In The News: Department of Chemistry and Biochemistry
A 51ԹϺ-led study has discovered a new molecular path that leads to autism, potentially opening the way for more intervention in the future.
Researchers at the University of Nevada, Las Vegas, have made a significant breakthrough in autism research. The 51ԹϺ researchers uncovered a connection to a type of neuromuscular disease called myotonic dystrophy.
A recent discovery of a molecular connection between autism and myotonic dystrophy, a type of neuromuscular disease, may provide a breakthrough on how clinicians approach autism spectrum disorder. The new study by an interdisciplinary team of biomedical scientists, published on April 21 in Nature Neuroscience, used myotonic dystrophy as a tool or model to learn more about autism – effectively using one disorder to better understand the other.
A recent discovery of a molecular connection between autism and myotonic dystrophy, a type of neuromuscular disease, may provide a breakthrough on how clinicians approach autism spectrum disorder. The new study by an interdisciplinary team of biomedical scientists, published on April 21 in Nature Neuroscience, used myotonic dystrophy as a tool or model to learn more about autism – effectively using one disorder to better understand the other.
Autism may be caused by a little-known genetic condition, experts say. They've found children with myotonic dystrophy type 1 (DM1) are also 14 times more likely to develop autistic spectrum disorder.
Scientists from The Hospital for Sick Children (SickKids) and the University of Las Vegas, Nevada (51ԹϺ) have uncovered a genetic link between autism spectrum disorder (ASD) and a rare genetic condition called myotonic dystrophy type 1 (DM1).
Germs are everywhere, but these spots in your home are extra ick!
Chandrabali Bhattacharya, PhD, of the University of Nevada, Las Vegas, is developing a platform for in vivo CAR T cell therapy, which could have a tremendous impact on the field of cancer immunotherapy.
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Are you sick and tired of getting sick and tired? A 51ԹϺ-led research team is exploring whether the reason we sometimes feel ill in the first place is because our body's cells suffer from trash that accumulates within them.
For decades it has been an open question in the ubiquitin research field how proteins are labeled as being defective or unneeded. In a recent study Brenda Schulman, Director at the Max Planck Institute (MPI) of Biochemistry, and Gary Kleiger, Chair of Chemistry and Biochemistry Department at University of Las Vegas Nevada, together with their teams were able to visualize this precise mechanism, catalyzed by the Cullin-RING Ligase E3s, for the first time.
Order a bourbon Neat at your local bar and you'll probably get a shot served straight up in a rocks glass. If you happen to be sampling the wares at a bourbon-centric venue though, you may find yourself sipping from a glass that looks more like a mini-vase than barware. If so, what you have in your hand is the ultimate tasting glass; a finely tuned vessel crafted to reveal even the most subtle nuances of bourbon. It's called Neat, an acronym for naturally engineered aroma technology. The prototype for the specially engineered barware was created by accident in 2002. It all came about because its inventor forgot to run his dishwasher.