ObjectiveTo discuss the effects of acetazolamide on mouse antianoxia and swimming performance.
目的探討乙酰唑胺對(duì)小鼠缺氧耐受和游泳耐力的影響.
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After acetazolamide stress test , rCBF of the hypoperfusion regions in baseline step were significantly increased ( P 0.05 ).
服用乙酰唑胺后, 原腦內(nèi)低灌注區(qū)部位的rCBF均明顯增高 ( P0.05 ).
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Objective To study the value of MR perfusion - weighted imaging acetazolamide ( ACZ ) in evaluating the cerebrovascular capacity.
目的探討乙酰唑胺 ( ACZ ) 負(fù)荷MR灌注成像對(duì)評(píng)估腦血管儲(chǔ)備功能的價(jià)值.
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Methods Nursing methods of using acetazolamide in brain perfusion SPECT were drawn up and practiced.
方法制定和實(shí)施乙酰唑胺負(fù)荷腦血流灌注顯像的護(hù)理措施.
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OBJECTIVE Adopting preparation technology improves the extraneous dissolving rate of Acetazolamide solide dispersion tablets.
目的采用制劑技術(shù)提高乙酰唑胺固體分散片的體外溶出速率.
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Conclusion Acetazolamide can improve the mouse anti - anoxia ability and attenuate the swimming performance.
結(jié)論乙酰唑胺能提高小鼠機(jī)體 抗 常壓的缺氧耐受能力和降低小鼠游泳耐力.
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