Integrative “Omic” Analysis of Experimental Bacteremia Identifies a Metabolic Signature That Distinguishes Human Sepsis from Systemic Inflammatory Response Syndromes
Raymond J. Langley(Lovelace Respiratory Research Institute), Kevin S. Harrod(Lovelace Respiratory Research Institute), Lee Gazourian(Brigham and Women's Hospital), Augustine M.K. Choi(Cornell University), Mohan L. Sopori(Lovelace Respiratory Research Institute), Mignon Keaton(University of Virginia), Chris Woods(Duke University), Laura E. Fredenburgh(Brigham and Women's Hospital), Vance G. Fowler(Duke University), Stephen F. Kingsmore(Rady Children's Hospital-San Diego), Mark A. Perrella(Brigham and Women's Hospital), Jennifer L. Tipper(Lovelace Respiratory Research Institute), Shannon Bruse(Lovelace Respiratory Research Institute), Angela J. Rogers, Elizabeth Kensicki(Metabolon (United States)), Rebecca M. Baron(Brigham and Women's Hospital), Richard J. Jaramillo(Lovelace Respiratory Research Institute), J.F. Huntley(University of Colorado Boulder), Emanuel P. Rivers(Henry Ford Hospital), Anthony F. Massaro(Brigham and Women's Hospital), Denise O’Donnell(Lovelace Respiratory Research Institute), William Mega(Lovelace Respiratory Research Institute), Ronny Otero(Henry Ford Hospital), Ephraim L. Tsalik(Duke University)
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