Home

Welcome

Faculty & Staff

Students

Department Info

Search IUPUI

Search the Chem Dept

Chemistry Informatics II
C372

1/7 Fundamentals: Energy

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

 

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

4/6 Lab (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

 

 

 


This page last modified on Mon Mar 13, 2006
Copyright © 2005 Department of Chemistry & Chemical Biology IUPUI
 
402 N. Blackford Street, LD 326
Indianapolis, IN 46202-3274
Phone: 317-274-6872, Fax: 317-274-4701