hyperoxia造句
例句与造句
- Which showed : the hyperoxia o2 ccould enhance the ability of antioxidant system
表明：吸一定的高压氧对机体的抗氧化系统能力可能有一定的促进作用。 - Protective effect of hyperoxia liquid on multiple organ damage in rabbit during ischemia reperfusion
高氧液对缺血再灌注家兔多脏器细胞损伤的保护作用 - Gene expressions and roles of matrix metalloproteinases - 8 and tissue inhibitor of metalloproteinases - 1 in hyperoxia - induced pulmonary fibrosis in neonatal rats
1在高氧致新生鼠肺纤维化中的基因表达及其意义 - Hector r w , ingrid y , menendez m a , et al . increased expression of heat shock protein ? 70 protects a549 cells against hyperoxia j . am j physiol , 1998 oct ; 275 ( 4ptl ) : l836 ? 841
肖贞良，孙耕耘，钱桂生.肺循环灌注对大鼠肺微血管内皮细胞分离和培养的影响j .中国病理生理杂志， 1999 ， 15 （ 11 ） ： 1053 ? 1054 - 3 . the difference of immune parameters between hyperoxia group and control group was observed so as to determine if hyperoxia intake could facilitate eliminating rate of immunosuppression
比较吸氧组和对照组在运动后恢复期各免疫指标的变化，发现吸氧能在一定程度上减轻急性运动后的免疫抑制，促进运动后免疫机能的恢复。 - It's difficult to find hyperoxia in a sentence. 用hyperoxia造句挺难的
- Consistent with most research , immunoglobulin level changed insignificantly after acute exercise . the results showed the recovery rate of immunoglobulin changed after hyperoxia intake , however , whether should be study further
吸氧对兔疫球蛋白的恢复产生一定的影响，但运动后吸氧与体液免疫的具体情况有待于进一步实验证实。 - This study tried to observe responsive and recovery characteristics of immune function induced by an acute incremental ergometer exercise , and to observe the effect of hyperoxia intake on immune recovery rate
本实验主要研究急性递增负荷运动条件下机体免疫的应答特征和恢复特征，并且，在恢复期以吸氧为辅助手段，观察吸氧对急性运动后免疫机能的影响。 - Subjects of two groups executed an same incremental ergometer exercise up to exhaustion . after exercise , compared with the natural recovery in the control group , somin hyperoxia ( 70 % oxygen ) was given to the experiment group
20名体育学院健康男生随机分为两组(吸氧组和对照组) ，实验要求全体受试者完成一次性递增负荷运动，运动至力竭，观察运动即刻和恢复期各指标的变化情况。 - The correlation of serum mda and la with these parameters were analyzed so as to observe the tendency of immune alteration after acute incremental exercise and to understand if hyperoxia intake is helpful to accelerate recovery rate of exercise - induced fatigue
并且将急性递增负荷运动后血清mda和血乳酸的变化与免疫指标的变化进行相关性分析，以探讨这种运动条件下免疫机能应答变化和恢复变化的可能机理。 - Compared with the state after exercise immediately , the decreased extent of blood locate concentration was higher than that on no - o2 intake group , but there was no significant difference . which showed that hyperoxia 02 intake might have no significant effect on the recovery of the blood locate
6同运动即刻时相比，吸氧后机体血乳酸浓度降低的幅度要比不吸氧组要大，但不具显著性，表明：吸氧对机体的血乳酸的恢复可能并不明显。 - 4 . effects of hyperoxia intake on the erythrocyte immunity was observed especially after exercise . the results indicated that the ability to immune adhesion of erythrocyte showed increase after hyperoxia intake recovery , and that eliminating rate to immune complex raised more significantly ,
实验观察了运动过程中吸氧对红细胞免疫功能的影响，发现运动恢复期，吸高浓度氧能增强红细胞免疫粘附能力，加快红细胞对循环免疫复大物的消除作用。 - 5 . . compred with control group , the serum mda , la has similar alterative tend in experiment group after hyperoxia intake . such results indicated that how to apply this method effectively after exercise maybe determined by intake time , which should be studied further . 6
吸氧组和对照组血乳酸的变化并没有显著性差异，提示，吸氧的恢复作用与吸氧浓度和吸氧时间密切相关，积极发挥吸氧在运动后的恢复效用可能存在某种有效方案，有待于进一步研究。 - The sod activity of serum was higher significantly compared with the no - o2 intake group ( p < 0 . 05 ) after exercises immediately . regarding the extent change of serum gsh - px , the group of o2 intake was higher than no - o2 intake group . it showed : there might be a benefit to the activity of antioxidant enzymes by breathing some hyperoxia o2 after exercise
红细胞sod的30分钟后的值仍高于运动即刻，而不吸氧组的值低于运动即刻，血清sod值同不吸氧组相比显著高于运动即刻t 0刀5人血清hpx值的变化当中，吸氧组的增加变化幅度大于对照组，表明：运动后，吸一定浓度的高压氧可能有利于增加机体运动后抗氧化酶的活力。 - Compared with control group , rbc - cabrr in hyperoxia group showed more significant increase and rbc - icr more significant decrease . , up to 24 hours later , even lower than pre - exercise level . it suggested that hyperoxia intake , to some extent , may accelerate the recovery rate of immunosuppression after acute exercise , and that hyperoxia intake can serve as a method to eliminate exercise - induced fatigue
? ? df ? ?主要反映在红细胞免疫功能的变化，吸氧组rbc c3brr在恢复30分钟时上升更明显，同时icr下降也更明显（吸氧组p队05 ，对照组p o0引，且恢复n小时下降至安静值以下。 - 20 students from scnu served as the subjects , and they were randomly divided into the hyperoxia group and the control group . the venous samples were taken before exercise , just after exercise , post - exercise somin and 24h , respectively . the immune parameters included rbc - csbrr , rbc - icr , immunoglobulins ( igg , iga and igm )
将实验对象分为吸氧组和对照组，测得两组安静时、运动即刻、恢复30分钟和恢复24小时的免疫指标的变化，包括红细胞免疫功能指标，即红细胞补体受体花环率( rbc - c _ ( 3b ) rr )和红细胞免疫复合物花环率( rbc - icr ) ；免疫球蛋白igg 、 iga 、 igm ，并对上述指标的变化趋势作了分析。