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Physics / Crystallography / Materials science / Laboratory glassware / Protein structure / X-ray crystallography / Pipette / Goniometer / Micropipette / Chemistry / Science / Laboratory equipment


Two-Stage Robotic Crystal Mounting of Protein Crystals for X-Ray Data Collection Atanas Georgiev and Peter K. Allen Abstract— We present a new microrobotic system for a crystallographic task called protein crystal moun
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Document Date: 2008-11-30 19:18:47


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City

Washington / DC / Eppendorf / Boston / /

Company

CASE / Olympus / Sony / World Scientific Press / /

Country

United States / Columbia / /

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Facility

National Institute of Health / Columbia University / /

IndustryTerm

control algorithms / beamline mounting technology / crystal mounting tool / silicon tools / fabrication technology / software methods / hardware devices / micro tools / allowed camera systems / digital imaging technology / metal plate / hybrid mems devices / growth solution / micromanipulation tool / real-time vision applications / Crystal mounting tools / oil / micro-electromechanical systems / reservoir solution / imaging / metal pin / software component / micro-electro-mechanical systems / suitable mounting tool / /

Organization

National Institute of Health / R. Service / Department of Computer Science / Cornell / Biological Sciences Department / Columbia University / New York / /

Person

K. Hashimoto / Peter K. Allen / Crystal Mounting / K. Allen Abstract / Matei Ciocarlie / John Hunt / Atanas Georgiev / /

Position

magnetic head / controller / /

PublishedMedium

The International Journal / /

Technology

Genomics / digital imaging technology / laser / bioinformatics / MEMS / X-Ray / control algorithms / Structural Genomics / Crystallization / spectroscopy / cell manipulation / drug design / fabrication technology / flash / beamline mounting technology / Human Genome / dialysis / /

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