BCH 4053--General Biochemistry I--Summer 2001

Course Description/Objectives

BCH 4053 is the first course in a two-semester sequence in biochemistry for advanced undergraduatees and beginning graduate students. The sequence provides a comprehensive survey of the major topics in biochemistry, with the objective of developing the tools necessary to understand biological processes in chemical terms. The first semester focuses on the organization and major structural components of living cells: proteins, carbohydrates, lipids, and nucleic acids. It explores how the structure of these molecules relate to their function, and how water and pH affect these structural properties. It discusses the energetics of biochemical reactions and processes, and the kinetics and mechanism of enzyme catalysis. It provides an introduction to a study of metabolic pathways by examining the degradation of glucose through glycolysis and the citric acid cycle.

While the concepts in the course are not particularly difficult, the volume of material to be assimilated is large. It is particularly important to keep up with the material from the beginning, including reading the text book before lectures, taking careful notes and reviewing them afterwards, and working practice problems when appropriate. Make sure you understand all concepts as they are discussed--ask questions when something is not clear.

Requirements

The second semester of a two-semester organic chemistry course is a co- or prerequisite. Basic concepts from general chemistry, including stoichiometric calculations, acid-base chemistry and pH, and chemical thermodynamics will be assumed. You should carefully review the structure of organic functional groups and these concepts from general chemistry if they are not fresh in your mind. A course in biology will be helpful, but is not required.

Grading/Evaluation

There are three hour exams and a final mini-exam, worth 100 points each, for a total possible score of 400 points.  The mini-exam score can also substitute for the lowest hour test grade if it is higher, so it can count either 25% or 50% of the final grade. (There is no provision for final exams in the summer, so the mini-exam will be given on the last day of classes).

No make-up tests

In exceptional circumstances, it might be possible to arrange to take the hour test a day early.  In the case of excused absences where this is not possible, the mini-exam grade will substitute for the missed exam.

Optional extra credit

There will be seven optional “Web Tests” available on the web..  These tests are taken on the computer and graded by the computer.  They can be taken open-book and with notes, but you cannot receive help from another person.  They are timed tests, and you will have only one attempt at each.  The five highest on-line test grades will be averaged, and the average can replace a lower hour test grade.  Each test will only be available for a few days, so you must keep up with the course material in order to take advantage of them.

In addition a few optional group problems will be assigned to encourage some interaction and study with others in the class.  These problems will be worth a few points each to be added to the total raw test scores before dividing by 4.

Grading Scale

Following are the estimated percentage cut-off's for a given letter grade, obtained by dividing the total raw score by 4. Depending on test difficulty and class performance, these cut-off's might be lowered slightly, but they won't be raised. I will not know until all grades are in whether any adjustment will be made.

     90-100 A or A-       75-89   B or B-       60-74   C or C-       50-59   D or D-

Grade Posting

If you sign the permission slip on the course questionnaire, your test grades will be posted on the chemistry web grade server.  See the instructions for accessing web grades. (The grades for the on-line web tests are available separately through Blackboard.)

Help Sessions:

Help Sessions will be given at 5:00 pm on either Tuesday or Thursday the week of hour tests.

Class Web Page

A class web page will provide a variety of class-related information, including the syllabus, lecture schedule, lecture notes, assignment dates, and pointers to information on the internet that is relevant to the material you are studying.  The web page entry is through Blackboard 5 (new this term, so be forgiving of problems). The URL http://campus.fsu.edu/ will take you to your home page on Blackboard, which will have a link to all your courses.   You will need your account and password for your garnet (or mailer) email account in order to login to Blackboard. Access to some of the course materials can be obtained by logging in as "guest" with the password "guest" (without the quotes). If you are auditing the class and want more complete access, you must contact Dr. Light to gain entry.

For additional information on Email accounts, computer help, etc., go the the ACNS web sites:  http://www.acns.fsu.edu/Students/Orientation.html ( A guide to computing at FSU) and http://www.acns.fsu.edu/Students/ (information about registering and getting connected).

You will also be able to access previous BCH 4053 web pages and previous tests.  These pages are linked through my class index page at the URL:

http://www.chem.fsu.edu/editors/rlight/course-pages.html

Honor Code

Students are expected to uphold the Academic Honor Code. The Academic Honor System of The Florida State University is based on the premise that each student has the responsibility to:

    1.Uphold the highest standards of academic integrity in the student’s own work,

    2.Refuse to tolerate violations of academic integrity in the University community, and

    3.Foster a high sense of integrity and social responsibility on the part of the University      community.

ADA Requirements

Students with disabilities needing academic accommodations should:

   1.Register with and provide documentation to the Student Disability Resource Center (SDRC).    

   2.Bring a letter to the instructor form the SDRC indicating you need academic      accommodations. This should be done within the first week of class.

(This syllabus and other class materials are available in alternative format upon request.)

For more information about services available to FSU students with disabilities, contact the Assistant Dean of Students:

sdrc@admin.fsu.edu, Disabled Student Services, 08 Kellum Hall, Florida State University, Tallahassee, FL 32306-4066, (850) 644-9566.