General information This course is a one-semester introduction to biochemistry suitable for majors and meeting professional school requirements The course
In this course, we will discuss the fundamental processes that enable proteins to form complex biological structures, respond to the environment, catalyze
Advanced Electives for Biochemistry BA Course Number Course Title Prerequisite(s) Term(s) Offered CHEM-UA 662 Analytical Chemistry CHEM 126,
Major in Biochemistry, B A Degree One Suggested Course Sequence Year One Semester 1 CHEM-UA 125 General Chem I Lab 5 Credits MATH-UA 121
that has evolved overtime as I have taught Biochemistry at NYU This coursed is to look at the role of the eukaryotic cell organelles and their membranes as
2 sept 2020 · PROTEIN BIOCHEMISTRY (BIOL-GA 1045) Course Syllabus — Fall 2020 Time: Mondays and Wednesdays, 9:30-10:45 AM
+ - One advanced chemistry elective is required * - For strong students, it is recommended that Physics be taken in the first or second year
All class-related email is to be sent through the NYU Classes system using the internal messaging function This email will be monitored by myself and by
Journal articles will be posted on NYU Classes to supplement the textbook General information This is an advanced undergraduate-level biochemistry course
NYU Classes will be used to post information Check this site on a regular basis (2) Grades Exams 70 Quizzes 15
30006_7Biochem1Spring2020Syllabus.pdf
CHEM-UA 881 Biochemistry I
Spring 2020
Lectures: Tuesday, Thursday 12:30-1:45.
Location: 12 Waverly, Room G08
Recitations: Sections by registration, beginning on week 2 Required textbook: Miesfeld & McEvoy, Biochemistry, Norton. 1 st Edition. You are strongly encouraged to obtain a copy of the textbook that allows access to online "Smartwork5" problems from the publisher's website. Optional additional textbook: Petsko G and Ringe D Protein Structure and Function, New Science Press. This textbook presents material that we cover with superb pictures and short but very clear text. It is an excellent addition to the main textbook.
Instructors:
Prof. Kent Kirshenbaum, Department of Chemistry, Room 821 Silver
Email: kent@nyu.edu
Office Hours: Fridays from 2:00 to 3:30
Prof. Paramjit Arora, Dept. of Chemistry, Room 360 Brown
Email: arora@nyu.edu
Office Hours: Wednesdays, 2:30-4 PM
Clinical Faculty, Recitation Leader:
Dr. Rohini Qamra, Department of Chemistry, Room 1001U Silver
Email: qamrar01@nyu.edu
Office Hours: Fridays 12:30-1:30 PM
Class website: This course is on NYU Classes. Notes, readings, problem sets, study guides, modules and web links as well as answers to problems will all be posted on the web. General information. This course is a one-semester introductio n to biochemistry suitable for majors and meeting professional school requirements. The course introduces the important families of biological macromolecules, including proteins, nucleic acids, carbohydrates, and lipids. The relationship between sequence, structure and function of biopolymers is a central focus. Mechanisms of enzymatic catalysis and signal transduction are featured. There is an emphasis on the flow of information in biological systems at the molecular level, described as "The Central Dogma". A brief introduction to metabolism is prese nted, empha sizing general concepts rather than memorization of pathways.
Recitation Sections
Section Instructor Time Location
101 Dr. Rohini Qamra M 11-12:15 25W4-C10
102 Dr. Rohini Qamra M 12:30-1:45 25W4-C8
103 Dr. Rohini Qamra M 2:00-3:15 25W4-C10
106 Dr. Rohini Qamra M 9:30-10:45 25W4-C13
Grades and Exams: Your course grade will be determined in part by scores on four examinations. There will be three midterm exams and one final. The lowest midterm exam grade will be dropped. As a consequence, you are permitted one absence from a midterm exam for any reason whatsoever. There is no necessity for make-up midterm exams, and none will be given. There will be no excused or unexcused absences for a second mid-term exam. Students who do not take the final exam as scheduled without a documented and approved excuse will result in an automatic grade of 0 for the final.
Exam Regrade Policy:
• Do not make any marks on the exam. • On a separa te, ha nd-signed cover sheet stapl ed to th e exam, list your email address, state the problems that were misgraded, and affirm that no changes to the exam were made after grading. • Submit the regrade request no later t han the subseque nt recitation to the recitation leader. • Arithmetic errors in adding up points will be corrected immediately. Any other regrade request will cause the entire exam to be regraded; therefore, your overall score may increase or decrease. • Oral or late requests for regrading will not be accepted. Recitation Quizzes. An addi tional 20% of the course grade will be awarded for performance in recitati on sections. Recitations will review the lecture s an d work on additional problems in peer-led groups. There will be a short quiz at the beginning of each recitation, featuring questions from that week's homework assignment. Please be sure that you have an assigned recitation section. Missing more than two recitations will result in a reduction of grade.
