中国急救复苏与灾害医学杂志
中國急救複囌與災害醫學雜誌
중국급구복소여재해의학잡지
CHINA JOURNAL OF EMERGENCY RESUSCITATION AND DISASTER MEDICINE
2014年
3期
208-210
,共3页
重度出血性休克%液体复苏%肌酐%死亡率
重度齣血性休剋%液體複囌%肌酐%死亡率
중도출혈성휴극%액체복소%기항%사망솔
Hemorrhagic shock%Fluid resuscitation%Mortality%Cr
目的:研究不同剂理液体复苏对进行性出血性休克兔死亡率及肾功能的影响。方法采用控制性颈动脉放血法建立进行性出血性休克兔模型,随机分为3组(无补液(对照)组、小剂量组和大剂量组),输注0.9%氯化钠溶液与羟乙基淀粉40氯化钠溶液混合复苏液(体积比2:1)。无补液组不输液,小剂量复苏组按失血量1倍输液,速度参照平均动脉压目标值50~60 mmHg调整,大剂量复苏组按失血量2倍输液,速度参照平均动脉压目标值70~80 mmHg调整,于休克0、1、2、3、4 h分别检测血清肌酐水平、平均动脉压(MAP)并比较4 h死亡率及比较肾脏病理切片等情况。结果小剂量组死亡率显著低于无补液组, P<0.01,与大剂量复苏组相比死亡率差异无统计学意义,P>0.05,大剂量组死亡率与对照组相比无统计学意义,P>0.05;小剂量组肌酐(Cr)与对照组、大剂量液体复苏组比较有明显改善,P<0.05;休克模型形成后个时间段MAP各不相同,P<0.05;各组肾脏组织损伤程度各异,差别较明显。结论对进行性出血性休克进行限制性液体复苏有利于降低休克早期死亡率;早期进行小剂量液体复苏可以改善肾功能,更有效的保护脏器功能。
目的:研究不同劑理液體複囌對進行性齣血性休剋兔死亡率及腎功能的影響。方法採用控製性頸動脈放血法建立進行性齣血性休剋兔模型,隨機分為3組(無補液(對照)組、小劑量組和大劑量組),輸註0.9%氯化鈉溶液與羥乙基澱粉40氯化鈉溶液混閤複囌液(體積比2:1)。無補液組不輸液,小劑量複囌組按失血量1倍輸液,速度參照平均動脈壓目標值50~60 mmHg調整,大劑量複囌組按失血量2倍輸液,速度參照平均動脈壓目標值70~80 mmHg調整,于休剋0、1、2、3、4 h分彆檢測血清肌酐水平、平均動脈壓(MAP)併比較4 h死亡率及比較腎髒病理切片等情況。結果小劑量組死亡率顯著低于無補液組, P<0.01,與大劑量複囌組相比死亡率差異無統計學意義,P>0.05,大劑量組死亡率與對照組相比無統計學意義,P>0.05;小劑量組肌酐(Cr)與對照組、大劑量液體複囌組比較有明顯改善,P<0.05;休剋模型形成後箇時間段MAP各不相同,P<0.05;各組腎髒組織損傷程度各異,差彆較明顯。結論對進行性齣血性休剋進行限製性液體複囌有利于降低休剋早期死亡率;早期進行小劑量液體複囌可以改善腎功能,更有效的保護髒器功能。
목적:연구불동제리액체복소대진행성출혈성휴극토사망솔급신공능적영향。방법채용공제성경동맥방혈법건립진행성출혈성휴극토모형,수궤분위3조(무보액(대조)조、소제량조화대제량조),수주0.9%록화납용액여간을기정분40록화납용액혼합복소액(체적비2:1)。무보액조불수액,소제량복소조안실혈량1배수액,속도삼조평균동맥압목표치50~60 mmHg조정,대제량복소조안실혈량2배수액,속도삼조평균동맥압목표치70~80 mmHg조정,우휴극0、1、2、3、4 h분별검측혈청기항수평、평균동맥압(MAP)병비교4 h사망솔급비교신장병리절편등정황。결과소제량조사망솔현저저우무보액조, P<0.01,여대제량복소조상비사망솔차이무통계학의의,P>0.05,대제량조사망솔여대조조상비무통계학의의,P>0.05;소제량조기항(Cr)여대조조、대제량액체복소조비교유명현개선,P<0.05;휴극모형형성후개시간단MAP각불상동,P<0.05;각조신장조직손상정도각이,차별교명현。결론대진행성출혈성휴극진행한제성액체복소유리우강저휴극조기사망솔;조기진행소제량액체복소가이개선신공능,경유효적보호장기공능。
Objective To investigate the effect of limited fluid resuscitation on mortality and renal function in rabbits’uncontrolled hemorrhagic shock. Methods The rabbits’progressive hemorrhagic model were created by adopting the controlling carotid artery bloodletting method before randomly divided them into 3 groups, non-infusion group (control group), limited-infusion group and massive-infusion group. The infusion liquid was formulated of 0.9% sodium chloride solution and hydroxyethyl starch mixture 40 sodium chloride solution (volume than 2:1). Non-infusion group was given no infusion, while the limited-infusion group was given a small doses of the infusion, 100% of the blood loss, and the massiv-infusion group was given a larger doses of the infusion, 200%of the blood loss. The mean arterial pressure, Cr level, kidney pathological section, and comparison of mortality were detected in 0, 1, 2, 3, 4 hours after the shock. Results It reflected a significant lower mortality of the limited-infusion group than the non-infusion group,P<0.01; no statistical difference between the limited-infusion group and massive-infusion group,P>0.05, neither between the massive-infusion and non-infusion group,P> 0.05. It also reflected MAP, Cr+ improvement of the limited infusion group than both the massive-infusion group and the non-infusion group,P<0.05. Conclusion Limited infusion of fluid resuscitation is considered being effective in reducing mortality in consecutive hemorrhagic shock. The small dose of fluid resuscitation on early state may improve renal function recovery and protect the viscera function.