Age and CRP Associated with Improved Tissue Pathogen Identification in Children with Blood Culture Negative Osteomyelitis: Results from the CORTICES Multicenter Database

Jessica D. Burns, Vidyadhar V. Upasani, Tracey P. Bastrom, Keith D. Baldwin, Jonathan G. Schoenecker, Benjamin J. Shore, Brian K. Brighton, Rachel Y. Goldstein, Benton E. Heyworth, Mark L. Miller, Julia S. Sanders, Walter H. Truong, Joseph A. Janicki, Daniel J. Hedequist, Collin J. May, Joshua S. Murphy, Jaime R. Denning, Jennifer C. Laine, David D. Spence, Allan C. BeebeKathleen D. Rickert, Antoinette W. Lindberg, Todd J. Blumberg, Scott B. Rosenfeld, Jaclyn F. Hill, Lawson A. Copley, Megan E. Johnson, Brandon A. Ramo, Anthony I. Riccio, G. Ying Li, Stephanie N. Moore-Lotridge, Ryan J. Koehler, Matthew Stepanovich, Dell McLaughlin, Nicholas Fletcher, Jonas Owen, Alexandre Arkader, Wendy Ramalingam, Sayan De, Benjamin Sheffer, Jill Larson, Allen Kadado, Nathaniel Lempert, Zachary Meyer, Ishaan Swarup

Research output: Contribution to journal › Article › peer-review

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Age and CRP Associated with Improved Tissue Pathogen Identification in Children with Blood Culture Negative Osteomyelitis: Results from the CORTICES Multicenter Database

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