BMBDG Seminar: Jan 14 @ 3:00 pm - Dr. Pascal Bernatchez

BMBDG Seminar: Jan 14 @ 3:00 pm – Dr. Pascal Bernatchez

“Physical integrity of the plasmalemma and caveolae signaling in vascular disease and cancer,” by Dr. Pascal Bernatchez, Department of Anesthesiology, Pharmacology & Therapeutics, UBC.

January 14, 2013 @ 3:00 pm in LSC 3, 2350 Health Sciences Mall

BMBDG Seminar: Jan 24 @ 3:00 pm – Dr. Ming Zhou

“Structure and function of membrane transport proteins”, by Dr. Ming Zhou, Department of Biochemistry and Molecular Biology, Baylor College of Medicine.

January 24, 2013 @ 3:00 pm in LSC 3, 2350 Health Sciences Mall

BMBDG Seminar: Dec 18 @ 2:00 pm – Dr. Andrew Lovering

“Using Structural Biology to Decipher how Bacteria Kill Bacteria”, by Dr. Andrew Lovering, University of Birmingham.

December 18 @ 2:00 pm in LSC #3, Health Sciences Mall

BMBDG Seminar: Dec 17 @ 3:00 pm Jonathan Coleman

Jonathan Coleman presents: “P4-ATPase Structure-Function Relationships: Mechanism and Roles of ATP8A2-CDC50A in Aminophospholipid Transport, Protein Trafficking, and Visual Disorders”.
December 17, 2012 @3:00 pm. in LSC #3. 2350 Health Sciences Mall, UBC

BMBDG Seminar: Dec 10 @ 3 pm – Dr. Anna Prudova

Dr. Anna Prudova, Post-Doc, Dr. Overall Lab, University of BC
“Multiplex in vivo Degradomics: Connecting Proteases to their Functions”
December 10, 2012 @ 3:00 p.m. in LSC 3, 2350 Health Sciences Mall

Jonathan Coleman – Doctoral Exam, January 9, 2013

Wednesday, January 9th, 2013 at 9:00 a.m., Room 200
Graduate Student Centre, 6371 Crescent Road

Thesis Title: P4-ATPase Structure-Function Relationships: Mechanism and Roles of ATP8A2-CDC50A in Aminophospholipid Transport, Protein Trafficking, and Visual Disorders

BMBDG Seminar, 2012-2013 Boehringer-Ingelheim Lecture: Dr. Joseph Thornton, Dec 3 @ 3:00 pm

December 3, 2012 at 3:00 pm in LSC# 3, 2350 Health Sciences Mall
Dr. Joseph Thornton, Howard Hugh Medical Institute, Center for Ecology and Evolutionary Biology, University of Oregon
“The evolution of protein structure and function: tracing the mechanisms of evolution by resurrecting ancient proteins.”
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