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UT Arlington Research May Unlock Enzyme's Role in Disease

Published: January 3, 2014.
By University of Texas at Arlington
http://www.uta.edu

Summary

A UT Arlington chemist doing National Science Foundation-funded research on enzymes that regulate human biology has uncovered characteristics that could be used to identify predisposition to conditions such as heart disease, diabetic ulcers and some types of cancer. Enzymes are proteins that act as catalysts to enable metabolic functions, but under some circumstances these oxygen-dependent enzymes can also produce highly toxic side products called reactive oxygen species or ROS.

Pierce believes the findings from the CDO enzyme could be applied to other oxygen-dependent enzymes, which make up about 20 percent of the enzymes in the human body.


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Keywords

Ros, Pierce, Sphere, Site, Science, Human, Findings, Enzymes, Enzyme, Disease, Coordination, Arlington, Active, …

Cluster Centroids (Superclass Keywords)

Enzymes, Csic, Niger, Narcy, Glycans, Bifidobacteria, Ros, Pierce, Citric, D-Galacturonate, Gar1, Lga1, Polymode, Hydrocolloids, Chickens, Heterologous, Organism, Sphere, Project, Subtilis, Digestive, Glycoproteins, Gld1, Lgd1, Enzyme, Mills, Carboniferous, Biocatalysts, Inra, Reesei, Bulgarian, Production, Arlington, Proventriculus, Noirot, Jouy-En-Josas, France, Cellular, Milk, Coal, Gizzard, Active, Baker, Genes, Acid, …

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