門冬氨酸 的英文怎麼說
中文拼音 [méndōngānsuān]
門冬氨酸
英文
aspartate-
Dl - aspartic acid
天門冬氨酸L - aspartic acid
天門冬氨酸Aspartate is readily converted to asparagine.
天門冬氨酸易於轉變成天門冬酰胺。Studies with labelled aspartate demonstrate its ready conversion into asparagine.
用標記的天門冬氨酸研究證明,它迅速地轉變為天門冬酰胺。Exogenously supplied aspartate is not an active precursor of asparagine in plant tissues.
外來供給的天門冬氨酸,在植物組織中並不是一個活躍的天門冬酰胺前體。Standard test method for isoaspartic acid in proteins : method for the determination of asparagine deamidation products
蛋白質中異天門冬氨酸的標準試驗方法:天門冬酰胺脫酰胺基製品的測定方法L - asparagine is a non - essential, neutrall, genetically coded amino acid. it is a crystalline amino acid, found in many plants, that is easily hydrolyzed to aspartic acid
天冬酰胺是一種非必需的中性晶體氨基酸,許多植物里都有,易於水解為天門冬氨酸。Papaya each containing 100 grams of up to 529 mg of amino acids, aspartic acid 149 mg, 34 mg glutamic acid, arginine 31 mg, 28 mg valine, isoleucine 34 mg, 34 mg lysine, oleanolic acid 70 mg, 24. 9 mg calcium, vc96. 8 mg apple ' s 48 times, pectin 9. 5 %, 16. 8 % of total sugar, high nutrient content of papaya and other non - comparable papaya
每100克木瓜含氨基酸高達529毫克,其中門冬氨酸149毫克,谷氨酸34毫克,精氨酸31毫克,纈氨酸28毫克,異亮氨酸34毫克,賴氨酸34毫克,齊墩果酸70毫克,鈣24 . 9毫克, vc96 . 8毫克是蘋果的48倍,果膠9 . 5 % ,總糖16 . 8 % ,營養含量之高非番木瓜和其他木瓜可比。Also found in the circulation, the des - asp heptapeptide ( angiotensin iii ) is as active as angiotensin ii in stimulating aldosterone release but has much less pressor activity
同樣可以在血循環中發現的去天門冬氨酸七肽(血管緊張素) ,它在刺激醛固酮釋放時的作用與血管緊張素一樣,但其升壓作用則不如後者。The core part of hpi comprises genes for the biosynthetic, regulatory and transport of ybt. recently, the hpi appears to be widespread in various enterobactia strains, for example, in disrrheagenic e. coli strains, citrobacter diversus, and various species of klebsiella and non - i serotypes of salmonella enterica. now, the research on yersinia hpi in the enterobactia is reported mostly from the vie wpoint of molecular epidemiology, but the structure and function of hpi in these strains is unclear
耶爾森菌的hpi有一個約30 . 5kb的功能核心區,它攜帶有與ybt合成、調節和攝取有關的基因簇irpl irp9等基因,其中, irpl irp5及irp9基因與ybt合成有關, irp6 、 irp7 、 fyua基因與其轉運有關, irp8基因功能不明, ybta基因對ybt的合成攝取起調節作用,天門冬氨酸trna ( asn - trna )是hpi的整合位點。Dr kalev said a " very important " brain receptor, called an nmda receptor, appeared to be necessary for the process
卡萊弗博士說大腦中的「門冬氨酸受體」在這一過程中起了「十分重要」的作用。Dr kalev said a & quot; very important & quot; brain receptor, called an nmda receptor, appeared to be necessary for the process
卡萊弗博士說大腦中的「門冬氨酸受體」在這一過程中起了「十分重要」的作用。" pathways by which memory is laid down are unclear, but nmda receptor is critical in this process, " dr kalev said
卡萊弗博士說: 「目前有關記憶儲存的『路徑』尚不清楚,但門冬氨酸受體在這一過程中起了關鍵性作用。 」In comparison with the results obtained with the control group, the concentrations of his, pro and ala in tobacco dried on the sheet metal decreased 30 % - 50 %, while those of asp, pro, lys, his, and arg in tobacco dried with high expansion dryer decreased significantly
而高溫氣流乾燥與對照組則表現出明顯的差異, 17種氨基酸的含量均有不同程度降低,尤其是如天門冬氨酸、脯氨酸、賴氨酸、組氨酸、精氨酸有明顯的減少。As expected from the reaction mechanism, the carboxyl groups of aspartic and glutamic acid residues were not modified, while the amino groups that could react with the activated peptides were concomitantly protected by formylation
如反應機理所預測的那樣,天門冬氨酸和谷氨酸殘基未被修飾,而能與活性肽反應的氨基則同時被甲酰化保護起來。It ' s pi is 5. 2 as determined with ief. amino acid composition analysis showed that one subunit of 6 - phosphogluconate dehydrogenase has about 480 amino acids and there are plentiful of ala, asp, leu, ser, glu, thr, phe, lys in it
氨基酸組成分析表明:枯草芽孢桿菌6 -磷酸葡萄糖酸脫氫酶的亞基由約480個氨基酸殘基組成,富含丙氨酸、門冬氨酸、亮氨酸、絲氨酸、谷氨酸、蘇氨酸、苯丙氨酸、賴氨酸。Evaluation of curative effect of potassium magnesium aspartate in treating arrhythmia
門冬氨酸鉀鎂治療心律失常療效評價Clinical comparative study of azithromycin aspartate and erythomycin in the treatment of mycoplasmal pneumoniae
門冬氨酸阿奇黴素與紅黴素治療支原體肺炎的臨床研究However, rats which did show high numbers of nmda receptors exhibited memory improvement when given small amounts of alcohol
然而,大腦中有大量門冬氨酸受體的白鼠在攝入少量酒精后,記憶力則會增強。Testing done on rats showed if they did not have enough nmda receptors, their memory did not improve when given low alcohol doses
白鼠試驗表明,如果它們大腦中沒有足夠的門冬氨酸受體,即使攝入少量酒精,記憶也不會得到改善。分享友人