組織性缺氧 的英文怎麼說

中文拼音 [zǔzhīxìngquēyǎng]
組織性缺氧 英文
histogenous hypoxia
  • 組 : Ⅰ名詞1 （由不多的人員組成的單位） group 2 （姓氏） a surname Ⅱ動詞（組織） organize; form Ⅲ量詞（...
  • 織 : 動詞（編織） knit; weave
  • 性 : Ⅰ名詞1 （性格） nature; character; disposition 2 （性能; 性質） property; quality 3 （性別） sex ...
  • 缺 : Ⅰ動詞1 （缺乏; 短少） be short of; lack 2 （殘缺） be missing; be incomplete 3 （該到而未到） be ...
  • 氧 : 名詞[化學] （氣體元素） oxygen （o）
  • 組織性 : constitutive
  • 組織 : 1 （組織系統） organization; organized system 2 （組成） organize; form 3 [紡織] weave 4 [醫學] [...
  • 缺氧 : anoxia; hypoxia; oxygen deficit; oxygen lack缺氧代謝 anaerobic metabolism; 缺氧環境 oxygen defici...
  1. Chemical industry information not merely embodyed the ordinary chemistry information substance, chemistry manufacture technological process and representative installation introduction are still have, in case contacing legal institutions sulphuric acid ? nitric acid industry system law ( ammonia oxidate law ), synthetic ammonia industry, chlorine and caustic soda are manufacture to electrolysis salt water, along with electrogilding, refine aluminium, iron - smelting and steel - smelting, cement and glass manufacture summarized account, the mineral oil is refined, hence, the chemical industry information education is contrastd against the ordinary chemistry information education, proper such representative means, be living, the means interpreted is in speech oridinarily wholly adoptd in the chemical industry information education, now most of tutors also is adopt the means interpreted in speech, cause that the chemical industry information education is insipid like this, student lack interest to chemical industry information study, but as a result of value the pair foundation, light practice, student may say the become a mere formality to chemical industry information study o since multi - med

    化工知識不僅包含了一般化學知識的內容，還帶有化學生產工藝流程及典型設備的介紹，如接觸法制硫酸，硝酸的工業製法（氨氧化法） ，合成氨工業，電解食鹽水製造氯氣和燒堿，以及電鍍、煉鋁、煉鐵和煉鋼，水泥和玻璃的生產簡介，石油的煉制等，因此，化工知識教學與一般化學知識教學相比，應有其典型的方法。在過去，化工知識的教學一般都採用口頭講解的方法，現在大多數教師也是採用口頭講解的方法，這樣使得化工知識的教學乏味，學生對化工知識的學習缺乏興趣，又因重視雙基，輕實踐，學生對化工知識的學習可以說流於形式。由於多媒體的輔助教學的高效性、形象直觀性、新穎性和多樣性、人工模擬等特點，很適合化工知識的教學，應用多媒體教學化工知識可以解決目前存在的諸多問題，如：模型短缺、組織參觀活動困難、教育經費不足、學生不易觀察等。
  2. Background : tissue tolerance to oxygen privation during acute normovolaemic haemodilution with different fluids remains unclear

    背景：在急性等容性血液稀釋過程中，使用不同液體組織對缺氧的耐受能力尚不明確。
  3. Effects of androgen on superoxide dismutase activity and malonaldehyde content in brain tissues of newborn rats after hypoxia and ischemia

    雄激素干預后缺氧缺血新生大鼠腦組織超氧化物歧化酶活性及丙二醛含量的變化
  4. The effect of hpc is broadened remotely to protect different organ - tissues in other regions ( remote / ectopic hpc, r / e hpc ) and crossly to resist a variety of stresses other than hypoxia ( cross / pluripotential hpc, c / phpc ) from protection of original local in situ organ - tissue repeatedly exposed to hypoxia ( local / in situ hpc, i / ii hpc )

    缺氧預適應的效應已由對重復缺氧局部原位器官組織的保護（局部原位缺氧預適應）發展到既保護遠隔的各種異位器官組織（遠程異位缺氧預適應）又抗禦其它種種非缺氧性應激（交叉多能缺氧預適應） 。
  5. Obesity - related liver injury can be attributed to leptin, tissue hypoxia, and reactive oxygen species produced during apnea episodes

    與肥胖相關的肝損傷可以歸因為呼吸暫停間歇過程中產生的瘦素、組織缺氧和活性氧。
  6. Influences of radix astagali seu hedysari on contents of nitric oxide and malondialdehyde in brain tissue of young rats with cerebral injury after cerebral ischemia and anoxia

    黃芪干預缺血缺氧性腦損傷幼鼠腦組織一氧化氮及丙二醛含量的變化
  7. Honokiol ameliorates focal cerebral ischemia and enhances tissue reactive oxygen species scavenging capacity after cerebral ischemia - reperfusion

    和厚樸酚改善局灶性腦缺血並提高腦缺血再灌注后組織對活性氧的清除能力
  8. 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。
  9. Previous studies have showed that sulfonylureas possess a bidirectional effect on cardiovascular system : they can raise the coronary artery tone, aggravate ischemic injury to the cardiovascular tissues, and accelerate cardiac hypertrophy through closing cardiovascular atp - sensitive k ( superscript - ) channels ; meanwhile they can also regulate glucolipid metabolism, modulate inflammatory reaction and inhibit atherosclerosis through activating peroxisome proliferators - activated receptors

    摘要基礎研究表明，磺脲類藥物對心血管系統有雙向影響：磺脲類藥物能夠關閉心血管系統atp敏感性鉀通道，從而增高冠脈張力，加重缺血對心血管組織的損傷和促進心臟肥厚的發生；另一方面，磺脲類藥物能夠激活過氧化物酶體增殖物激活受體，從而調控糖脂代謝，調節炎癥反應和抑制動脈粥樣硬化的發生。
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