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Seminars in Molecular Pathology
PATH225/BIOM277
Units: 2
Quarter: Winter
Location: Leichtag 3A05
Time: Thursdays, Noon-1:30Seminars in Molecular Pathology is a weekly luncheon series (lunch provided) where Molecular Pathology Graduate Program faculty unaffiliated with other BMS tracks present 15-20 minute overviews of their research to first year students. Discussion follows each presentation. The Winter Quarter 2011 research schedule is listed below.
Course organizer: Dr. Richard Klemke (rklemke@ucsd.edu)
Contact: Kathleen Kazules (kkazules@ucsd.edu)
Date
Time
Title
Lecturer
1/6
12:00 Noon
Seminars in Molecular Pathology
Introduction
1/6
12:30
Regulation of cell migration and cancer progression
1/6
12:30
Epidermal Growth Factor Receptor (EGFR) acts as a tumor suppressor and not as an oncogene in colorectal cancer with microsatellite instability
1/13
12:00 Noon
Diabetic Neuropathy
1/13
1:00
Closing the door to HIV infection and regulation of myeloid development
1/13
1:00
Signaling by Proteolysis
1/20
12:00 Noon
Signaling pathways regulating B lymphocyte growth and transformation
1/20
12:00 Noon
The Structural Organization of The Actin Cytoskeleton at The Lamella
1/20
12:00
Discovering Cardiac Disease Genes in Drosophila
1/27
12:00 Noon
Mouse breast cancer stem cells
1/27
1:00
Roles of carbohydrates in H. pylori-induced inflammation.
1/27
12:30
Human Disorders of Protein Glycosylation
2/3
12:00
2/3
12:30
Cross talk between the cell migration and cell survival machinery
2/10
12:00 Noon
Protease Receptors in Cell-signaling
2/10
12:30
Giardia: why you hate it and we love it
2/10
1:00
trophoblast stem cells and placental
development2/17
12:30
The role of Src and its substrates in invasive cell movements
2/17
12:30 Noon
Stem Cells, Diabetes, Obesity
2/17
12:30
Integrin signaling in development and disease
2/24
12:00 Noon
MicroRNA-132 mediated loss of p120RasGAP activates quiescent endothelium to facilitate pathological angiogenesis
2/24
12:30
2/24
12:30
Human pancreatic endocrine stem/progenitor cells
PDF 1
PDF 23/3
12:30
Redox Modulation by S-Nitrosylation Controls Protein Misfolding, Mitochondrial Fragmentation, and Synaptic Damage in Neurodegenerative Diseases
3/3
1:00
Chemical biology and drug discovery in academia
3/3
1:00
Stem Cells: Developmental Programs & Cross-Talk
3/10
12:30
Apoptosis and Proteolytic Pathways
3/10
1:00
Hypoxia and cancer stem cells
3/10
12:00 Noon
3/4
1:00
Broad-spectrum approaches to treating acute
infectious diseases3/11
12:00 Noon
Eph Receptor Signal Transduction in Neurobiology and Cancer
2/4
12:30
Leukemia oncogenes that disrupt myeloid differentiation and establish the leukemic stem cell phenotype
2/4
1:00 Asymmetric Cell Division and the Diversification of T Cell Fates for Immunity
©2008 UCSD/Burnham Molecular Pathology Graduate Program