酶的平衡 的英文怎麼說
中文拼音 [depínghéng]
酶的平衡
英文
enzyme balance-
Effects of diverse environmental factors on the growth rate ( od4oo ) and nitrogenase activity ( ara ) of the strain w12 hi nitrogen - free culture were investigated in our experiments. the results implied that the strain w12 could easily adapt to different cultural conditions : it could use various carbon sources ( especially glucose, sucrose, malic acid, mannitol ), propagate quickly and fix nitrogen at a temperature range of 15 ? to 40 ? and at 25 - 35 ? for optimum, at a ph range of 4 to 8. 5, at a saline concentration range of 0. 01 % to 1. 5 % ; low nlv " concentration had little effect on its nitrogenase activity. ara could also be detected when it grow in the culture media with 5mmol / l ntv "
W12菌株對環境因子的適應性研究：無氮培養條件下，測定溫度、碳源、酸堿度、滲透壓對w12生長及固氮能力的影響，結果表明，在15 - 40下均能生長並表達固氮酶活性，其最適生長及固氮的溫度為25 - 35 ；能利用葡萄糖、蔗糖、蘋果酸、甘露醇等多種碳源生長並固氮，當培養基中同時存在蔗糖和蘋果酸時，細菌生長和固氮活性最強；在偏酸和偏堿的條件下（ ph4 . 5 - 8 . 5 ）均能保持較強的生長勢和較高的固氮酶活性，並能通過調節自身代謝平衡並適應環境的酸、堿性變化，使培養液趨于中性：能耐受較高的滲透壓，培養液中卜、 5 naci濃度對其生長和固氮酶活性影響不大，當naci濃度升至2時，菌株的生長勢及固氮酶活性才有所下降：低濃度的鉸對其固氮酶活性影響不大，在0" for the first discovery of an ion - transporting enzyme, na, k - atpase
發現細胞中鈉離子和鉀離子濃度平衡的酶Its raw materials are high quality soy sauce, and it is formed through balanced deployment and spray desiccation
特性：以酶水解大豆蛋白生產的醬油為原料，經過對各種組分優化平衡調配，噴霧乾燥而成。( 4 ) phosphorylation modulation decreased activitis and temperature sensitivity of bkca channel reversibly, which suggested the participation of protein phosphorylation in the temperature regulation
通道在某一時間點的磷酸化狀態取決于蛋ei激酶的磷酸化、蛋白磷酯酶的之磷酸化之間的平衡。Eolution, it seems, has determined which species are allowed to express telomerase in their somatic cells in order to maintain a delicate balance between cells that lie long, and cells that become cancerous
似乎進化決定了老鼠體細胞對端區酶的表達，得以在長壽命細胞和癌變細胞之間維持一個精細的平衡。Evolution, it seems, has determined which species are allowed to express telomerase in their somatic cells in order to maintain a delicate balance between cells that live long, and cells that become cancerous
似乎進化決定了老鼠體細胞對端區酶的表達，得以在長壽命細胞和癌變細胞之間維持一個精細的平衡。Without ammonium sulphate fractionation and dialysis, the supernatant of crude extract was directly loaded on deae - sepharose cl 6b column equilibrated by phosphate buffer ( 50mmol / l, ph7. 8 ), and the enzyme fraction was not absorbed on the column but impurities were absorbed
粗酶液無需硫酸銨沉澱及透析，即可引入磷酸緩沖液（ 50mmol l ， ph7 . 8 ）預平衡的deae - sepharosecl6b柱，上柱後用平衡緩沖液洗至基線穩定。 afpga不被吸附而直接流出。Female mice 4 - 6 weeks old were intraperitoneally injected with 10iu of pregnant mares serum gonadotropin ( pmsg ), and 48h later with 10iu human chorionic gonadotropin ( hcg )
細胞周期進人m期以前， mpf的活性調節依賴cdc25和myt激酶之間的平衡，其平衡狀態決定細胞周期進程。In order to get some functional clues from their structures, the upstream regulation region of ndrgl gene and second structure of ndrg2 protein are performed bioinformatics analysis ; we found that there are several binding sequences of some diffirent transcription factors, their functions include regulating tissue - specific gene expression, regulating expression of genes related to growth and early development of cells, besides this, regulating expression of genes under some stimulated conditions, and so on. predict in protein fold classification shows that ndrg2 belongs to alpha / beta hydrolase fold family, and there are high similarity between ndrg2 and epoxide hydrolase from bacteria, this suggests that ndrg2 protein may has enzymatic functions associated with resisting the oxidative stress, maintaining the balance of cell redox potential, involving in the metabolism process of xenobiotics or intracellular toxic molecules
研究發現呷基因的調控區存在多種轉錄因子結合位點，功能主要涉及組織特異性表達調控，細胞生長發育相關基因的表達調控，刺激反應基因的表達調控等； ndrgz蛋白在結構上屬于a小水解酶類折疊，折疊分類預測表明ndrg2與其中的的細菌環氧化物水解酶的二級結構極為相似，提示ndrgz蛋白具有一定酶活性，可能參與細胞抗氧化應激反應，維持細， an ） armtbffiofbfochmilsyn ） mdafblechmrbfobo4第四軍醫大學碩士學位論文胞內氧還電勢平衡，參與內外源有毒物質的代謝等。As a result of adapting shaded environment, large variations took place in photosynthetic unit size, electron transmission, pigment content, endogenous hormones and enzyme activities, morphological and anatomical structure, nutrient absorption and distribution to ensure fully utilizing light energy at shading conditions, and to maintain its energy equilibrium and normal life activities
草本植物為適應蔭的環境，導致在光合作用單位、電子傳遞、光合色素含量、內源激素及酶活性、植株形態解剖結構、營養物質的吸收及分配等方面產生變化，以保證在遮蔭下仍能充分利用光能，維持生長所需的能量平衡，進行正常的生命活動。分享友人