2.Diagnosis and Treatment of Heat Stroke.
Journal of the Korean Medical Association 2001;44(8):883-893
No abstract available.
Diagnosis*
;
Heat Stroke*
;
Hot Temperature*
3.The Role of Heat Shock Protein in Perinatal Fields.
Korean Journal of Perinatology 2005;16(1):1-7
No abstract available.
Heat-Shock Proteins*
;
Hot Temperature*
4.Cerebellar Atrophy after Heat Stroke.
Sang Soo LEE ; Moon Goo HAN ; Joong Taek CHUNG ; Seol Heui HAN
Journal of the Korean Neurological Association 1993;11(4):587-591
No abstract available.
Atrophy*
;
Heat Stroke*
;
Hot Temperature*
5.Role of Heat Shock Protein, P70 in Spermatogenic Arrest.
Hyun Joo KIM ; Won Young SON ; Tae Young AHN ; Tae Ki YOON ; Kwang Yul CHA
Korean Journal of Urology 2000;41(1):129-137
No abstract available.
Heat-Shock Proteins*
;
Hot Temperature*
6.Role of Heat Shock Protein, P70 in Spermatogenic Arrest.
Hyun Joo KIM ; Won Young SON ; Tae Young AHN ; Tae Ki YOON ; Kwang Yul CHA
Korean Journal of Urology 2000;41(1):129-137
No abstract available.
Heat-Shock Proteins*
;
Hot Temperature*
8.Clinical Studies on the Emergency Management for 22 Cases of Heat Disorder .
Sung Tae PARK ; Sun Woong OH ; Hak Shim YOO
Korean Journal of Anesthesiology 1971;4(1):1-7
Heat disorders are not uncommon in the military society due to supposedly hard training to overcome the environmental conditions. Twenty-two soldiers with heat disorders were admitted to Chin Hae Naval Hospital June 1969 through July 1970. Hoping that our clinical studies on them contribute to a renewed understanding, the results are reported in summary as follows: 1) Heat disorders occurred with an overall incidence of 3.1 per cent during running in early summer. 2) Of the twenty-two patients, eight (37 per cent) had heat cramps, six (27 per cent) heat exhaustion, five(23 per cent) heat stroke, and three(13 per cent) had undetermined disorder. 3) Ten patients(45 per cent) were comatous, and this occurred most frequently(80 per cent) among those with heat stroke. 4) All patients were grouped into four according to their physical status on admission. Those with heat exhaustion mostly belonged to group I (good) or group II (fair). Those with heat stroke and heat cramps eomprised most of group III (poor) and group IV (grave). 5) Group I and II patients recovered within 12 hours; group III, within 12~24 hours; and group IV, required more than 24 hours of care. 6) One patient with heat stroke, graded V, expired with sudden hypothermia 15 hours following admission. Overall mortality of heat disorders was 4.5 per cent, and that of heat stroke 20 per cent. 7) The rest recovered uneventfully within 19 hours of average.
Chin
;
Emergencies*
;
Heat Exhaustion
;
Heat Stress Disorders
;
Heat Stroke
;
Hope
;
Hot Temperature*
;
Humans
;
Hypothermia
;
Incidence
;
Military Personnel
;
Mortality
;
Running
9.Exercise induced heat stroke and acute renal failure.
Korean Journal of Medicine 2002;62(4):365-368
No abstract available.
Acute Kidney Injury*
;
Heat Stroke*
;
Hot Temperature*
Result Analysis
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