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Synapse (New York, N.Y.)|October 10, 2002
Amphetamine-sensitized animals show a marked increase in dopamine D2 high receptors occupied by endogenous dopamine, even in the absence of acute challengesPhilip Seeman, Teresa Tallerico, Françoise Ko, et al.Frontiers in Drug Delivery|March 9, 2026
Local delivery of tranexamic acid for hemorrhage control in trauma: a narrative reviewHenry T Peng, Christian J Kastrup, Catherine Tenn, et al.Toxicology|February 21, 2012
Non-cholinergic intervention of sarin nerve agent poisoningThomas W Sawyer, John Mikler, Catherine Tenn, et al.Military Medicine|March 4, 2025
Impact of Low-Level Blast Exposure From Military Training and Career Cumulation on Hearing OutcomesKaela Shea, Oshin Vartanian, Shawn G Rhind, et al.Pharmaceuticals (Basel, Switzerland)|June 26, 2026
Precipitation-Based Encapsulation of Fibrinogen in Calcium Carbonate for Non-Compressible Hemorrhage ControlHenry T Peng, Tristan Bonnici, Catherine Tenn, et al.Biomedical Sciences Instrumentation|November 19, 2014
IL-5; a diffuse biomarker associated with brain inflammation after blast exposureBenkata Siva Sai Sujith Sajja, Catherine Tenn, Lori J McLaws, et al.Biomedical Sciences Instrumentation|August 1, 2012
A temporal evaluation of cytokines in rats after blast exposureVenkata Siva Sai S Sajja, Catherine Tenn, Lori J McLaws, et al.Military Medicine|January 25, 2021
Repeated Occupational Exposure to Low-level Blast in the Canadian Armed Forces: Effects on Hearing, Balance, and AtaxiaAnn Nakashima, Oshin Vartanian, Shawn G Rhind, et al.Military Medicine|March 17, 2018
Biological Response to Stress During Battlefield Trauma Training: Live Tissue Versus High-Fidelity Patient SimulatorHenry T Peng, Catherine Tenn, Oshin Vartanian, et al.Journal of Clinical Laboratory Analysis|January 21, 2015
Performance Evaluation of a Salivary Amylase Biosensor for Stress Assessment in Military Field ResearchHenry T Peng, Erin Savage, Oshin Vartanian, et al.Pageof 3