Molecular Modeling and Simulation: An Interdisciplinary Guide
Tamar Schlick
Homework Assignments
Assignment 1
Sequence and Structural Databases, Molecular Modeling Perfective (Postscript, pdf);
Assignment 2
Introduction to the Insight II Modeling Package and the pdb File Structure and Retrieval (Postscript, pdf);
Assignment 3
Construction and Analysis of the Pentapeptide Met-enkephalin with the Insight II Program (Postscript, pdf);
Assignment 4
Creating Ramachandran Plots from Known Protein Structures and the NDB (Postscript,pdf)
Assignment 5
Analysis of Protein/DNA Complexes with Insight and NDB:
Canonical vs. Protein/Bound DNA, and DNA/Protein Interactions (Postscript, pdf);
Assignment 6
MIDTERM: Homology Contest! (Postscript, pdf);
Exploring Sequence/Structure/Function Relationships (Related Tools/Databases like SCOP, IMAGE, BLAST, NDB, PDB)
Assignment 7
Molecular Mechanics Force Fields:
Approximations, Variations, and the Assessment of Results with respect to Experiment and other Simulations (Postscript, pdf);
Assignment 8
A Bit of Programming: Nonbonded Versus Bonded Energy Computations} (Postscript, pdf);
- Segments from molecular mechanics subprograms for molecules mm.f
- XYZ coordinates of a polymer of 1000 atoms Download file
Assignment 9
TERM PROJECT: The Successes (Failures?) of Molecular Modeling (Postscript, pdf)
Assignment 10
Experiments in Molecular Geometry Optimization: Biphenyl Minimization (Postscript, pdf)
Assignment 11
A Global Optimization Contest! (Postscript, pdf)
Assignment 12
Monte Carlo Simulations (Postscript, pdf)
Programs to test the RANDU random generator in two and three dimentions:
- Test the RANDU random number generator in 2D randu2D.f
- Test the RANDU random number generator in 3D randu3D.f
Assignment 13
Advanced Exercises in Monte Carlo and Minimization Techniques (Postscript, pdf)
Assignment 14
Advanced Exercises in Molecular Dynamics (Postscript, pdf)
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