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9560 rockville pike, bethesda, MD 20814-3991
 

 


Novel Partners and Mechanisms in Oxygen Sensing
Sponsored by the APS Hypoxia Group

Mon. April 3 — 10:30 AM-12:30 PM
 
Chaired:

Nanduri Prabhakar, Case Western Reserve Univ.
Chris Peers
, Univ. of Leeds

It has long been known that acute and chronic episodes of hypoxia elicit short and long-term adaptive responses in many tissues of the body. However, only recently have we begun to appreciate fully the complex nature and interacting behaviour of signal transduction pathways which link environmental oxygen depletion to pertinent cellular responses in various parts of the body. Consequently, no coherent picture is available which maps the spatial and temporal progression of these adaptive responses during hypoxic regimens that mimic important cardiorespiratory diseases, such as pulmonary hypertension and congestive heart failure. For the first time, this symposium will provide a forum for public discussion of the latest data arising from the experimental interface between biochemistry and physiology. Together, these data are beginning to generate exciting new insights based on integration of novel protein partners and pathways, which are available for the generation of integrated adaptive responses hypoxic insult.
 

10:30 AM

Introduction
Nanduri R. Prabhakar
, Case Western Reserve Univ.
 

10:40 AM

Regulation of physiological responses to continuous and intermittent hypoxia by HIF-1.
G.L. Semenza,
Johns Hopkins Univ. Sch. of Med.
 

11:00 AM

Discussion
 

11:10 AM

Mitochondria and the increased ROS hypothesis of oxygen sensing.
Paul Schumacker
, Northwestern Univ. Med. Sch.
 

11:30 AM

Discussion
 

11:35 AM

AMP kinase couples hypoxic mitochondrial inhibition to calcium signaling in oxygen sensing cells.
A.M. Evans
, Univ. of St. Andrews
 

11:55 PM

Discussion
 

12:00 Noon

Functional proteomics of oxygen sensitive ion channels: in search of the oxygen sensor.
Paul Kemp
, Univ. of Cardiff
 

12:20 PM

Discussion