Fragile X syndrome is a commonly inherited form of autism with no treatment. But a team of researchers from the University of Illinois has discovered a novel receptor function that may be used in a therapeutic approach to treatment.
https://t.co/Ad8ZEc5GOL
"Turning a page sounds like a bomb going off. Music sounds like a ice pick to the eardrum; a siren is like a rocket being launched." Read more about the cruel reality of pain #hyperacusis in the Daily Mail: https://t.co/0KO8fkASQ3
The Auerbach Lab is examining how different genes associated with autism spectrum disorders may similarly impact our brain’s neurons, resulting in heightened sensitivity to sounds.
Their work is supported by a $2 million R01 grant from the @NIH▶️https://t.co/V35LsMmECx
Learn more about the @LlanoLaboratory and Schantz Lab's research into how fetal exposure to PCBs affects hearing health later in life. Their findings are now out in @SfNJournals.
Gail Pollard, the mother of Bryan Pollard (the founder of Hyperacusis Research), has started a fundraiser for Hyperacusis Research in his memory.
We encourage everyone to donate to support more research on pain hyperacusis. Thank you! 🙏
https://t.co/WVdaZY0Wm3
If you are a parent of a child 2-11yr old with hyperacusis (sensitivity to sound) researchers @UoNHearSci need your help to:
-discuss your child’s experiences
-test a questionnaire
Blog: https://t.co/vgqqAIONoB
Info: https://t.co/bUtmsKLbbA
Email: [email protected]
Big congrats to our fantastic undergrad researcher Liz Soellner on her Beckman fellowship! Liz will be looking at audiogenic seizure susceptibility in a rat model of Fragile X Syndrome over the summer, excited to see what she finds!
Congratulations to the 12 #ILLINOIS students who received Beckman Institute fellowships and awards this spring! 👏🥳
The awards will fund #interdisciplinary summer research projects ▶️ https://t.co/qiq3tRkbvW
Winners' names in the thread.👇
Read David's story in the @HearingHealthFn's magazine. #hyperacusis#tinnitus. David had to give up the life he loved because of severe noise-induced pain. https://t.co/e6cLdMQx15
It's not too late to test your hearing against our rats @BeckmanInst open house today from 9am-4pm. The rats are in the lead but we humans can still make a comeback! #BIOH23
We have a fantastic line up of speakers for our #ARO2023 symposium tomorrow morning (8-10am) discussing recent advances in hyperacusis research and advocacy efforts from @HyperacusisCure. Come check it out!
After 20 years of neuroscience research at MIT, what have we learned? We’ve compiled highlights from 39 areas of inquiry and discovery in our labs here at The Picower Institute. Take a look! https://t.co/BLRB0BQXIT #neuroscience#brains
Excited to share this new collaborative review paper from @AuerbachLab and Gritton lab on bottom-up/top-down adaptions for listening in complex environments and the effects of hearing loss:
https://t.co/Altu2sIzPX
@BeckmanInst @MCB_Illinois@VetMedIllinois
Check out this new review on hyperexcitability and homeostasis in Fragile X Syndrome from our lab @MCB_Illinois @BeckmanInst in collaboration with @TsaiNien and @vipendra89!
https://t.co/wRTXa0X9s3
New research from the Chung lab & collaborators found that mice with a genetic mutation associated w/ epileptic encephalopathy exhibit not only the seizure & behavioral symptoms of the disorder, but also neural degeneration and inflammation in the brain.
https://t.co/G8iXOTqPKw
Lab Manager/Research Technician in Sensory Systems Neuroscience Lab with @AuerbachLab@MCB_Illinois, University of Illinois at Urbana-Champaign, USA
https://t.co/fzoa37jAHc
#ScienceJobs @BeckmanInst
1. Cortical sensory processing is multimodal: visual cortex responds to auditory stimuli, auditory cortex to somatosensory stimuli, and so on. Is there a difference in how cortical populations encode their primary modality vs. other modalities? https://t.co/tVZla7e5au
On a somewhat related note...we are hiring! The Auerbach Lab @MCB_Illinois @BeckmanInst has an opening for a full-time research technician available immediately. Come join us and study auditory perception in rodent models of autism and hearing disorders.