Weill Cornell Medical College / SAS Institute / Starr Building / performed using SAS / /
IndustryTerm
systemic and cerebral energy requirements / trauma transport systems / energy expenditure changes / energy substrates / energy / metabolic energy balance / online Internet database J. Neurosurg / energy balance / Energy requirements / supplemental enteral nutrition solution / /
MedicalCondition
hypoxemia / arterial hypotension / intracranial hypertension / DF / lower infection / Posttraumatic hyperglycemia / JE / aneurysm / secondary brain injury / severe head injury / brain injury / Severe Traumatic Brain Injury / systemic hypotension / associated injuries / injury / brain death / illness / infections / As infection / head injury / hypotension / early arterial hypotension / less infection / TBI / hyperemia / hyperglycemia / hypothermia / subarachnoid hemorrhage secondary / stroke / Traumatic brain injury / barbiturate coma / nutrition brain injury / head injuries / highly lethal injury / infection / severe intracranial hypertension / posttraumatic stress / arterial hypotension / isolated closed-head injury / injuries / clinically significant head injury / /
MedicalTreatment
enteral feeding / nutritional support / enteral nutrition / Neurosurgery / tube feeding / parenteral feeding / Surgery / total parenteral nutrition / resuscitation / /
Organization
New York State Department / Division of Healthcare Financing and Acute / Department of Neurological Surgery / 3Brain Trauma Foundation / SAS Institute / Brain Trauma Foundation / US Federal Reserve / Weill Cornell Medical College / /
J Neurosurg 109:50–56, 2008 Effect of early nutrition on deaths due to severe traumatic brain injury ROGER HÄRTL, M.D.,1 LINDA M. GERBER, PH.D.,2 QUANHONG NI, M.S.,2 AND JAMSHID GHAJAR, M.D., PH.D.1,3