Courses Offered at Fred Hutch

Graduate Students

Courses Offered at Fred Hutch

Winter 2019

Conj 544
Protein Structure, Modification and Regulation  (1.5 Credits)
Weeks 1 - 5, January 8th - February 7th, 2019

Location: Fred Hutch Campus, Weintraub Bldg., Rm. B1-072/074
Meeting Time: Tues & Thurs, 3:20 to 4:40
Instructor: Barry Stoddard, PhD (Fred Hutch/UW Biochemistry Affiliate)

We will provide an overview of the general principles of protein structure, with a focus on modern methods used to determine and analyze protein structures. 

The goal of the course is to provide the non-specializing scientist the knowledge to critically read and understand protein structure papers from the primary literature, and to incorporate a structural molecular biology perspective into their own research. 

Background and Prerequisites: The course will assume a knowledge base equivalent to an advanced undergraduate biochemistry course, at the level of Stryer Biochemistry or Alberts Molecular Biology of the Cell. 

For more information contact Barry Stoddard

For registration add codes contact: Laura Masserman

Conj 544 Course Description

 

MCB 515
Molecular and Cellular Biology Literature Review  (2.0 Credits)
Weeks 1 - 10, January 8th - March 13th, 2019

Location: Fred Hutch Campus, Weintraub Bldg., Rm. B1-072/074
Meeting Time: Wednesdays, 4:00 to 5:00
Instructors: Nina Salama, PhD (Fred Hutch/UW Microbiology Affiliate),                                                                                Rich Gardner, PhD (UW Associate Professor, Pharmacology)

The purpose of Lit Review is to provide a venue for the first year MCB class to come together once a week to focus on the primary literature surrounding a particular topic. The major emphasis of the sessions is to understand how the hypotheses of the paper are derived and then tested. An additional purpose of Lit Review is to give students practice leading a discussion section.

The class will collaborate on the discussion and analysis of scientific questions in molecular and cellular biology and learn how to evaluate a range of topics that span the interests of the group.

There will be 6 themes/topics this year: (1) role of epigenetic mechanisms in adaptation, development or cancer; (2) evolution of immunity; (3) stem cells and regeneration, or cancer stem cells; (4) non-coding RNAs; (5) translational regulation/protein lifecycle/new methods for analyzing protein expression and translation; and (6) CRISPR technology and applications. Each theme will be introduced by a faculty member who will lead a discussion of a paper. Subsequent papers will be chosen by 1st Yr MCB students who will also lead the discussion in the following sessions on that topic.

For more information contact Laura Masserman

MCB 515 Course Description

Please check the UW Time Schedule regularly for course availability and updates.