Search All Sites
RSS Feed
Print this page
Bookmark
PDF
Complex human diseases are often due to multiple disease genes with variable age of onset,...
One important problem in genomic research is to identify genomic features such as gene expression...
New high-throughput technologies are generating various types of high-dimensional genomic and proteomic data and meta-data...
Mapping genes for complex human diseases is a challenging problem due to the fact that...
High-throughout genomic data provide an opportunity for identifying pathways and genes that are related to...
Large-scale microarray gene expression data provide the possibility of constructing genetic networks or biological pathways....
Link
Time course studies of gene expression are essential in biomedical research to understand biological phenomena...
An important application of microarray technology is to predict various clinical phenotypes based on the...
An important application of microarray technology is to relate gene expression profiles to various clinical...
Recent research has shown that gene expression profiles can potentially be used for predicting phenotypes...
Admixture mapping is potentially a powerful method for mapping genes for complex human diseases, when...
The additive genetic gamma frailty model has been proposed for genetic linkage analysis for complex...