February 9, 2010


  News

>> New Graduate Policies Effective Winter 2010

>> Madeline Lancaster, graduate student in UCSD’s Biomedical Sciences Graduate Program, recently received one of two $20,000 grants from the Bear Necessities Pediatric Cancer Foundation at the 4th annual “Cracking the Code with the Bear” Research Symposium.

>> Madeline Lancaster, graduate student in UCSD’s Biomedical Sciences Graduate Program, recently received one of two $20,000 grants from the Bear Necessities Pediatric Cancer Foundation at the 4th annual “Cracking the Code with the Bear” Research Symposium.

>> Professor Roger Tsien of Biomedical Sciences awarded Nobel Prize in Chemistry

>> Kolodner honored with Landon-AACR Prize for Basic Cancer Research

>> Three more at UC San Diego receive California stem cell grants

>> Karin lab uncovers key role of inflammation in prostate cancer metastasis

>> UCSD’s Ajit Varki to receive glycobiology’s highest international honor

>> Goldstein Lab debates on NBC News

>> Seven at UCSD receive California stem cell grants

>> Desai lab solves two central mysteries of genome inheritance

>> Bourne and SDSC Colleagues Establish Connection Between Life Today and Ancient Changes in Ocean Chemistry


From UCSD SOM

>> UCSD School of Medicine ranks second in nation for faculty-member funding

>> Cavenee wins National Foundation for Cancer Research prize

>> Cleveland lab identifies new drug targets for cancer

>> Kelsoe to lead bipolar disorder association study


Annual BMS Newsletter


 

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Photo of Theodore Friedmann

Theodore Friedmann
Professor of Pediatrics
M.D., University of Pennsylvania
Research Interests:

The overriding interest of my laboratory is gene therapy. We are continuing our interest in the assembly and in vivo targeting of viral vectors and non-viral nanoparticle vectors. We are applying these gene transfer methods as well as microarray-based transcriptional profiling and proteomic techniques to the study of a neuro-degenerative and developmental CNS disorder. We are also using microarray and proteomic methods to characterize the developmental pathways in human embryonic stem cells that produce classes of neurons, especially dopaminergic neurons. My laboratory is also using transcriptional and proteomic techniques to examine the mechanisms of action of muscle growth factors and anabolic steroids, both in vitro and in vivo.
Focus Area: Cancer Biology

Track(s):
Genetics
Microbiology/Immunology

BMS Focus Areas:
Cancer Biology

Publications:
From PubMed
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