Chemistry Informatics II
C372
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C372
Molecular Modeling
Dr. Kelsey Forsythe, Office: LD 320; Phone: 278-2202; Email: forsythe@chem.iupui.edu, Office Hours TBA and by appointment
Text: Molecular Modeling:Basic Principles and Applications, H.-D. Holtje, W. Sippl, D. Rognan and G. Folkers, Wiley-VCH (2003)
Supplemental Texts (on reserve):
Organic Chemistry, Carey, F. A., McGraw-Hill (2003)
Spartan Õ04: Tutorial and Users Guide
Course Structure: Lecture (CHEM-C 372, 1 cr.) + Lab (CHEM-C 496, 1cr.) = 2 credits
NOTE: CHEM-C 496 is NOT required
Grades and Point Distribution:
Labs 250
Homework (C 372 only) 100
Mid Term 50
Final Exam 100
Course Objective: Introduce students to elementary molecular modeling by illustrating applications to organic chemistry and biochemistry. Students will use computers to visualize molecules with emphasis on energy optimization, intermolecular forces, discerning structure-activity relationships, basic docking and introductory sequence alignment techniques.
SCHEDULE
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1/10 Motivation and overview-Molecular Mechanics(MM) 1/12 Lab (Molecular Mechanics) 1/17 MLK- No Class 1/24 Energy Optimization 1/26 Lab (Energy Optimization) 1/31 Confor-mational Analysis 2/2 Lab (Con-formational Analysis Using Molecular Dynamics) |
2/7 Valence Bond and Molecular Orbital Theory 2/9 Lab ( Orbitals) 2/14 Semi-Empirical Methods 2/16 Lab (Simple Huckel Method) 2/21 Molecular Vibrations 2/23 Lab (Molecular Vibrations and IR) 2/28 Potential Energy Surfaces |
3/2 Lab (Potential Energy Surfaces) 3/9 MidTerm
Exam 3/14 Spring Recess 3/21 Structure-Activity Relationships (SAR) 3/21 Lab-QSAR (Quantitative Structure Activitiy Relationships) 3/28 3D-QSAR 3/30 Lab (3D-QSAR) |
4/4 Protein Structure 4/11 Pharmacophores-Docking 4/13 Lab (Docking) 4/18 Modeling solute Ðsolvent interactions 4/20 Lab (Docking) 4/25 Sequence Analysis 4/27 Lab (Sequence Alignment) 5/2 Final Exam |





