework 2  
Exercise 4.2    Homework 1   HW1 protein 1   HW1 protein 2 
 Feb22   SWISS-MODEL   homework 5   messedup.moe 
Rotation matrices Realignment exercise deletion exercise
exercise9.1.moe  Homework 4 start point: 1a07 
 Lecture 11 exercises   Homework6,7 MOE file   Lecture 12 exercise 
 Anfinsen article  multi.moe  Exercise 3  Exercise4,5 instructions
 1bbzC.pdb  Exercise5.moe  cocaine
 docking_1.moe   docking_2.moe   1bgs.moe   Fold-It Rotation
168041592 Protein Design minireview. Exercise 20. SARS2_spike_protein_models
badloop.moe B2 TOPS practice HW3 rubric
Termproject:3-fold symmetry generation SrtA.moe SARS-CoV-2 pharmacology

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

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Thu Apr 23 14:38:27 EDT 2020