
SchallekLab
@schalleklab
At the junction of optics, neuroscience, ophthalmology and bioengineering.
ID: 1134106465399181312
http://aria.cvs.rochester.edu/our_work/blood_flow.html 30-05-2019 14:37:06
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#HappyHalloween from CVSUoR collaborate with us... it is your destiny... SchallekLab Flaum Eye Institute University of Rochester - Biomedical Engineering Del Monte Institute for Neuroscience Institute of Optics URochester SMD


Always a proud day when receiving the printed copy of the PhD thesis from a trainee. Guanping Feng (University of Rochester - Biomedical Engineering) is the third PhD awardee from the SchallekLab, now at Johns Hopkins University with Ji Yi


An honor to visit Archived Colin Chu Lab at the incomparable UCL Institute of Ophthalmology and NIHR Moorfields BRC. Dialing in the final pieces of an adaptive optics camera installed in #london. Great collaboration between countries & institutions CVSUoR Flaum Eye Institute URochester SMD and UCL Institute of Ophthalmology UCL Retinal Phenotyping


A treat to have Austin Roorda visit University of Rochester CVSUoR for the Boynton Lecture series. As always, a master in conveying complicated ideas in a simple and insightful way. Full house, standing room only Flaum Eye Institute University of Rochester - Biomedical Engineering Del Monte Institute for Neuroscience


Fei Shang & Jesse Schallek SchallekLab characterization the retinal circulation of the mouse. doi.org/10.1167/iovs.6…

Neurons of the retina are fed by a network of vessels. Here all capillaries of a tiny volume are traced and measured revealing density, width, branch structure and depth. Flaum Eye Institute Del Monte Institute for Neuroscience CVSUoR ARVO doi.org/10.1167/iovs.6…

Some pretty awesome ornaments on the CVSUoR holiday tree ALPAO SAS Flaum Eye Institute Del Monte Institute for Neuroscience University of Rochester - Biomedical Engineering



Researcher Spotlight! Meet Matthew Cavanaugh, Ph.D., a Research Assistant Professor in the Huxlin Lab! His work focuses on cortical visual impairment in kids, stroke-induced blindness, visual assessments, & vision restoration therapies. #visionscience #research


Tiny immune cells constantly survey your brain. These ones are called microglia and we image them in the retina. Flaum Eye Institute CVSUoR Del Monte Institute for Neuroscience RPB funding


Our lab is building a camera that measures the speed of millions of blood cells/second in the eye. It uses invisible far red-shifted light. Goal: evaluate health through the clarity of the eye elifesciences.org/articles/45077 Del Monte Institute for Neuroscience Flaum Eye Institute URochester SMD CVSUoR University of Rochester - Biomedical Engineering

This beauty is a ganglion cell imaged in the living eye. Humans have ~1.2 MILLION ganglion cells per eye. Each cell sends a single cable to the optic nerve... then to the brain! CVSUoR Del Monte Institute for Neuroscience Biomedical Picture of the Day BPoD Flaum Eye Institute University of Rochester - Biomedical Engineering URochester SMD


Petal of a flower? A leaf? No... the vascular network of the retina! A roadmap of super-highways and local roads to bring your vision vital resources. Research powered by RPB NEI Flaum Eye Institute URochester SMD CVSUoR University of Rochester - Biomedical Engineering #FluorescenceFriday


#NEIfunded scientists created a new platform called “Oz” that directly controls the activity of up to 1,000 photoreceptors in the eye at once. More insights to come on sight and vision loss. UC Berkeley UC Berkeley EECS @RoordaLab Science Advances: bit.ly/4lEI6kq


đź“· Advanced Retinal Imaging Alliance (ARIA) has >50 members spanning Neuroscience, Physiology, Optics ophthalmology and Biomedical Engineering Photo from '25 -our 13th yr! look for us ARVO in #saltlakecity >18 presentations Del Monte Institute for Neuroscience University of Rochester - Biomedical Engineering Flaum Eye Institute CVSUoR



#URochesterResearch by SchallekLab found when photoreceptor cells in the retina are damaged the brain’s immune cells respond and neutrophils are not recruited to help despite passing through nearby blood vessels Flaum Eye Institute via eLife - the journal 👉 elifesciences.org/articles/98662


✨Our newest eLife - the journal paper out today!✨ 👉 elifesciences.org/articles/98662 When retinal photoreceptor cells are damaged, microglia race into action, but don't recruit neutrophils from nearby blood vessels Flaum Eye Institute eLife - the journal CVSUoR Del Monte Institute for Neuroscience Michael F. Chiang, MD #NIHfunded and RPB