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Agricultural Research Service United States Department of Agriculture
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Kip Panter, Research Leader
James Pfister
Daniel Cook
T. Zane Davis
Dale Gardner
Benedict Green
Stephen Lee
Michael Ralphs
Bryan Stegelmeier
Kevin Welch
Contact Information
Research Projects
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Kevin Welch

Res Toxclgst


 

 

 

 

Poisonous Plant Research Lab

1150 E 1400 N

N Logan, UT 84341

(435)752-2941

 

  

 

 

 

 

 

Education

      Post-Doc Fellowship         2002-2005       Molecular and Cellular Toxicology Section                                                                         National Heart Lung and Blood Institute                                                                        National Institutes of Health

      PhD                                   2002               Toxicology, Chemistry & Biochemistry;

                                                                       Utah State University

      BS                                     1997               Environmental Biology, Biology;                                                                        Utah State University

 

 

     

        Cylcops lamb exposed to  Veratrum californicum in utero

Veratrum californicum

  Delphinium barbeyi

  Oxytropis sericea

 

 

Research Interests

 

To evaluate the toxicity of plant toxins in livestock, describe the toxicokinetics of plant toxins, characterize the molecular alterations due to plant toxins, identify diagnostic biomarkers of intoxication, including the degree and duration of intoxication, and develop methods to predict a prognosis for recovery.

 

Significant Accomplishments

 

  •  The toxicokinetic profiles of several toxic plant alkaloids were characterized.
  • A rodent model to study animal to animal variation in the susceptibility to larkspur toxicosis was developed and partially characterized.
  • Characterized the role of the less toxic, but often times more abundant, MDL-type alkaloids on the toxicity of larkspur plants.
  • The craniofacial deformities induced by Veratrum californicum were better described, the window of susceptibility to synophthalmia formation was more closely defined and cyclopamine toxicokinetics in sheep were characterized.

     
Last Modified: 05/05/2010
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