Chemical Biology graduate courses
The Chemical Biology Program offers a number of unique courses that are designed to foster interdisciplinary and independent learning. All courses are taught in the inquiry style and focus heavily on the examination of the current literature at the interface of Chemistry, Biochemistry, and Biology. Whenever possible, courses are administered by a minimum of two faculty members from different departments involved in the program in an effort to provide complementary viewpoints on a given topic. The Chemical Biology courses are open also to students from other programs with the permission of the instructor.
All incoming Chemical Biology graduate students are required to take the CHEMBIO 700 course (or CHBY700), ‘Topics in Chemical Biology’, which is an introduction to graduate school and chemical biology. This course is worth three credit units and is split into two modules, CHBY700A and CHBY700B, each worth 1.5 units. CHBY700A is usually in the Fall and is essentially an introduction to graduate school and scientific communication, while CHBY700B is typically offered in the Winter term and focuses on current topics in chemical biology.
The CHBY700A module combines an initial orientation with additional content on equity-diversity and inclusion (EDI) as well as general communication in science, while the CHBY700B module sets the tone more specifically for the Chemical Biology graduate program. The CHBY700B module uses topics from the current literature to provide an overview of Chemical Biology and will demonstrate the integration of chemical, biochemical and biological approaches to solve current problems of relevance to medicine, the environment, and drug design. The focus of this course varies from year to year, but the integrative approach to chemical biology remains the goal each year.
Besides CHBY700A/B, Chemical Biology graduate students are required to participate in our Colloquium either through CHBY701 or CHBY702. CHBY701 is a non-credit course option in which students prepare and present a seminar concerning a detailed examination of their own area of research. Participants are required to provide a suitable background to the work and critically discuss salient aspects of the field. A question period will follow in order to provide a forum for discussion of the material presented.
CHBY702 is a three-unit credit course option to participate in the Colloquium. CHBY702 students present a seminar concerning a detailed examination of their own area of research, similar to what described for CHBY701, but they also write a review article describing the current state of their field. The review must provide a suitable background to the area, the current state of the research within the field, and an appraisal of possible future trends and directions. Students are encouraged to provide a critical assessment of the material presented and use the format employed by the journal “Trends in Biochemical Sciences” or “Accounts of Chemical Research”.
Students who take CHBY700 and opt for the CHBY702 colloquium option will have met all the course requirements of the Chemical Biology graduate program. Students who take CHBY700 and opt for the CHBY701 colloquium option will need three additional credit units to meet all the course requirements of the Chemical Biology graduate program. These additional credits can be earned by taking relevant courses or modules offered by the participating departments. Hence, a wide range of options is available to Chemical Biology graduate students to choose from, with permission from their supervisor and the instructor.
BCHM 711 – Special Topics in Biomolecular Sciences: Immunometabolism
BCHM 711 – Special Topics in Biomolecular Sciences: Pharmacology & Cell Biology
BCHM 732 – Writing for Science
BIOL 707 – Ecological Statistics
BIOL 709 – Special Topics in Biology
BIOL 712 – Communication and Scholarship Skills in Biology
BIOL 724 – Molecular Ecology
BIOL 780 – Advanced Microscopy and Imaging
BIOL 799 – Genetic Basis of Common Disease
CHEM 708 – Analytical Separation Science
CHEM 725 – Group Theory
CHEM 730 – X-ray Theory
CHEM 740 – Basic Theory of 1D & 2D NMR Spectroscopy
CHEM 743 – Inorganic Problems
CHEM 749 – Introduction to Biomolecular NMR
CHEM 757 – Applications of Lab-on-a-Chip Devices
CHEM 770 – Molecular Electronic Structure Theory
CHEM 784 – Physical Chemistry of Materials
CHEM 799 – Special Topics (2 Dimensional Materials)
CHEM 799 – Special Topics (Numerical Optimization in Computational Chemistry Using Python)
CHEM 799 – Special Topics (Topics in Polymer Chemistry)
CHEM 799 – Special Topics (Conformational Analysis)
CHEM 799 – Special Topics (Topics to be Announced)
CHEM 799 – Special Topics (Topics to be Announced)
CHEM 60A3 – Natural Products
CHEM 60B3 – Polymers and Organic Materials
CHEM 6AA3 – Recent Advance Analyt Chemist
CHEM 6IC3 – Solid State Chemistry
CHEM 6II3 – Transition Metal Organometallic Chemistry & Catalysis
CHEM 6PB3 – Computational Models for Electronic Structure & Chemical Bonding
BCHM 6E03 – Gene Regulation and Stem Cells and Development
BCHM 6N03 – Molecular Membrane Biology
BCHM 6Q03 – Biochemical Pharmacology
BCHM 6S03 – Introduction to Molecular Biophysics
BCHM 6Y03 – Genomes and Evolution
MOL BIOL 6BB3 – Plant Metabolism and Molecular Biology
BIOL 6DD3 – Molecular Evolution
BIO 6E03 – Population Genetics
MOL BIO 6H03 – Molecular Biology of Cancer
BIO 6P03 – Medical Microbiology
BIO 6X03 – Environmental Physiology