CORE--NEUROSCIENCE RESEARCH

$0P01FY2002HDNIH

Burnham Institute For Medical Research, La Jolla CA

Investigators

Linked publications & trials

Paper 31782729 Paper 30928642 Paper 29523838 Paper 29263788 Paper 29133852 Paper 29123083 Paper 29097102 Paper 28738418 Paper 28461502 Paper 27906174 Paper 27821734 Paper 27571160 Paper 27473602 Paper 27183239 Paper 26743041 Paper 26707925 Paper 26681768 Paper 26477507 Paper 26446798 Paper 26374431 Paper 26243592 Paper 26118537 Paper 25977983 Paper 25796565 Paper 25692407 Paper 25623531 Paper 25527866 Paper 25485232 Paper 25394486 Paper 25378175 Paper 25236395 Paper 25001280 Paper 24695719 Paper 24672010 Paper 24587691 Paper 24296783 Paper 24290359 Paper 24091828 Paper 23986251 Paper 23985028 Paper 23892355 Paper 23852340 Paper 23776240 Paper 23719160 Paper 23641925 Paper 23524343 Paper 23136422 Paper 23081978 Paper 22874667 Paper 22771760 Paper 22657837 Paper 22575597 Paper 22307640 Paper 21901155 Paper 21883218 Paper 21844361 Paper 21802386 Paper 21646525 Paper 21597461 Paper 21595948 Paper 21521790 Paper 21297630 Paper 20739572 Paper 20720132 Paper 20678225 Paper 20670888 Paper 20447471 Paper 20333559 Paper 20177970 Paper 20060165 Paper 19915593 Paper 19815732 Paper 19386922 Paper 19342591 Paper 19131610 Paper 19130231 Paper 18599437 Paper 18579729 Paper 18040780 Paper 18003920 Paper 18003876 Paper 17995931 Paper 17964175 Paper 17961731 Paper 17961071 Paper 17928446 Paper 17678953 Paper 17610818 Paper 17504105 Paper 17453143 Paper 17431424 Paper 17388798 Paper 17218311 Paper 17196530 Paper 17182766 Paper 17137643 Paper 17053808 Paper 17047094 Paper 16874299 Paper 16842083

Abstract

Description: The objective of the MRI/MRS Subcore is to analyze the brains subjected to hypoxic-ischemic insults and evaluate the efficacy of potential treatments proposed. The EPR Subcore is to monitor the production of free radical nitric oxide with spin-trap techniques in tissue culture and in brain during in vivo experiments on rodents. The MRI/MRS Subcore is a key facility for conducting the proposed studies in Projects II, III, and VI. The facilities include 1.5 T whole body scanner for ultrafast MRI, cardiac MRI and MR-angio for multi-nuclear MRS studies, 3 T whole body scanner, 4.7 T animal scanner with imaging and multi-nuclear MRS capabilities, and Bruker analytical NMR spectrometers operating at 6 T and 9.4 T. In addition, the investigators of this program project have access to MR facilities at the Warren-Shields Radiation Laboratory Magnet Resonance Center located next to the Children?s Hospital. Facilities for animal manipulation also exist adjacent to the MR suites.

View original record on NIH RePORTER →