Understanding Arsenic's Impact on Genes and Diseases
Author Information
Author(s): Davis Allan P, Murphy Cynthia G, Rosenstein Michael C, Wiegers Thomas C, Mattingly Carolyn J
Primary Institution: The Mount Desert Island Biological Laboratory
Hypothesis
How do arsenic compounds interact with genes and influence disease mechanisms?
Conclusion
The study reveals that arsenic exposure affects numerous genes and is associated with a wide range of diseases.
Supporting Evidence
- CTD contains curated data from the published literature describing 2,738 molecular interactions between 21 different arsenic compounds and 1,456 genes and proteins.
- Analysis of these genes and proteins provides insight into biological functions and molecular networks affected by arsenic exposure.
- The study identified 516 diseases associated with arsenic exposure through curated gene interactions.
Takeaway
Arsenic can change how our genes work, which might make us sick in different ways.
Methodology
Data was curated from literature to analyze interactions between arsenic compounds and genes, focusing on molecular interactions and disease associations.
Potential Biases
Potential for contradictory data due to differences in experimental conclusions from various studies.
Limitations
The study may not cover all references describing arsenic-gene interactions and relies on curated data which may reflect differences in experimental details.
Participant Demographics
The study references data from various species and human populations exposed to arsenic.
Statistical Information
P-Value
<0.0001
Statistical Significance
p<0.0001
Digital Object Identifier (DOI)
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