肝脾不和 的英文怎麼說

中文拼音 [gānbìbùhé]
肝脾不和 英文
incoordination between the liver and the spleen
  • 肝 : 名詞（人和高等動物的消化器官之一） liver
  • 脾 : 名詞（脾臟） spleen
  • 不 : 名詞[書面語] （剁物所用的木墩） a block of wood
  • 和 : 和動詞（在粉狀物中加液體攪拌或揉弄使有黏性） mix （powder） with water, etc. : 和點兒灰泥 prepare some plaster
  1. Trial 3, effect of supplemental copper of different type on no - specific immunity of mice the grouping of experiment animal was the same as trial 1, at 7th, 14th, 21th, 8th, one mouse was injected diluent chinese ink for 10mg / kg avoirdupois with 4 times after weighing, blood was made from eyepit in time of second and 20th minute after injecting, killing the mouse immediately, weighing the liver and spleen, calculate the correct phagocytic index

    試驗三，不同形式銅對小鼠非特異性免疫功能的作用試驗動物分組同試驗一，進入正式試驗期后，在第7天、 14天、 21天、 28天每重復選取1隻小鼠，稱重后按10ml kg體重尾尖靜脈注入4倍稀釋的中華墨汁，注入墨汁后2min和20min分別從眼眶取血測吸光值，最後一次采血后立即處死小鼠，取肝臟和脾臟稱重，計算矯正吞噬指數。
  2. Before hepatitis patient is choosing qigong treatment, the pathology of main basis liver, bravery, lienal, stomach will generalize measure of baconian diagnosis and treatment, when choosing qigong method yi yinggen occupies a men and women old young physiology is different, the constitution loses by force each different and individual qigong accomplishment and main symptom will choose more the result method of suit, but a little collective also principle

    肝炎病人在選擇氣功療法前，主要根據肝、膽、脾、胃的病理來概括歸納診療措施，在選擇氣功方法時亦應根據男女老幼生理不同，體質強弱各異以及個體的氣功素養和主要癥狀來選擇更加切合的功法，但也有些共同原則。
  3. The derma, scale follicle, fin, gill, kidney, liver, spleen and intestine of diseased fish revealed to a greater or lesser degree pathological changes, especially in the kidney, derma and gill

    病魚的皮膚、鱗囊、鰭、鰓、腎、肝、脾和腸都顯出不同程度的病理變化，尤其是腎、鰓和皮膚更嚴重。
  4. The eliminative speed also had difference in different tissues. t1 2b was the highest in the spleen, then in the liver and kidney

    稀土進入組織后消除速度也因組織不同而有所差異，消除半衰期以脾最高、其次是肝和腎。
  5. Collection and preservation of samples : as soon as the three vital signs disappeared, the dogs were anatomized, and the heart, liver, kidney, spleen, lung, brain, muscle in the injection location and no injection location, the heart blood, urine, bile, cerebrospinal fluid ( csf ) in the lateral ventricle and spinal subarachnoid space, spinal cord ( medulla oblongata, cervical cord, the upper beast spinal cord, breast spinal cord and waist spinal cord ) were taken out, some of which were preserved at - 20 for qualitative and quantitative analysis, and the others were fixed with 4 % formaldehyde for the pathology observation

    3 、樣品採集：當心電、血壓和呼吸全部消失時，迅速解剖動物，採取心臟、肝臟、腎臟、脾臟、肺臟、大腦、注射部位肌肉、注射部位20cm以外肌肉、心血、尿液、膽汁、側山西醫科大學碩士學位論文腦室腦脊液、脊髓腔腦脊液和不同節段的脊髓（包括延髓、頸髓、上胸部脊髓、胸部脊髓和腰部脊髓）等組織，冷凍保存。 4 、病理觀察:採取心臟、肝臟、 』腎臟、脾臟、肺臟、大腦、脊髓等組織， 4 %甲醛固定，石蠟包埋，切片， he染色，光鏡觀察。
  6. Through analyzing wu yingen ' s experience in clinical application of harmonizing therapy, it was pointed out that this method is usually applied for syndromes neither exterior nor interior, unlike excess nor deficiency, cold nor heal, with qi or blood neither involved

