Biochemistry 300 Bioinformatics

Subject Week Chapter(s) Lab
Genome Sequence Acquisition 1 2 DQ 1-39
Unicellular Genomes 2 2 DQ 40-74
Metazoan Genomes / Human Genome 3 2 DQ 75-97
Comparative Genomics/Evolution of Genomes 4 3 DQ 1-43
Genome Identifications / Biomedical Research 5 3 DQ 44-81
Exam 1 / Field Trip 1 6 -- --
Genomic Variations / Genomics of Aging/ Ethics of Genomics 7 4 DQ 1-39
Introduction to Microarrays / Alternate Uses of Microarrays 8 6 DQ 1-44
Applied Research with Microarrays / Improving Health Care 9 7 DQ 1-37
Proteonomics: 3D Structures, Interaction, & Measuring Proteins 10 8 DQ 1-32
Genomic Circuits in Single Genes 11 10 DQ 1-33
Exam 2 / Field Trip 2 12 -- --
Integrated Genomic Circuits 13 11 DQ 1-33
Synthetic Biology 14 11 DQ 34-59
Modeling Whole Genome Circuits 15 12 DQ 1-12
Final Exam 16 -- --
Guest Lecture: Organelle Genetics and Genomics
Grading- Lecture 50% (2 Exams @ 12.5% each, 1 Final @ 25%)
Lab 50% (Weekly Lab Assignments)
The text for the course will be: “Discovering Genomics, Proteomics, & Bioinformatics” by Campbell & Heyer, 2nd Edition. This book is available at the bookstore. The laboratory questions come from the textbook as well. Material needed for lab can be accessed at: www.GeneticsPlace.com.
Contact: Prof. James Godde
HT 404
Phone: 2350
Course Objectives
Upon completion of the course, students should be able to:
1) Understand methods and research questions in bioinformatics
2) Analyze real data
3) Engage in a realistic learning environment
4) Utilize online databases
5) Appreciate the complexity of research systems
6) Integrate different types of information
7) Reconsider cells as intracellular ecosystems
8) Integrate bioinformatics with biology