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Faculty-Mentored Journal Clubs in Biological Chemistry and Cell Regulation

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Purpose:

Journal Clubs are run jointly with the Cell Regulation Graduate Program to provide students with exposure to a broad spectrum of cellular and biochemical research.

Six to seven journal clubs are offered each semester on a diverse set of topics that change each semester and year.  Each journal club is run by two to three faculty members who select a group of papers on a specific subject of their choice.  Students chose which journal club they participate in each semester from among the topics offered.  Papers are presented by students, while faculty mentors assist in facilitating discussion amongst the audience.

Time and Date:

1 hour per week.  Times, locations and topics vary.  See below or contact Program Office for schedule.

Expectations:

All track students are required to actively participate in a Journal Club each semester that they are in the program.  More than 3 absences (for any reason) in any given semester, or failure to suitably participate, will result in a grade of Unsatisfactory for this component of training.

Spring 2009 Biochemistry/Cell Regulation Journal Clubs



 

Current Topics in Pharmacology
Tuesdays; 8:30-9:30; ND7.218

David Mangelsdorf / Rama Ranganathan  /
Ryan Potts   

This is a hot topics journal club where students will present papers relevant to the broad area of pharmacology that may come from many different disciplines. Each week a student will have the opportunity to pick a relevant high impact paper from the laboratory of one of the many seminar speakers that will be visiting our campus and presenting a seminar that same week (this includes speakers for ULS and all basic science departments). One to two weeks before class, each presenting student will submit a paper to the organizers for approval. The class is lively and spirited and all students are called upon to speak in class and give their opinion of the paper presented.


Post-transcription Gene Regulation
Thurdays; 9:00-10:00; NB7.606

Kristen Lynch / Nick Conrad   

In recent years there is a growing awareness of the breadth and significance of mechanisms of gene regulation that occur after transcription initiation particularly in higher eukaryotes.  This journal club will cover many of these new areas of active research including:  alternative splicing, editing, 3' end processing, nuclear localization, mRNA stability, and translational control.


Metabolic Control of Biological Processes
Tuesdays; 10:00-11:00; L4.162
Ben Tu / Steve McKnight   

 

Ever since the "post-genomic era", biological researchers have often over looked the importance of cellular metabolism in the regulation of fundamental biological processes.  This journal club will focus on the concept that many cellular events and decisions will be intimately linked to metabolic cues or the metabolic state of a cell.  We will cover a variety of topics and include selections from both the classic and current literature.


Cutting-Edge Techniques and Methods for Biological Research
Tuesdays; 9:30-10:30 a.m.; K3.222

Wen-Hong Li / Jennifer Kohler   


This journal club will focus on the development and application of several cutting-edge technologies. An astounding potential exists for these methods to bring enormous change in biomedical research and to enhance our fundamental biological knowledge.

Topics which we plan to discuss include: Innovative new probes for cell imaging in vivo; High resolution biological microscopy beyond light diffraction limit; Next generation sequencing technologies, deep sequencing and transcriptomes; Microfluidics; Protein labeling & proteomics, protein-protein & global genetic interactions.


Subcellular Localization of Signaling
Wednesdays; Noon-1 p.m.; NB10.606

Kate Luby-Phelps / Christoph Wuelfing   

Signaling intermediates are not evenly distributed through the cytoplasm of a cell. Rather they accumulate at varying locations at different times. In this journal club we will explore how these variations in the subcellular concentrations of signaling intermediates as a function of time and space regulate cellular signaling and function. One emphasis will be how signaling is affected at the small systems scale.


Stem Cells and Regenerative Medicine
Thursdays; 9-10 a.m.;  ND8.218
Tom Wilkie    

The journal club will focus on recent papers using stem cells in regenerative medicine, manipulation of signaling pathways to achieve lineage specificity, and challenges to stem cell models. Topics include the use of embryonic stem cells and fetal or adult progenitor cells of the hematopoietic, endocrine pancreas and neural lineages.


 
   
   
Return to Biological Chemistry Graduate Program or Cell Regulation Graduate Program