hyperoxia 中文意思是什麼

hyperoxia 解釋
n. 名詞 【醫學】體內氧過剩。

  1. 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

    本實驗主要研究急性遞增負荷運動條件下機體免疫的應答特徵和恢復特徵，並且，在恢復期以吸氧為輔助手段，觀察吸氧對急性運動后免疫機能的影響。
  2. 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名體育學院健康男生隨機分為兩組（吸氧組和對照組） ，實驗要求全體受試者完成一次性遞增負荷運動，運動至力竭，觀察運動即刻和恢復期各指標的變化情況。
  3. Which showed : the hyperoxia o2 ccould enhance the ability of antioxidant system

    表明：吸一定的高壓氧對機體的抗氧化系統能力可能有一定的促進作用。
  4. Protective effect of hyperoxia liquid on multiple organ damage in rabbit during ischemia reperfusion

    高氧液對缺血再灌注家兔多臟器細胞損傷的保護作用
  5. Gene expressions and roles of matrix metalloproteinases - 8 and tissue inhibitor of metalloproteinases - 1 in hyperoxia - induced pulmonary fibrosis in neonatal rats

    1在高氧致新生鼠肺纖維化中的基因表達及其意義
  6. 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

    肖貞良，孫耕耘，錢桂生.肺循環灌注對大鼠肺微血管內皮細胞分離和培養的影響j .中國病理生理雜志， 1999 ， 15 （ 11 ） ： 1053 ? 1054
  7. 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

    比較吸氧組和對照組在運動后恢復期各免疫指標的變化，發現吸氧能在一定程度上減輕急性運動后的免疫抑制，促進運動后免疫機能的恢復。
  8. 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

    吸氧對兔疫球蛋白的恢復產生一定的影響，但運動后吸氧與體液免疫的具體情況有待于進一步實驗證實。
  9. 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

    並且將急性遞增負荷運動后血清mda和血乳酸的變化與免疫指標的變化進行相關性分析，以探討這種運動條件下免疫機能應答變化和恢復變化的可能機理。
  10. 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同運動即刻時相比，吸氧后機體血乳酸濃度降低的幅度要比不吸氧組要大，但不具顯著性，表明：吸氧對機體的血乳酸的恢復可能並不明顯。
  11. 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,

    實驗觀察了運動過程中吸氧對紅細胞免疫功能的影響，發現運動恢復期，吸高濃度氧能增強紅細胞免疫粘附能力，加快紅細胞對循環免疫復大物的消除作用。
  12. 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

    吸氧組和對照組血乳酸的變化並沒有顯著性差異，提示，吸氧的恢復作用與吸氧濃度和吸氧時間密切相關，積極發揮吸氧在運動后的恢復效用可能存在某種有效方案，有待于進一步研究。
  13. 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 ? ?主要反映在紅細胞免疫功能的變化，吸氧組rbc c3brr在恢復30分鐘時上升更明顯，同時icr下降也更明顯（吸氧組p隊05 ，對照組p o0引，且恢復n小時下降至安靜值以下。
  14. 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 )

    將實驗對象分為吸氧組和對照組，測得兩組安靜時、運動即刻、恢復30分鐘和恢復24小時的免疫指標的變化，包括紅細胞免疫功能指標，即紅細胞補體受體花環率（ rbc - c _ （ 3b ） rr ）和紅細胞免疫復合物花環率（ rbc - icr ） ；免疫球蛋白igg 、 iga 、 igm ，並對上述指標的變化趨勢作了分析。
  15. 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

    紅細胞sod的30分鐘后的值仍高於運動即刻，而不吸氧組的值低於運動即刻，血清sod值同不吸氧組相比顯著高於運動即刻t 0刀5人血清hpx值的變化當中，吸氧組的增加變化幅度大於對照組，表明：運動后，吸一定濃度的高壓氧可能有利於增加機體運動后抗氧化酶的活力。
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