中国实用医刊
中國實用醫刊
중국실용의간
CENTRAL PLAINS MEDICAL JOURNAL
2008年
12期
7-8
,共2页
于兰芳%王水云%余振东%金安民%李红艳%王娘娣%郑绮雯
于蘭芳%王水雲%餘振東%金安民%李紅豔%王孃娣%鄭綺雯
우란방%왕수운%여진동%금안민%리홍염%왕낭제%정기문
心搏骤停%脑损伤%S100β蛋白
心搏驟停%腦損傷%S100β蛋白
심박취정%뇌손상%S100β단백
Heart arrest cardiopulmonary resuscitation%Brain damage%S100β protein
目的 探讨心肺复苏患者血清S100β蛋白的动态变化及其临床意义.方法 对67例心跳、呼吸骤停的患者进行标准心肺复苏,动态检测67例心搏骤停复苏患者和33例对照者血清S10013蛋白水平.结果 S100β蛋白在心肺复苏不同时间30、45 min、1、2、8、24、48、72 h有脑损伤和无脑损伤者比较,P<0.05,差异有统计学意义.自主循环恢复后2 h伴有脑损害者S10013蛋白为(4.2±0.7) μg/L,没有恢复自主循环者S100β蛋白为(3.5±0.5) μg/L,而没有脑损伤者为(0.8±0.5) μg/L,差异有统计学意义.结论 心搏骤停自主循环恢复后血清S100β蛋白水平明显升高,这是早期判断心搏骤停复苏后有否脑损伤的敏感指标.
目的 探討心肺複囌患者血清S100β蛋白的動態變化及其臨床意義.方法 對67例心跳、呼吸驟停的患者進行標準心肺複囌,動態檢測67例心搏驟停複囌患者和33例對照者血清S10013蛋白水平.結果 S100β蛋白在心肺複囌不同時間30、45 min、1、2、8、24、48、72 h有腦損傷和無腦損傷者比較,P<0.05,差異有統計學意義.自主循環恢複後2 h伴有腦損害者S10013蛋白為(4.2±0.7) μg/L,沒有恢複自主循環者S100β蛋白為(3.5±0.5) μg/L,而沒有腦損傷者為(0.8±0.5) μg/L,差異有統計學意義.結論 心搏驟停自主循環恢複後血清S100β蛋白水平明顯升高,這是早期判斷心搏驟停複囌後有否腦損傷的敏感指標.
목적 탐토심폐복소환자혈청S100β단백적동태변화급기림상의의.방법 대67례심도、호흡취정적환자진행표준심폐복소,동태검측67례심박취정복소환자화33례대조자혈청S10013단백수평.결과 S100β단백재심폐복소불동시간30、45 min、1、2、8、24、48、72 h유뇌손상화무뇌손상자비교,P<0.05,차이유통계학의의.자주순배회복후2 h반유뇌손해자S10013단백위(4.2±0.7) μg/L,몰유회복자주순배자S100β단백위(3.5±0.5) μg/L,이몰유뇌손상자위(0.8±0.5) μg/L,차이유통계학의의.결론 심박취정자주순배회복후혈청S100β단백수평명현승고,저시조기판단심박취정복소후유부뇌손상적민감지표.
Objective To investigate the changes and clinical significance of serum S100β in cardiopulmonary resuscitated patients. Methods Serum S100β concentrations were detected by ELISA in 67 patients with cardiac and respiratory sudden arrest treating with standard cardiopulmonary resuscitation and 33 normal control group, and dynamic detecting the level of blood S100β of cardiopulmonary resuscitated patients. Results Blood samples in 67 patients were taken for the determination of S100β. Maximum S100β levels within 2 hours after cardiac arrest were significantly higher in patients with documented brain damage [surviors and nonsurviors, (4.2 ± 0.7 ) μg/L] than in patients without brain damage [(0. 8 ± 0.5) μg/L]. Significant differences between these two groups were observed from 30 minutes until 72 hours after cardiac arrest. Conclusion Astroglial protein S100β is an early and sensitive marker of hypoxie brain after cardiac arrest in humans.