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peir.net

peir.net


Scott Isbell Mail Email this article  
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Previous | Molecular & Cellular Pathology Graduate Student Profiles | Next

UAB is an exciting setting to do research.
I have enjoyed working along side some of the
best scientists in my field.

 

My research has taken new directions through collaborations with investigators all across campus. I feel certain my training here will provide me with a solid foundation
for my future endeavors.

 





  Hometown:

Moody, AL



Undergraduate/Masters Institution:

University of Alabama at Birmingham



General Research Interests:

Free Radical/Vascular Biology


Nitric oxide (NO) is a free radical and a central mediator in vascular homeostasis. In the vasculature NO is metabolized via interactions with heme proteins or by oxidation reactions to nitrite and ultimately nitrate. These reactions were long thought to terminate the biological activity of NO. However, current data suggest that during states of hypoxia nitrite serves as a pool of NO.


 

My research is focused on elucidating mechanisms by which red blood cells, specifically hemoglobin, reduce nitrite to NO during physiological and pathological states of hypoxia.

 


This mechanism of nitrite bioconversion is proposed to contribute to the regulation of hypoxic vasodilatation and may possess therapeutic potential by modulating ischemia-reperfusion injury.


Previous | Molecular & Cellular Pathology Graduate Student Profiles | Next




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