News

Kateryna Makova honored as Penn State's Francis R. Pentz and Helen M. Pentz Professor of Science

Huck Institutes affiliate Kateryna Makova, a professor of biology at Penn State, has been honored by the University's Eberly College of Science by being appointed the Francis R. and Helen M. Pentz Professor of Science.

New characterization of human genome mutability catalyzes biomedical research

A crucial development for personalized genomic medicine researchers at the Center for Medical Genomics elucidate intricacies of mutagenesis.

Huck Institutes seek new Associate Directors for positions in science leadership

The Huck Institutes wish to appoint a series of new Associate Directors to work with the management team and help in developing new initiatives.

Genome instability studies could change treatment for cancer and other diseases

Making steps toward the realization of personalized genomic medicine, Huck Institutes affiliates at the Center for Medical Genomics are finding and analyzing hotspots of genomic instability and mutation known as microsatellites.

Galaxy genome-analysis system now available for cloud computing

Development provides vast increases in computational power for researchers worldwide

Huck Institutes to host 2nd Annual Bioinformatics and Genomics Retreat - September 16th & 17th, 2011

Keynote speaker Dr. Richard Edward Green. Visionary talk and panel discussion. Poster sessions. Research presentations. Open to all Penn State faculty, postdocs, students, and staff. Registration is free!

Computations 19x faster with new adaptive algorithm

Researchers using a new algorithmic process for a heuristic embedding strategy they call "Adaptive GDDA-BLAST" can now see the results of their computations 19 times faster than with their previous computational method. The new method has the added benefits of detecting structural homology in highly divergent protein sequences and isolating secondary structural elements of transmembrane and ankyrin-repeat domains, with possibly wide-ranging impacts on human health and disease studies.

Ancient gene family linked to the future of epileptic seizures

A potassium-channel gene belonging to an ancient gene family more than 542 million years old is opening new avenues in epilepsy research, and may one day allow researchers to develop more effective drugs with fewer side effects for the treatment of epileptic seizures.