Virus Imaging Core

$334,222P50FY2016GMNIH

University Of Utah, Salt Lake City UT

Investigators

Linked publications & trials

Paper 38835488 Paper 38698206 Paper 36624348 Paper 35679405 Paper 35165440 Paper 34162723 Paper 32916568 Paper 32780017 Paper 32762848 Paper 32512005 Paper 32494070 Paper 32321627 Paper 32221310 Paper 32004464 Paper 31907439 Paper 31657719 Paper 31511380 Paper 31434732 Paper 31428671 Paper 31422911 Paper 31400843 Paper 31312031 Paper 31283440 Paper 31249134 Paper 31185449 Paper 31085683 Paper 31080120 Paper 30889178 Paper 30846568 Paper 30713099 Paper 30661853 Paper 30647138 Paper 30595553 Paper 30543772 Paper 30530702 Paper 30508766 Paper 30377372 Paper 30308160 Paper 30201267 Paper 30095293 Paper 30071717 Paper 29891562 Paper 29724905 Paper 29695867 Paper 29634687 Paper 29436835 Paper 29348205 Paper 29328916 Paper 29273204 Paper 29187540 Paper 29165244 Paper 29114055 Paper 29092328 Paper 29078993 Paper 29063834 Paper 29040325 Paper 28994411 Paper 28941877 Paper 28882056 Paper 28874570 Paper 28826505 Paper 28784755 Paper 28782011 Paper 28780040 Paper 28705764 Paper 28681414 Paper 28548638 Paper 28379444 Paper 28379137 Paper 28242692 Paper 28198699 Paper 28161714 Paper 28153748 Paper 28100831 Paper 27919066 Paper 27821283 Paper 27799557 Paper 27703243 Paper 27613581 Paper 27593947 Paper 27551060 Paper 27511536 Paper 27416583 Paper 27327622 Paper 27279617 Paper 27253068 Paper 27253059 Paper 27174390 Paper 27149407 Paper 27088723 Paper 27078070 Paper 26968491 Paper 26944195 Paper 26941318 Paper 26764007 Paper 26714704 Paper 26712001 Paper 26694837 Paper 26676782 Paper 26634441

Abstract

The goal of the Virus imaging core of the Utah Center for HIV Structural Biology is to develop techniques relating to correlative cryotomography and high speed single particle imaging and use these techniques to study the composition and kinetics of cytoplasmic HIV complexes.

View original record on NIH RePORTER →