Mary E. Edgerton, a pathologist performing cancer research at MD Anderson and a long-term client, says “I have been using Metacore for many years in
my research into pathways and networks that control aggressive behavior in cancers. I am currently using it to infer networks from analysis of gene
expression array data for pathways in lung, brain, and breast cancer. I also use the curated pathways to formulate mathematical models of molecular networks
that predict tumor behavior using multiscale modeling. Not only do I find the product to be very useful, but I also appreciate the responsiveness of the
staff at Genego to my technical questions and suggestions.”
( Stem Cells Dev. 2011 Oct 19 )
The molecular events leading to human embryonic stem cell (hESC) differentiation are the subject of considerable scrutiny. Here, we characterize an in vitro model that permits analysis of the earliest ...
( Haematologica. 2009 April; 94(4): 528–535 )
Background Matching for HLA genes located on chromosome 6 is required in hematopoietic stem cell transplantation to reduce the incidence of graft-versus-host disease. However, a considerable proportion of patients still ...
Mary E. Edgerton, a pathologist performing cancer research at MD Anderson and a long-term client, says “I have been using Metacore for many years in my research into pathways and networks that control aggressive behavior in cancers. I am currently using it to infer networks from analysis of gene expression array data for pathways in lung, brain, and breast cancer. I also use the curated pathways to formulate mathematical models of molecular networks that predict tumor behavior using multiscale modeling. Not only do I find the product to be very useful, but I also appreciate the responsiveness of the staff at Genego to my technical questions and suggestions.”