Sunil Gandhi

Co-founder @Translucence Biosystems

Irvine, CA, US
EMAILS
s••••@translucencebio.com
MOBILE NUMBERS
+14•••••••61

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WORK HISTORY

Jan 2018 — Present

Co-founder @Translucence Biosystems

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Irvine, CA, US

Enabling the dimensional shift from 2D to 3D tissue histology, developing tissue clearing methods, assays, imaging technology, machine learning-enabled data processing tools and novel methods for big data statistical analysis of spatial anatomy.

EDUCATION

1994 — 1998

Stanford University

Bachelor of Science - BS, Neurosciences

1998 — 2003

UC San Diego

Ph.D., Neurosciences

2003 — 2009

University of California, San Francisco

Postdoctoral Fellow, Physiology Department, Dr. Michael Stryker

ABOUT SUNIL GANDHI

Dr. Gandhi has focused his scientific career on developing cell technology to tap the brain’s latent capacity to rewire itself. He received his graduate training with Charles Stevens, MD, PhD, at the Salk Institute where he studied the fundamental mechanisms of neurotransmitter release. As a postdoctoral fellow in Michael Stryker’s lab at UCSF, he made the exciting discovery that young interneurons implanted in older brains induced a rejuvenating period of brain plasticity. With the support of a New Innovator Award from the NIH Director, a Searle Scholars Award, and other prestigious grants, he has pioneered the use of embryonic inhibitory neuron transplantation to rewire the adult visual system. His lab discovered that transplanted inhibitory neurons successfully integrate into the circuitry of the adult host brain and correct developmental miswiring of the visual system in mice. More recently, the group has developed new methods for whole brain visualization using new brain clearing methods and light sheet microscopy. To disseminate these technologies to the neuroscience community, he has co-founded a BRAIN Initiative supported startup company Translucence Biosystems. The company successfully partnered with Zeiss Microscopy to develop and co-market a new microscopy system for higher resolution, faster light sheet microscopy of large, cleared samples.

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