    摘要以發熱案、肝脾不和案及腸胃不和案為例，介紹上海市名中醫吳銀根教授臨證應用和解法的經驗。
  7. The results showed that the interaction between selenium and mercury in rats mostly is the antagonism on the both acute toxicity tests and sub - chronic ones. liver, kidney, gland, heart, spleen, lungs, stomach and testis of rats are the target organs of mercury, selenium and their joint poison. and liver, kidney and spleen are three most important target organs

    研究結果表明，大鼠體內硒與汞的急性和亞慢性相互作用主要表現為拮抗作用；大鼠肝臟、腎臟、胸腺、心臟、脾、肺、胃和睪丸等組織器官都是硒、汞及其聯合毒物的靶器官，其中肝臟、腎臟、脾臟是三個主要靶器官；肝臟中汞與硒的含量呈高度正相關，腎臟中汞與硒的含量呈負相關，但相關性不甚好。
  8. This study was to investigate the effects of sulfur dioxide inhalation at different concentrations on some glutathione - related enzymes such as glutathione s - transferase ( gst ), glucose 6 - phosphate dehydrogenase ( g6pd ) and glutathione reductase ( gred ) in brain, lung, heart, liver, kidney and spleen of mice by the technology of biochemical toxicology. the results were showed as follows, so2 exposure at different concentrations caused the changes of glutathione redox system. moreover, the activities of antioxidative enzymes and the contents of reduced glutathione ( gsh ) were decreased significantly in different tissues at higher concentrations of soa

    本研究利用生化毒理學技術研究了不同濃度二氧化硫吸入（ 22 2mg m ~ 3 ， 64 3mg m ~ 3 ， 148 23mg m ~ 3 ）對純系昆明小鼠腦、肺、心、肝、腎、脾六種組織的谷胱甘肽還原酶（ glutathionereductase ， gred ） 、谷胱甘肽硫轉移酶（ glutathiones - transferase ， gst ）和葡萄糖- 6 -磷酸脫氫酶（ glucose6 - phosphmedehydrogenase ， g6pd ）活性的影響，結果表明so _ 2吸入使小鼠不同組織的谷胱甘肽氧化還原系統發生了改變，表現為隨著so _ 2吸入濃度的增加，該系統中的抗氧化酶活性的顯著變化和抗氧化物質水平的顯著降低，且存在著組織差異性。
  9. Among the joint dose experiments, the antagonism of selenium and mercury is the most evident in the rats with 2 : 1 mol - ratio of selenium and mercury but the least in the rats with 1 : 2 mol - ratio of selenium and mercury. the results also showed that there are two essential conditions for good antagonistic effect of selenium and mercury and 1 : 1 mol - ratio relationship of selenium and mercury in the most organs ( liver, gland, spleen, stomach and lungs ). one is that the content of mercury is more than 100nmol / g, and another is the 2 : 1 dose ratio of selenium and mercury

    總體而言，雌性大鼠對硒、汞毒性的拮抗作用與雄性大鼠相比時更為敏感；相同性別的大鼠體內，聯合高劑量時硒、汞的拮抗作用最明顯，聯合中劑量時，拮抗效果相對不明顯，而聯合低劑量時，拮抗效果最差；聯合摩爾劑量比為2 ： 1 （ se ： hg ）和汞的積累濃度大於100nmol g ，是大鼠體內大部分組織器官（肝臟、胸腺、脾、胃、肺）中四川大學碩士學位論文硒、汞等摩爾比積累的兩個必要條件，同時也是硒、汞的相互作用產生最佳桔抗效果的兩個重要前提。
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