"We hope this study will ultimately contribute toward a better understanding of the genetics of complex traits and diseases," said Ana Inés Vázquez, PhD, lead author of the study from UAB's Department of Biostatistics. "Such an understanding is essential for the development of methods that can be used for early and improved prediction of genetic predisposition to diseases."
To make this discovery, the scientists used phenotypic and genetic information from more than 5,000 familial participants in the Framingham Heart Study to develop various models for assessing skin cancer risk. The researchers' most basic risk evaluation model included standard risk factors such as sex. Additional predictive models were developed by adding information on family history, ethnicity, and data from 41,000 genetic markers across the human genome. The predictive power of each model was evaluated, with the best prediction accuracy obtained from models that include all predictive risk factors -- those standard risk factors plus family history, ethnicity and genetic markers.
"Although there is no doubt that sun exposure increases your risk for skin cancer," said Mark Johnston, Editor-in-Chief of the journal Genetics, "it isn't clear how much of a risk it poses to each individual. This new model for assessing risk should prove useful to health care providers and public health officials, who play a crucial role in educating people about preventing skin cancer."
CITATION: Ana I. Vazquez, Gustavo de los Campos, Yann C. Klimentidis, Guilherme J. M. Rosa, Daniel Gianola, Nengjun Yi, and David B. Allison
A Comprehensive Genetic Approach for Improving Prediction of Skin Cancer Risk in Humans Genetics December 2012 192:1493-1502
FUNDING: The authors acknowledge NIH grants R01GM077490, R01GM099992, R01GM101219 the Kraft grant, as well as the Wisconsin Agriculture Experiment Station for their financial support.
Genetics Society of America
Source: EurekAlert!, the online, global news service operated by AAAS, the science society
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