| Document Date: 2014-10-18 04:14:59
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Company KELLOGG / SSB / Ligand / GE / / IndustryTerm speed 3D imaging applications / 3D high throughput imaging / cellular systems / transportation / 3D microfluidic cell culture systems / diagnostic imaging / superresolution imaging / optofluidic systems / structured light imaging / microfluidic platform technology / optical systems / on-a-chip / deep tissue imaging / comparable super-resolution imaging / Real-time robust phase imaging / distinct chemical / imaging / clinical imaging modalities / optical imaging capabilities / estimation algorithms / 3D reconstruction algorithm / sectioned structure imaging / live time-lapse confocal imaging experiments / computational tool / Image processing / real-time imaging techniques / phase imaging / 3D microfluidic device / optical imaging / vessel networks / 3D imaging techniques / High throughput 3D imaging flow cytometer / / MedicalCondition anti cancer / HBV / neurological disorders / metastasis / cirrhosis / hepatitis B / 3D microfluidic platform Hepatocellular carcinoma / inflammatory cytokines / injury / pancreatic cancer / cancers / tumor / cancer / tumors / disease / hepatocellular carcinoma / invasive cancers / liver diseases / fatty liver / focus on profiling invasive cancers / / Organization MIT / Graduate Medical School / Department of Microbiology / School of Electrical & Electronic Engineering / / Person Jean Paul / VAN VLIET / A. VAN KAN / Lisa TUCKER / VAN DER MAAREL / / Position Investigator / ingenious temperature controller / Principal Investigator / Co-Investigator / / Technology biosensors / cell receptors / microfluidic platform technology / ultrasound / Brain Barrier on-a-chip / 3D reconstruction algorithm / stem cells / microfluidics / Image processing / apoptosis / MRI / diagnostic imaging / drug discovery / Bayesian estimation algorithms / tissue manipulation / /
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Research Projects in the SMART BioSyM IRG (October 11, Mesenchymal Stem Cell Isolation via Mechanical Signatures This project will focus on mulitscale analysis of bone marrow-derived mesenchymal stem cells as a