CVSUoR
@CvsUor
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The Center for Visual Science (CVS) is an interdepartmental program that brings together vision scientists at the University of Rochester.
Rochester, NY
Joined February 2021
OUT NOW in Current Biology: Non-uniform signal pooling across the foveola. https://t.co/LVSvgy675R
#URochesterResearch @aplabUR @UoR_BrainCogSci
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New research from @FiebelkornIan shows that brief high-frequency brain bursts help distant areas communicate during attention. Their strength predicts accuracy, forming cue and target networks that guide fast, flexible behavior. https://t.co/BMu84KBUdx
#URochesterResearch
nature.com
Nature Neuroscience - Using intracranial electroencephalography from patients with epilepsy during spatial attention tasks, this study shows that high-frequency bursts facilitate fast...
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New paper from Alex Levin: Glaucoma Management in Sturge-Weber Syndrome Using the Delphi Process, published in Ophthalmology Glaucoma. https://t.co/OX7pbOTbmg
#URochesterResearch @FlaumEye
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@HuxlinLab 2of2) However, TMS also triggered area-specific topological adaptations, which were interpreted to reflect differential network resilience to focal disruption of early visual areas versus MT. https://t.co/ClsSwYJuq1
#URochesterResearch @FlaumEye
physoc.onlinelibrary.wiley.com
Abstract figure legend Differential behavioural and network effects of transcranial magnetic stimulation applied to the early visual areas compared to the motion-sensitive medio-temporal cortex....
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1of2) New research from @HuxlinLab in J. Physiology shows that TMS to early visual cortex and area MT increased BOLD signal strength in these regions and disrupted motion direction judgments...
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Leveraging neuroscience, optics, and healthcare, URochester researchers are at the forefront of understanding vision loss and restoring eyesight. https://t.co/38LOBD4ljP
#URochesterResearch @FlaumEye
rochester.edu
URochester researchers are at the forefront of addressing vision loss while discovering how our visual system works.
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NEW from @DrSMSilverstein Complex PTSD among persons with serious mental illness receiving community mental health services. https://t.co/Qo1No9mdrN
#URochesterResearch @urmc_psych
tandfonline.com
Complex PTSD (CPTSD) is often associated with prolonged or repeated trauma exposure and the experience of intimate partner and childhood abuse. CPTSD includes the criteria for PTSD (re-experiencing...
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OUT NOW from @DrSMSilverstein Changes in the visual system can help detect and treat psychosis earlier. Eye and brain vision tests are low-cost tools that may guide diagnosis, track treatment, and improve care. https://t.co/GOTQfbkej2
#URochesterResearch @urmc_psych
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#cvstoday December 3 at 1:30pm, Kresge Room, 269 Meliora Hall BCS Thesis Defense: Howard Li, Graduate Student (Advisor: Michele Rucci) Encoding of visual space via eye movements https://t.co/1BiO7vrpjU
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@HuxlinLab 2of2) When paired with visual motion training, this new method boosted visual recovery and expanded the usable field of view. https://t.co/mv94DDWfCd
#URochesterResearch @FlaumEye
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1of2) OUT NOW from @HuxlinLab A new non-invasive, visual pathway-specific, brain stimulation method was found to enhance restoration of visual motion perception in occipital stroke patients.
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Welcome Barry Silverstein to @UofR @ur_engineering Anticipating great synergy between #ARVR Center & @cvsuor; with several @UoR_BrainCogSci @URNeuroscience @RochesterOptics faculty in the leadership; https://t.co/Q53cm1wHVK
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New paper from @DrSMSilverstein in Schizophrenia: Spontaneous head movements during virtual clinical interviews help predict 12-months clinical outcomes in youth at clinical high risk for psychosis. https://t.co/Z7CiGIR9Pi
#URochesterResearch @urmc_psych
nature.com
Schizophrenia - Spontaneous head movements during virtual clinical interviews help predict 12-months clinical outcomes in youth at clinical high risk for psychosis
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NEW from Jannick Rolland in BOE: Nonlinear optical microscopy with an obscuration-free, freeform reflective objective. https://t.co/ySjxBfJYcF
#URochesterResearch @FreeformOptics @RochesterOptics @UofRBME
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OUT NOW from Rachel Wozniak: Combination Therapy of Cefiderocol and Polymyxin B Against Pseudomonas aeruginosa Keratitis Isolates In Vitro. https://t.co/AbZNaio0Ua
#URochesterResearch @FlaumEye
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@ZVR_BSJ contributed to a paper in Biological Psychiatry: Cognitive Neuroscience and Neuroimaging: Volumetric Differences of Thalamic Nuclei are Associated with Post-Trauma Psychopathology. #URochesterResearch @URNeuroscience
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NEW research from @JohnnyFoxe shows that CLN3 disease causes vision, language, & thinking loss. In mouse studies, brain responses differed by sex and age, showing MMN as a useful marker to track Batten disease progress. https://t.co/ttNwRiFbop
#URochesterResearch @URNeuroscience
link.springer.com
Journal of Neurodevelopmental Disorders - CLN3 disease, also known as juvenile Batten disease, is a recessively inherited neurodevelopmental disorder caused by mutations in the CLN3 gene. It...
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NEW research from Alex Levin: Noonan syndrome, often caused by pathogenic variants in the PTPN11 gene, may be associated with anomalous large optic nerve cups that may be mistaken for glaucoma. https://t.co/qC9M8J5IYU
#URochesterResearch @FlaumEye
journals.lww.com
ue to pathogenic variants in PTPN11. Optic nerve anomalies, including an enlarged cup/disc ratio, are a feature of Noonan syndrome due to pathogenic variants in PTPN11. This optic nerve anomaly could...
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#cvstoday November 13, 10:00-11:15 am CVS Core Open House You are invited to meet the CVS engineering team, tour the workshop, and see some examples of what the CVS core engineers could create for you! RSVP required, see: https://t.co/1BiO7vrpjU
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#cvstoday November 12 at 12pm, Kresge Room, 269 Meliora Hall BCS Thesis Defense: Shizhao Liu, Grad Student (Advisors: Adam Snyder and Ralf Haefner) Task-relevant feedback modulation on sensory neural response in macaque V4 https://t.co/1BiO7vrpjU
@haefnerlab @UoR_BrainCogSci
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