Severe non-infective systemic inflammatory response syndrome, shock, and end-organ dysfunction after zoledronic acid administration in a child von Trivedi, S., Al-Nofal, A., Kumar, S., Tripathi, S., Kahoud, R. J., Tebben, P. J.

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Severe non-infective systemic inflammatory response syndrome, shock, and end-organ dysfunction after zoledronic acid administration in a child von Trivedi, S., Al-Nofal, A., Kumar, S., Tripathi, S., Kahoud, R. J., Tebben, P. J.

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Tbr2 is essential for hippocampal lineage progression from neural stem cells to intermediate progenitors and neurons von Hodge, Rebecca D, Nelson, Branden R, Kahoud, Robert J, Yang, Roderick, Mussar, Kristin E, Reiner, Steven L, Hevner, Robert F

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Abbreviated exposure to hypoxia is sufficient to induce CNS dysmyelination, modulate spinal motor neuron composition, and impair motor development in neonatal mice von Watzlawik, Jens O, Kahoud, Robert J, O'Toole, Ryan J, White, Katherine A M, Ogden, Alyssa R, Painter, Meghan M, Wootla, Bharath, Papke, Louisa M, Denic, Aleksandar, Weimer, Jill M, Carey, William A, Rodriguez, Moses

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Overcoming Barriers to Delirium Screening in the Pediatric Intensive Care Unit von Rohlik, Gina M, Fryer, Karen R, Tripathi, Sandeep, Duncan, Julie M, Coon, Heather L, Padhya, Dipti R, Kahoud, Robert J

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Non-viral delivery of nuclear factor- B decoy ameliorates murine inflammatory bowel disease and restores tissue homeostasis von De Vry, C. G, Prasad, S., Komuves, L., Lorenzana, C., Parham, C., Le, T., Adda, S., Hoffman, J., Kahoud, N., Garlapati, R., Shyamsundar, R., Mai, K., Zhang, J., Muchamuel, T., Dajee, M., Schryver, B., McEvoy, L. M, Ehrhardt, R. O

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De-escalation of Care Through Pediatric Intensive Care Unit Liberation Rounds and a Daily Checklist von Kawai, Yu, Rohlik, Gina M., Neu, Lori L., Mujic, Anna J., Duncan, Julie M., Feigal, Scott A., Rowekamp, Debra J., Fetterly, Britt M., Fryer, Karen R., Conlon, Patricia M., Huskins, W. Charles, Schiltz, Brenda M., Ouellette, Yves, Nemergut, Michael E., Kahoud, Robert J., Arteaga, Grace M.

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Abbreviated Exposure to Hypoxia Is Sufficient to Induce CNS Dysmyelination, Modulate Spinal Motor Neuron Composition, and Impair Motor Development in Neonatal Mice: e0128007 von Watzlawik, Jens O, Kahoud, Robert J, O'Toole, Ryan J, White, Katherine AM, Ogden, Alyssa R, Painter, Meghan M, Wootla, Bharath, Papke, Louisa M, Denic, Aleksandar, Weimer, Jill M

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