Biopolymers & Proteomics

$197,910P30FY2014CANIH

Massachusetts Institute Of Technology, Cambridge MA

Investigators

Linked publications, trials & patents

Paper 39731205 Paper 39722171 Paper 39677368 Paper 39658727 Paper 39639169 Paper 39601427 Paper 39574595 Paper 39562755 Paper 39554167 Paper 39543433 Paper 39484531 Paper 39484491 Paper 39436703 Paper 39433939 Paper 39416081 Paper 39401365 Paper 39375353 Paper 39352052 Paper 39345388 Paper 39341987 Paper 39303017 Paper 39292778 Paper 39283240 Paper 39270006 Paper 39257804 Paper 39257781 Paper 39232000 Paper 39229199 Paper 39229011 Paper 39211619 Paper 39190349 Paper 39160333 Paper 39156714 Paper 39152113 Paper 39149291 Paper 39112631 Paper 39085844 Paper 39082930 Paper 39044395 Paper 39042676 Paper 39005340 Paper 39005274 Paper 38990949 Paper 38989636 Paper 38981683 Paper 38961059 Paper 38948866 Paper 38948694 Paper 38915726 Paper 38879814 Paper 38865476 Paper 38839954 Paper 38827435 Paper 38823395 Paper 38787918 Paper 38712225 Paper 38696611 Paper 38688279 Paper 38687965 Paper 38680558 Paper 38657074 Paper 38640233 Paper 38629716 Paper 38605144 Paper 38578991 Paper 38525961 Paper 38483480 Paper 38472508 Paper 38446889 Paper 38440980 Paper 38437557 Paper 38429261 Paper 38426258 Paper 38364929 Paper 38302473 Paper 38293025 Paper 38291019 Paper 38280848 Paper 38260254 Paper 38245602 Paper 38236959 Paper 38229082 Paper 38212275 Paper 38181080 Patent 9944931 Patent 9107904 Patent 7501125 Patent 7008780 Patent 5977321 Patent 5882945 Patent 5804374 Patent 5580961 Patent 5189147 Patent 5017489 Patent 4970296 Patent 4874845 Patent 4873190 Patent 4719177 Patent 4594318 Patent 4487829

Abstract

The Biopolymers Division provides routine Sanger DNA sequencing in addition to next-generation genomic DNA sequencing (Illumine), peptide synthesis and purification, peptide arrays, basic mass spectrometry, high-pressure liquid chromatographic analysis and purification, and other services. The Proteomics Division provides services related to the identification, characterization, and quantitation of proteins from simple to complex mixtures. Approaches include the use of 1 D-gel, 2D-gel, or chromatographic fractionation methods followed by mass spectrometric analysis. Stable isotope derivatization and specialized software are available for quantitation of differential protein expression.

View original record on NIH RePORTER →