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Chem 3310 Molecular Biochemistry-Syllabus-2021 Spring(2)
Course: Molecular Biochemistry (CHEM 3310 )
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University: Texas Tech University
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Chem 3310--Molecular Biochemistry
Syllabus (Spring, 2021)
Instructor: Dr. Huazhong Shi
Class Location: Online through Blackboard Collaborate Ultra
Office: Chemistry 413 A ‐
Lecture Times: TR 09:30 – 10:50 AM
Phone: (806) 834-7214
E mail: ‐huazhong.shi@ttu.edu (You must have CHEM 3310 in the subject title of the email)
Office Hours: TR 2:00-3:00 PM through Blackboard Collaborate Ultra online system
Required Text & Other Material:
• Biochemistry: A Short Course by Tymoczko, Berg, Gatto & Stryer, Freeman Press, 2019 (4th
Edition) ISBN-10: 1-319-11463-6
A special TTU version of the book has been printed with the intention of being cheaper
than the above textbook:
CHEM 3310 Molecular Biology (together with Sapling and REEF)
ISBN-10: 1319351476 (for the bundle)
ISBN-13: 9781319351472 (for the bundle)
• iClicker/REEF Polling Engagement system (https://www.iclicker.com/)
• Sapling Learning Online Homework (https://www.saplinglearning.com/ibiscms/login/)
A negotiated lower price bundle is available via the on campus bookstore.
Course: This one semester fundamental biochemistry course covers textbook Chapters 1 21. ‐ ‐
Pre requisites for the course are two successfully completed semesters of organic chemistry. The ‐ ‐
first day of class is Thursday, January 21; the drop deadline without academic penalty is
Thursday, February 4th; and the last day of class will be Tuesday, May 4th. The official final
exam time will be on Thursday, May 6th from 7:30 to 10:00 AM. The final exam will be
online through Blackboard Respondus LockDown Browser.
Learning Outcomes: The fully successful student will know the structure and function of
biological molecules including water, amino acids, lipids, and nucleic acids; the role of several
model proteins including myosin, actin, keratin, collagen, myoglobin, hemoglobin and
chymotrypsin. The student will understand the role of phospholipids as structural elements in
biological membranes and properties of proteins associated with membranes; know the chemical
principles involved in the assembly, from simpler precursors, of biological macromolecules (e.g.,
oligo and polysaccharides, DNA and proteins); understand the chemical principles involved in ‐
sequencing DNA and proteins; the structure, function and transport across biological ‐
membranes; and the biochemical reactions of several aspects of primary metabolism including
glycolysis, citric acid cycle and oxidative phosphorylation. The successful student will also
understand the mathematical principles used to analyze enzyme kinetics and be able to use
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