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Tags * /Life sciences/Cell biology/Cellular physiology/Cell morphology/Cell structure/Organelles/Vesicles/Exosomes. * /Life scienc... EurekAlert! Sunitha Nagrath | University of Michigan | 131 Publications - SciSpace Isolation of circulating tumor cells using a microvortex-generating herringbone-chip. ... TL;DR: A high-throughput microfluidic mi... SciSpace Dynamic release of extracellular particles after opening of the blood- ... In this study we optimize a sensitive, rapid, and cost-effective microfluidic device (“GlioExoChip”) to harvest circulating tumor- PubMed Central (PMC) (.gov) At-home skin cancer tests in development, UM researchers say Sep 2, 2025 —
Behind him, a dozen identical cylinders sat in darkness. Each held a story of false starts, of antibodies that misfolded and lasers that drifted. The Nagrath Lab was famous for two things: its founder’s iron refusal to fail, and the quiet graveyard of broken prototypes in the basement. nagrath lab
Based on the search term "Nagrath Lab," this request refers to the research group led by at the University of Michigan. Her lab is world-renowned for developing microfluidic technologies (specifically the CTC-iChip ) for the isolation and analysis of Circulating Tumor Cells (CTCs) . Sunitha Nagrath | University of Michigan | 131
“You know what my first mentor told me?” she said. “He said: ‘Mira, you’re trying to hear a whisper in a hurricane.’ I was trying to catch a single leukemic cell among five billion healthy ones.” UM researchers say Sep 2
“Day 407,” he murmured into a recorder. “The plasmonic substrate has isolated exosomal signatures from a stage-0 pancreatic lesion. Sensitivity: 99.8 percent. Specificity: unchanged.”
In the sterile hum of Nagrath Lab, the air tasted of copper and ozone. Dr. Aris Thorne stood before a glass cylinder no wider than his thumb, inside which a single drop of blood shimmered like a trapped ruby.
