X. Chris Le, University of Alberta
Chemistry
Medicine and Pathology
Professor
Edmonton, Alberta
xc.le@ualberta.ca
Office:
(780) 492-6416
Expert In
Bio/Research
RESEARCH INVOLVES
Developing new technologies to study trace levels of arsenic and DNA damage as well as the effects of environment factors on DNA repair.
RESEARCH RELEVANCE
The research is helping us to understand more fully how arsenic causes toxic affects and how it...
Click to Expand >>
Developing new technologies to study trace levels of arsenic and DNA damage as well as the effects of environment factors on DNA repair.
RESEARCH RELEVANCE
The research is helping us to understand more fully how arsenic causes toxic affects and how it...
Click to Expand >>
Bio/Research
RESEARCH INVOLVES
Developing new technologies to study trace levels of arsenic and DNA damage as well as the effects of environment factors on DNA repair.
RESEARCH RELEVANCE
The research is helping us to understand more fully how arsenic causes toxic affects and how it is involved in the development of cancer; it also is leading to a more reliable assessment of human exposure to arsenic from water and food ingestion.
Click to Shrink <<
Developing new technologies to study trace levels of arsenic and DNA damage as well as the effects of environment factors on DNA repair.
RESEARCH RELEVANCE
The research is helping us to understand more fully how arsenic causes toxic affects and how it is involved in the development of cancer; it also is leading to a more reliable assessment of human exposure to arsenic from water and food ingestion.
Click to Shrink <<