Activity Points
Two highest midterm exams 50%
Final exam 30%
Recitation: participation, homework problems and quizzes 20%
Total 100%
Academic Integrity and Plagiarism: The instructors for this course have no tolerance for plagiarism in any form. The NYU policy on plagiarism will be enforced with great vigil. Students who fail to conform to NYU's standards on academic integrity will be subject to stringent disciplinary action ("pour encourager les autres"). Inform yourself in advance of proper academic conduct. In brief (and quoting from the College of Arts & Science policy), "Academic honesty means that the work you submit - in whatever form - is original." When in doubt, ask. Please consult: http://cas.nyu.edu/page/academicintegrity Disabilities: New York University provides accommodations for qualified students with disabilities. To ensure that the most appropriate accommodations are provided, students should contact the Moses Center for Students with Disabilities (212-998-4980). Special needs for the lecture or exams should be brought to attention of the instructor by no later than September 25. If accommodations are needed, students must register with CSD (see http://www.nyu.edu/students/communities-and-groups/students-with- disabilities/how-to-register.html for more information). If you wait until the exam date is approaching to register with CSD or to inform the instructor, we may be unable to provide appropriate accommodations. Learning Center Help: Free peer tutoring, Study Slams, group reviews, workshops, and more. ULC@Academic Resource Center, 18 Washington Place, Lower LevelULC@UHall, 110 East 14th Street, top of stairs by UHall Commons.
SCHEDULE OF LECTURES
Lecture,
Date
Lecturer
Topic Reading Recitation
1. Jan 28 T
KK Overview & Introduction: The
Central Dogma,
Biopolymers,
Sequence/Structure/Function
Ch. 1
No recitation
2. Jan 30 R
KK Bioenergetics &
Thermodynamics
Sec. 2.1, 2.2
Water as a Biomolecule
3. Feb. 4 T
PA Proteins I - Amino Acids &
Polypeptides
Sec. 4.1
Rec. 1
4. Feb. 6 R
PA Proteins II - Secondary
Structures
Sec. 4.2
5. Feb. 11 T
KK Proteins III - Tertiary and
Quaternary Structure;
Protein Folding & Misfolding
Sec. 4.3 Rec. 2
6. Feb. 12 R
KK Proteins IV: Methods.
Purification, Structure
Determination, Antibodies
Ch. 5
7. Feb. 18 T
PA Proteins V: Functions.
Transport, Hemoglobin,
Allostery, Motor Proteins
Sec. 6.1, 6.2,
6.4
Rec. 3
8. Feb. 20 R
PA Proteins VI: Introduction to
Enzymes,
Structure/Function
Relationships
Sec. 7.1, 7.2
Feb 21 F
Midterm 1 Lectures 1-7
9. Feb. 25 T
PA Proteins VII: Enzyme
Mechanisms & Kinetics
Sec. 7.3, 7.4
Rec. 4
10. Feb. 27 R
PA Proteins VIII: Enzyme
Regulation: Inhibition and
Allostery
Sec. 7.5
11. Mar. 3 T
KK Lipids & Membranes
Sec. 15.1-15.3
Rec. 5
12. Mar. 5 R
KK Membrane Proteins,
Membrane Transport, Cell
Signaling
Sec. 15.4, 6.3,
8.1-8.3
13. Mar. 10 T
PA
Carbohydrates I 13.1 Rec. 6
14. Mar. 12 R
PA
Carbohydrates II:
Polysaccharides and
Glycoproteins
13.2, 13.3
15. Mar. 24 T
PA
Metabolism I TBD Rec. 7
16. Mar. 26 R PA Metabolism II TBD
Mar. 27 F
Midterm 2 Lectures 8-14
17. Mar. 31 T
PA
Metabolism III TBD Rec. 8
18. Apr. 2 R
PA Nucleic Acids I: DNA
Structure
Sec. 3.1, 3.2
19. Apr. 7 T
KK
Nucleic Acids II: Methods Sec. 3.3 Rec. 9
20. Apr. 9 R
KK Nucleic Acids III: Replication
& Repair
Chap. 20
21. Apr. 14 T
KK Nucleic Acids IV:
RNA Structure & Functions
Sec. 21.1 Rec. 10
22. Apr. 16 R
KK Nucleic Acids V: RNA
Synthesis & Processing
Sec. 21.2, 21.3
23. Apr. 21 T
KK Protein Synthesis I: The
Genetic Code
Sec. 22.1 Rec. 11
24. Apr. 23 R
KK Protein Synthesis II:
Translation & the Ribosome
Sec. 22.2
Apr. 24 F
Midterm 3
Lectures 15-
22
25. Apr. 28 T
PA Protein Synthesis III: Post-
translational Modifications &
Trafficking
Sec. 22.3 Rec. 12
26. Apr. 30 R
PA Control of Gene Expression
I: Prokaryotes
Sec. 23.1, 23.2
27. May 5 T
KK Control of Gene Expression
II: RNA interference &
Eukaryotic Gene Regulation
Sec. 21.4, 23.3 Rec 13
28. May 7 R
KK Review & The Future of
Biochemistry:
Synthetic Biology,
Crispr/Cas, Gene Editing
and the Fate of the Human
Species
May 18
FINAL EXAM - comprehensive
12pm-1:50pm; check
Albert for confirmation
T = Tuesday, R = Thursday, F = Friday