National Institute of Allergy / Pharmacy Mass Spectrometry Center / University of Maryland / University of Maryland School / /
IndustryTerm
automated deposition devices / laser desorption/ionization mass spectrometry imaging / stainless steel target plate / spectrometry imaging / laser technology / imaging / matrix solution / energy / Mass spectrometry imaging / spectromtery imaging / stainless steel sample plate / high energy / Energy transfer / laser energy / gas phase / automated matrix deposition devices / image processing application program / /
MedicalCondition
CNS disease / S. B. Pulmonary / human colorectal cancer / lung disorders / increased inflammation / colon cancer / acute radiation syndrome / Breast Tumor / radiation-induced lung injury / MS / pulmonary disorders / pneumonitis / lung cancers / adenocarcinoma / tumor / regional lymph node metastasis / cancer / cataracts / polycystic kidney disease / clinical/disease / CNS diseases / resected non-small cell lung cancer / e.g. tumor / osteoarthritis / Acinetobacter baumannii pulmonary infection / Myocardial Infarction / Lung cancer / hemispheric cortical spreading depression / numerous diseases / fibrosis / /
MedicalTreatment
radiation therapy / Radiation / /
Organization
Pharmacy Mass Spectrometry Center / University of Maryland / University of Maryland School / Department of Radiation Oncology / National Institute of Allergy and Infectious Diseases / University of Maryland School of Pharmacy / School of Medicine / Department of Pharmaceutical Sciences / American Society for Mass Spectrometry / /
Date Posted: Mar 24, 2014 MALDI-MSI: Biomarker Discovery for Radiation Exposures Claire L. Carter1, Thomas J. MacVittie2, Maureen A. Kane1 1. Department of Pharmaceutical Sciences, University of Maryland School of Phar