hypoxic hypoxia 中文意思是什麼
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Hypoxia in tumour and hypoxic selective anticancer drugs
實體瘤中的低氧區與低氧選擇性藥物研究進展 -
Group division : experiments were performed in 3 different conditions, i. e., normal 4 medium, high k * stimulated medium, and ca2 + - free medium. hippocampal slices from a same rat were then divided into 3 treatment groups : control group ? lices were oxygenated with 95 % o2 / 5 % cc > 2 and incubated at 35 ~ 36 ? for 30min ; hypoxia group ? lices were oxygenated and incubated on the same conditions as the control group, then the mixture gases change into 95 % o2 / 5 % co2 - hypoxic condition were remained for lomin ; ginkgolide b preincubation group ? lices will be preincubated at the normal oxygenated medium containing loomm ginkgolide b, 10 min later, repeated hypoxic treatment
3實驗採用隨機區組設計，動物隨機分為三組，各組動物制備的海馬腦片分別進行三種不同介質的灌流實驗，即正常介質組、高k ~ +去極化組和無ca ~ （ 2 + ）組；各組中由同一隻動物製成的海馬腦片再隨機分到三個不同的處理組，即：正常對照組、低氧組和ginkgolideb預孵育組。 -
Methods in vitro hypoxia model was used to evaluate the effect of hypoxic insult on neuronal function in the present study
方法1利用海馬腦片體外存活技術，建立大鼠離體海馬腦片的急性低氧模型。 -
Hypoxic preconditioning ( hpc ), a strategy of intrinsic cytoprotection developed in biological evolution, is designed to be motivated by repetitive exposure of organism, organ, tissue and cell to condition of hypoxia
摘要缺氧預適應這一生物進化上的內源性細胞保護機制，可被機體、器官、組織和細胞的重復缺氧暴露所激發。 -
Total tissue content, information coming from majority of the current in vivo studies, is therefore a poor index of extracellular concentration. objectives l. to examine how hypoxia affect hippocampal transmitter release ; 2. to attempt to obtain information on the extracellular concentrations of transmitters releasing from hypoxic hippocampus ; 3. to assess the importance of extracellular calcium ion in endogenous release from hippocampus when exposed to hypoxia ; 4. to explore whether ginkgolide b affect the release of transmitters from hypoxic hippocampal slices, providing an direct evidence of its neuroprotective effects
目的1進一步探討低氧對海馬內源性神經遞質釋放的影響； 2觀察低氧時誨馬神經元細胞外液中神經遞質含量的變化； 3評價細胞外液中ca ~ （ 2 + ）在海馬神經元內源性遞質釋放中的作用； 4研究ginkgolideb對低氧時海馬神經遞質釋放的影響，為其是否具有直接的神經保護作用提供實驗依據。
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