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Chemistry and Biochemistry


Chemistry and Biochemistry (CHEM )


See Class Sections Below

GENERAL INFORMATION:
Read your @ UCSD email! Announcements about wait lists, schedule changes and cancellations, and lab safety exams are sent to your ucsd.edu account. For information on procedures for forwarding messages to an alternative email address, visit https://acs-webmail.ucsd.edu
Students are permitted one "W" grade per course at UCSD. If you are repeating a course in which you previously received a "W" you must drop by Friday of Week 4 or complete the course. This affects repetition of *lab courses*, for which the Drop deadline is the second lab meeting.

TRANSFER COURSES AND PREREQUISITES
If you completed a Chemistry course prerequisite at another college and the credit does not appear on your UCSD transcript, go to York Hall 4010 prior to your registration date to make sure your prerequisites have been cleared.

ADDING AND DROPPING COURSES
WebReg is used for adds of open sections through the end of the add period and drops through the drop deadline. If you are pre-authorized by the department to add a course, you still must log on to WebReg and add it.

WAITLIST PROCEDURES
See https://students.ucsd.edu/academics/enroll/ undergraduate-enrollment/waitlist.html for waitlist instructions.

ADD/DROP DEADLINE FOR CHEMISTRY LABORATORY COURSES
The deadline to drop a CHEM lab course without a "W" is the end of the second scheduled lab meeting.

ATTENDANCE AT THE FIRST LAB MEETING IS MANDATORY
Check the individual class schedules for first-day information. Students who miss the first 30 minutes of the first lab meeting of the quarter will be administratively dropped from the course. Come prepared to work: wear long pants and closed shoes: bring textbook, lab notebook, knee-length lab coat, and goggles.

LABORATORY SAFETY REQUIREMENT

All students in CHEM 7L, 7LM, 43A, 43AM, 100A, 100B, 105A/B, 108, 109, 123, 143B/C/D are required to demonstrate an understanding of general lab safety and of the UC San Diego Chemistry Teaching Laboratory Rules. Passing the Lab Safety Exam for your course in the current term fulfills this requirement. Students who do not pass the Lab Safety Requirement will be administratively dropped from the course with a grade of "W", if applicable. Please refer to the notes above regarding "W" grades or see https://senate.ucsd.edu/Operating-Procedures/Senate- Manual/Regulations/500. The CHEM Laboratory Safety Education page (http://chemistry.ucsd.edu/go/labsafety) has the CHEM Lab Rules, information on general lab practices and the current calendar of safety events.

FEES FOR LABORATORY COURSES
Students who enroll in CHEM lab courses are charged a lab fee assessed with Registration fees. The fees are $40 for CHEM 7L, $40 for CHEM 7LM, $75 for CHEM 43A, $65 for CHEM 43AM, $65 for CHEM 100A $156 for CHEM 100B, $65 for CHEM 105A, $65 for CHEM 105B, $175 for CHEM 108, $175 for CHEM 109, $175 for CHEM 123, $110 for CHEM 143B, $155 for CHEM 143C, $175 for CHEM 143D.
As of: 10/10/2022, 02:12:00

R
Course Number Section ID
Meeting Type
Section Days Time Building & Room
Instructor Seats  
Available Limit
221 Signal Transduction ( 4 Units)
Prerequisites  |  Resources |  Evaluations
77043 LE A00 TuTh 2:00p-3:20p NSB 2303 Taylor, Susan S.
13 20
2022 topic: protein phosphorylation, the history of protein phosphorylation, and discussions of individual protein kinases, with focus on kinases that drive disease and are targets for drug discovery and therapeutic intervention. We will review key manuscripts with focus on technologies that have led to advances. Techniques will extend from basic protein chemistry and molecular biology to crystallography, cryo EM and cryoET and imaging of tissues. In addition to reviewing manuscripts, there will be lectures from kinase experts who have contributed to the history and are continuing to drive new innovation.
FI 06/07/2022 Tu 3:00p-5:59p NSB 2303  
2022 topic: protein phosphorylation, the history of protein phosphorylation, and discussions of individual protein kinases, with focus on kinases that drive disease and are targets for drug discovery and therapeutic intervention. We will review key manuscripts with focus on technologies that have led to advances. Techniques will extend from basic protein chemistry and molecular biology to crystallography, cryo EM and cryoET and imaging of tissues. In addition to reviewing manuscripts, there will be lectures from kinase experts who have contributed to the history and are continuing to drive new innovation.

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