CORE--INSTRUMENT CORE

$197,079P01FY2002CANIH

Scripps Research Institute, La Jolla CA

Investigators

Linked publications & trials

Paper 32319494 Paper 32181330 Paper 23893342 Paper 22799570 Paper 22081024 Paper 22045127 Paper 21788516 Paper 21609016 Paper 21518727 Paper 21350335 Paper 21311223 Paper 21242978 Paper 21159779 Paper 21132100 Paper 20869252 Paper 20713702 Paper 20634973 Paper 20582532 Paper 20581457 Paper 20549473 Paper 20507280 Paper 20154271 Paper 20080647 Paper 20009532 Paper 19800226 Paper 19734908 Paper 19609947 Paper 19584261 Paper 19498040 Paper 19444914 Paper 19435662 Paper 19428249 Paper 19334711 Paper 19216569 Paper 19208836 Paper 19185485 Paper 18997771 Paper 18794883 Paper 18607000 Paper 18521078 Paper 18474596 Paper 18467631 Paper 17363598 Paper 17293454 Paper 17213812 Paper 16682956 Paper 16027153 Paper 15958705 Paper 15914556 Paper 15911265 Paper 15589173 Paper 15504909 Paper 15281804 Paper 15133497 Paper 15067321 Paper 14730995 Paper 14630663 Paper 14552783 Paper 14502729 Paper 12952943 Paper 12843393 Paper 12659745 Paper 12615911 Paper 12611083 Paper 12456636 Paper 12445772 Paper 12207533 Paper 12207521 Paper 12182879 Paper 11934838 Paper 11927607 Paper 11891322 Paper 11878968 Paper 11804483 Paper 11684710 Paper 11544024 Paper 11456699 Paper 11414820 Paper 11273773 Paper 11134507 Paper 11035804 Paper 11003149 Paper 10987932 Paper 10843206 Paper 10814111

Abstract

The fluorometry instrument core will be directed by Dr. Peter K. Vogt and Dr. Steven A. Kay. The function of this core is to carry out fluorometric measurements described for the studies on integrin inhibition (Cheresh Project) and inhibition of Myc-Max dimerization (Vogt Project). The tests include simple fluorometry in 96-well microplates and fluorescence resonance energy transfer microscopy, a technique used to assay for the dimerization of two fluorescently labeled proteins.

View original record on NIH RePORTER →