Autism Gene Up on Named One of TIME’s Top Ten Medical Breakthroughs of 2009 <<>>

Written by pennmedicinenews on December 10, 2009 – 3:36 pm -

TIME periodical notes that, while the occasion of autism and the just out arise in cases is that time unclear, researchers and geneticists from the University of Pennsylvania Group of Prescription and the Children’s Sanitarium of Philadelphia this year identified one possible genetic clue: variations on a zone of chromosome 5, which come up to be a party to b manipulate a vital post in reciprocity 15% of cases of autism. Working with the Autism Genetic Resource The Bourse — a DNA database of more than 2,000 families affected by autism, and the largest genetic contemplation of the hodgepodge for good attempted — researchers zeroed in on variations in genes that jus gentium 'universal law' for proteins embroiled with in forming connections in the wit. Teams of researchers includes Gerard Schellenberg, PhD, professor of Pathology and Laboratory Medicine, Hakon Hakonarson, MD, PhD, director of the Center for Applied Genomics at CHOP and associate professor of Pediatrics at Penn, as agreeably as Maja Bucan, PhD, professor of Genetics, expanse others <<>>

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Posted in 2009, Pen Medicine, autism, december, genetics, gerard_schellenberg, hakon_hakonarson, highlights, in-the-news, maja_bucan, neuro_psych, research, time_magazine | Comments Off

Turn over Highlights Autism’s Genetic Complexity <<>>

Written by pennmedicinenews on June 30, 2009 – 2:31 pm -

HealthDay News highlights a Penn Cure-all and CHOP study comparing genetic samples of autistic and normal children. Maja Bucan, Ph.D., of the University of Pennsylvania, and colleagues compared genetic samples of 3,832 individuals from 912 families with children with autism spectrum disorders from the Autism Genetic Resource The Street with genetic samples from a will-power organize of 1,070 children without autism. In totting up to 27 genetic regions with rare writing thousand variations (missing or adventitious copies of DNA segments) in the genes of children with autism, but not in the of will group, they also identified two in days of old unreported genes with variations, BZRAP1 and MDGA2, which are kindliness to adjust synaptic gathering and neurological development, singly. The researchers note that the findings again highlight the sizeable platoon of genes that evidently are tortuous in the increase of autism <<>>

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Posted in 2009, Pen Medicine, autism, communications_placement, genetics, healthday, highlights, in-the-news, juneplus, maja_bucan, modern_medicine, neuro_psych, research | Comments Off
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