CHEM-643
INTERMEDIARY METABOLISM
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FALL SEMESTER 2005

Brief Course Description: Intermediary Metabolism is a graduate and upper-level undergraduate course taught each fall by Professor Hal White. A fundamental general background in biochemistry at the level of CHEM-641/642 (or CHEM-527) is assumed.

Courses in intermediary metabolism share with organic chemistry the reputation for presenting enormous amounts of tedious information that has to be regurgitated on impossible examinations. This course is not about memorization of structures and obscure pathways. You will have a lifetime to do that, if you want. This course is about understanding, thinking, pursuing knowledge, identifying resources, and communicating. It is about making metabolism understandable, hopefully interesting, and possibly exciting enough that you will want to continue learning about it for the rest of your life. In order to emphasize those objectives, the first half of Intermediary Metabolism is taught using interactive lectures with homework assignments. The second half of the course is taught using a Problem-Based Learning format in which groups of students work cooperatively on complex problems (case studies) during class time and turn in individual assignments after each. There are multiple graded assignments including a midterm and final examination. Personal initiative in the form of outside reading and class participation is expected. Please examine the course-related documents linked below:

Syllabus Fall 2005

Schedule Fall 2005

Midterm Examination from Fall 2004
Final Examination from Fall 2004


Final Student Course Evaluation for Fall 2003

Final Student Course Evaluation for Fall 2004

First Half of the Semester Assignments (links will be activated when the assignment is made.)

PBL Problems Case Study/PBL Problem Writing Assignment Metabolic Pathways and Internet Resource Links

Return to Department's Home Page, CHEM-643 Home Page, or Hal White's Home Page.
Last updated 20 November 2005 by Hal White (halwhite at udel.edu)
Copyright 2005, Harold B. White, Department of Chemistry and Biochemistry, University of Delaware, Newark, DE 19716