磷酸水解酶 的英文怎麼說
中文拼音 [līnsuānshuǐjiě]
磷酸水解酶
英文
phosphohydrolase-
Elevation of intracellular calcium ions may be partly induced by increased influx through sarcolemma l type - calcium channels. intracellular calcium elevation, on one hand, would activate calpain, a calcium - dependent cysteine protease that degrade the myofibrillar proteins and cause muscle atrophy ; on the other hand, result in activation of calcineurin which enhance the activity of mhc i promoter and inhibit a shift of mhc isoforms from slow to fast in soleus
這樣，可能使得萎縮比目魚肌細胞內鈣離子水平升高，細胞內鈣離子靜息濃度的增加一方面激活calpain ，增加收縮蛋白的降解，使肌肉萎縮；草四軍醫大月卜祠成士學位論文另一方面通過激活鈣調神經磷酸酶，增加快型mhc基因的表達，使骨骼肌肌球蛋白重鏈（ mhc ）發生由慢型向快型的轉化。According to the properties of litter substrate, the enzymes are classified into cellulolytic enzymes, ligninolytic enzymes, proteolytic enzymes and phosphatase
根據森林凋落物底物性質的不同，將凋落物分解酶分為纖維素分解酶類、木質素分解酶類、蛋白水解酶類和磷酸酶類。Glu of cns mainly comes from glutamine and phosphate activated glutaminase ( pag ) can decomposed the glutamine to glu and ammonia and is the main source of the glu of the cns, so pag is used as the special marker of glutaminergic neurons
磷酸激活的谷氨酞胺酶（ pag ）能催化谷氨酞胺水解為giu和氨，是中樞內gill的主要來源。困此pag一直被作為研究gill能神經元的特異性標識物。Electrolyte analysis was consistent with acute tumour lysis syndrome ( atls ) with hyperkalaemia, hyperphosphataemia, hyperuricaemia, hypocalcaemia and elevated serum creatinine and lactate dehydrogenase levels
電解質分析結果符合急性腫瘤細胞溶解綜合征合併高鉀血癥、高磷血癥、低鈣血癥、血肌酐和乳酸脫氫酶水平升高。Phytases are hydrolytic enzymes that initiate the release of phosphate from phytate, the major phosphorus ( p ) form in animal feeds of plant origin. phytases are found naturally in microorganisms and plants
植酸是植物性飼料中磷的主要貯存形式，植酸酶是一種能將植酸水解並釋放出無機磷的酶，它廣泛存在於微生物與植物中。Phytases catalyze the hydrolysis of phytic acid or phytate ( myo - inositol hexakisphosphate ) to inositol and inorganic phosphate. their roles in eliminating anti - nutritional effects of phytate in plant fodder or foods, in increasing the efficiencies of protein and various microelement utilizations in the animal body and the animal productivities, in reducing the amount of phosphorus in animal excretions and thus reducing environmental pollutions, etc, have been the research focuses domestically and internationally
植酸酶是一類能催化植酸及植酸鹽水解成肌醇和無機磷酸鹽的酶，它具有解除植物性飼料（或食品）中植酸的抗營養作用、提高機體對蛋白質及多種微量元素的利用率、促進生長發育、提高動物生產性能、減少糞便中磷的排放量、降低磷對環境的污染等多種功能，因而受到國內外的廣泛關注。Phytase is a kind of enzymes which can catalyze the hydrolysis of phytate into myo - inositol and phosphate. it can relieve anti - nutrition of phytate and improve the nutritional value of animal feed from plant, the study on phytase, especially acidic phytase produced by micro - organism, is paid much attention by scientists in our country and abroard
植酸酶是催化植酸及植酸鹽水解成肌醇和無機磷酸鹽的一類酶，它能夠解除動物植物性飼料中植酸的抗營養作用，提高植物性飼料的營養價值，因而受到國內外廣泛關注，尤其是微生物所產生的酸性植酸酶。Rt - pcr kit was from takara technology co. ltd. the sequence of the primer of pkb are shown below, together with all the sodn and saodn oligodeoxynucleotide were synthesized in takara technology co. ltd. pkb primers ; forward primer 5 ' cga gaa gcc gcg acc caa cac3 ' and reverse primer 5atg cac tac cgc cgg a3 "
有絲分裂前， cdcz / cy山b 、組蛋白h ;激酶的活性通過被weel和myt激酶磷酸化cdcz的1卜巧和thr14殘基而抑制。在有絲分裂期mpf可以被cdc25活化，這兩個位點被去磷酸化， cdc25是蛋白水解酶，可以使cdcz的t打巧脫離磷酸化。B - actin primers : forward 5tcc tat cgg cct cct cct ac 3 " and reverse 5aga atg tag tcc gcc agg tc 3 ", designed for 200bps. saodn oligodeoxynucleotide of pkb : stac agc ctg aga gga cct acc tg3 "
在有絲分裂期， edc25經歷216位ser磷酸化同時其水解酶活性增強，活化的mpf磷酸化並活化edc25 ，形成正反饋，結果進一步活化mpf前體，活化的mpf促進細胞周期g2 / m期轉換。Protein degradation is one of the major regulatory processes that allow the adaptation, repair, or removal of mutated or damaged thylakoid proteins during environmental or developmental changes. intracellular proteases play an essential role in the turnover of intracellular proteins
在光合作用中，葉綠體類囊體膜蛋白復合物進行光能的吸收、傳遞和轉化，水的裂解及光合磷酸化等，這些膜蛋白的周轉更新需要蛋白酶的作用。One is phosphatase - like domain and the other is glycerol - 3 - phosphate dehydrogenase domain. the former domain may catalog the dephosphation of the glycerol - 3 - phosphate and the later presumably synthesize the glycerol - 3 - phosphate according to similarity searching, domain localization and structure comparison. these should give an evidence for the functional research of this gene
通過相似性搜索，結構域定位以及結構比較分析我們認為磷酸化酶結構域很可能是催化3一磷酸甘油水解，而3一磷酸甘油脫氫酶結構域是催化3一磷酸甘油合成的，為這個基因功能的鑒定提供了根據分享友人