Denver / Colville / New York / Oxford / Vancouver / Cambridge / Calgary / London / St. Louis / /
Company
Flatt AE / Christodoulou AG / Matsuda / AORN Inc / Clarendon Press / Elder and Co / Bridges AB / Harvard University Press / /
Country
Norway / United States / Canada / /
Currency
IDR / / /
Facility
University of British Columbia / Stadium Road / United States Army Institute of Surgical Research / Society Picture Library / Aga Khan University / Fort Sam Houston / /
IndustryTerm
metabolic waste products / energy supplies / chemical energy / lower leg applications / civilian and military applications / tourniquet device / ischemia-induced energy metabolic change / electronic tourniquet systems / safer tourniquet systems / /
incision / blood transfusion / reconstructive surgery / hand surgery / surgery / intravenous infusion / embolization / orthopaedic surgery / foot surgery / First aid / total knee replacement / /
Organization
United States Army Institute of Surgical Research / Defense Advanced Research Projects Agency / Harvard University / Aga Khan University / FRCPC Department of Neurology / Army Med Corps / Department of Orthopaedics / Department of Electrical and Computer Engineering / FRCSC Division of Lower Limb Reconstruction and Oncology / Neurol Assoc. / Medical and Biological Engineering Society / ded / Department of Surgery / University of British Columbia / DARPA DBAC / /
Person
John F. Kragh / Ann Surg / Arch Surg / Casey V / Bassam A. Masri / Christian / Ann Plast Surg / Arch Orthop / James A. McEwen / Savoy / Shahryar Noordin / Tourniquet Time It / /