Browse Items · NEOMED Bibliography Database

Molecular-basis For The Temperature-dependent Insolubility Of Cryoglobulins .10. The Amino-acid-sequence Of The Heavy-chain Variable Region Of Mce

Tags: 1981, Erickson B, Gerberjenson B, Immunology, Journal of Immunology, Kazin A, Kehoe J M, Litman G W, Scheffel C

Impact Of Cervical Spine Management Brain Injury On Functional Survival Outcomes In Comatose, Blunt Trauma Patients With Extremity Movement And Negative Cervical Spine Ct: Application Of The Monte Carlo Simulation

Comparative Analysis of Cervical Spine Management in a Subset of Severe Traumatic Brain Injury Cases Using Computer Simulation

Background: No randomized control trial to date has studied the use of cervical spine management strategies in cases of severe traumatic brain injury (TBI) at risk for cervical spine instability solely due to damaged ligaments. A computer algorithm…

Tags: 2011, blunt trauma, Carter K J, Castro F, coma, Dunham C M, Erickson B, immobilization, Journal Article or Conference Abstract Publication, Mortality, MRI, PloS one, risk-factors, safe, Science & Technology - Other Topics, stroke, ventilator-associated pneumonia

Browse Items (3 total)

Molecular-basis For The Temperature-dependent Insolubility Of Cryoglobulins .10. The Amino-acid-sequence Of The Heavy-chain Variable Region Of Mce

Impact Of Cervical Spine Management Brain Injury On Functional Survival Outcomes In Comatose, Blunt Trauma Patients With Extremity Movement And Negative Cervical Spine Ct: Application Of The Monte Carlo Simulation

Comparative Analysis of Cervical Spine Management in a Subset of Severe Traumatic Brain Injury Cases Using Computer Simulation