The Wall Lab Blog
The Wall Lab Blog
Children's Hospital Boston recently posted an article about my work on Autism Spectrum Disorder. Check it out here.
Michigan State University has been awarded a three-year, $2.1 million federal grant to serve as the data coordinating center for the largest epidemiological study ever on autism. Read more about it here.
I was recently invited to join the Faculty of 1000, Biology -- the next generation literature awareness tool. It is a revolutionary online research service that comprehensively and systematically highlights and reviews the most interesting papers published in the biological sciences, based on the recommendations of a faculty of well over 2300 selected leading researchers ("Faculty Members").
As editor in chief of Evolutionary Bioinformatics, I recently blasted out a call for papers. The call is below, and also accessible here .
The definitions of diseases, especially complex multigenic diseases, are at best blurred. The phenotypic definition of Autism, for example, overlaps with many other disorders. Understanding how diseases relate to one another will not only improve definitions, but will have great impact on our understanding of molecular pathology of disease. This will turn into practical medical application through repurposing of research, and ultimately drugs.
recently an article about me by Kelly Rae Chi appeared in The Scientist.
Kids with autism express their creativity in 3D. Follow Project Spectrum by Google.
328 genome wide association studies have been published to date according to HuGENavigator
recently CBMI's videographer, Kerry Foley, captured some righteous skating on film. Check it out.
Biomedical informatics researchers at Mayo Clinic and IBM today launched a Web site for the newly founded Open Health Natural Language Processing (NLP) Consortium. The consortium is establishing the open-source space to promote past and current development efforts, including participation in information extraction from electronic medical records.
Our lab is interested in computational approaches to understanding biological function and the genetic basis of diseases. Our work falls into three interrelated aims.