2022-01-102022-01-102001-06Alkan, T. vd. (2002). "Hypothermia in neuronal protection". Neurosurgery Quarterly, 11(2), 96-111.1050-6438https://doi.org/10.1097/00013414-200106000-00003https://journals.lww.com/neurosurgery-quarterly/Fulltext/2001/06000/Hypothermia_in_Neuronal_Protection.3.aspxhttp://hdl.handle.net/11452/23963During the past decade, it has been repeatedly shown that mild to moderate hypothermia (32-34 degreesC) reduces neurologic injury in animal models of focal or global ischemia, and of traumatic injury. This has led to renewed interest in the application of hypothermia for managing head injury, stroke, and cardiac arrest and for undertaking aneurysm surgery. This article reviews the relevant literature and presents the authors' experience with intracerebral hemorrhage treated under hypothermia.eninfo:eu-repo/semantics/closedAccessAneurysm surgeryHypothermiaIntracerebral hemorrhageNeuronal protectionCerebral-artery occlusionHead-injured patientsTraumatic brain injuryKinase-IIIschemıc cell-damageProteinMild hypothermiaModerate hypothermiaCirculatory arrestForebrain ischemiaPostischemic hypothermiaNeurosciences & neurologySurgeryReview0001695459000032-s2.0-003501714096111112NeurosciencesSurgeryHypothermia; Traumatic Brain Injury; Glasgow Outcome ScaleAnimal modelAdolescentAdultAgedAnimal experimentGlasgow coma scaleBrain hemorrhageBrain injuryBrain ischemiaClinical articleClinical trialControlled clinical trialControlled studyFemaleHead injuryHeart arrestRandomized controlled trialOutcomes researchPriority journalHumanInduced hypothermiaMaleNeuroprotectionNonhumanProtective clothingRatReviewStroke