磷酸糖酮酸 的英文怎麼說

中文拼音 [līnsuāntángtóngsuān]
磷酸糖酮酸 英文
phosphoketuronic acid
  • : 名詞[化學] phosphorus (15號元素,符號p)
  • : 酸構詞成分。
  • : Ⅰ名詞1 [化學] (碳水化合物) sugar 2 (食糖的統稱) sugar 3 (糖果) sweets; candy; sweety Ⅱ形容...
  • : 名詞[化學] (有機化合物的一類) ketone; alkone; ket-; -one
  • 磷酸 : [無機化學] orthophosphoric acid; phosphoric acid磷酸胺 [化學] phosphamide; ammonium phosphate; 磷...
  1. Transketolase is the key enzyme of pentose - phophate pathway, catalyses transfer of a two - carbon fragment from a ketolase ( donor substance ) to an aldose ( acceptor substance )

  2. The most important carboxylase in plants is ribulose bishosphate carboxylase ( rubisco ), which catalyzes the carboxyation of ribulose bisphosphate, the ‘ carbon - fixing ’ first step in the calvin cycle

  3. In these chloroplasts carbon dioxide combines with phosphoenolpyruvate to form oxaloacetic acid, which is transported to the bundle sheath cells, where the carbon dioxide is released, then fixed by the enzyme ribulose bisphosphate carboxylase to form glycerate 3 - phosphate, the first step in the calvin cycle

  4. Based on recent molecular phylogenetic analyses using nucleotide sequences of the encoding the large subunit of ribulose 1, 5 - bisphyosphate carboxylase / oxygenase ( rbcl ), hypodematium should be not included in the athyriaceae, it has closely related to dryopteridaceae. on the other hand, athyriaceae, thelypteridaceae, blechnaceae, onocleaceae and woodisaceae form a large clade, so it may explain that tryon & tryon ( 1982 ) and kramer & kato ( 1990 ) putting it forward as dryopteriaceae s. 1

    運用cpdna基因組編碼的羧化酶大亞基( rbcl )的基因序列測定而構建的系統樹,顯示蹄蓋蕨科、金星蕨科、烏毛蕨科以及其他科構成一條與鱗毛蕨科平行的分支,因此可以說明kramer & kato ( 1990 )把蹄蓋蕨科放入廣義的鱗毛蕨科是不合理的。
  5. It is also formed from glyceraldehydes 3 - phosphate in glycolysis, with the release of atp, after which it may be converted to phosphoenol pyruvate

    也可以由酵解過程中的甘油醛3 ?形成,伴隨有atp的釋放,然後可能轉化為烯醇式丙
  6. Glycerate 3 - phosphate is the first product of the dark reactions of photosynthesis, formed by the carboxylation and cleavage of ribulose bisphosphate

    甘油3 ?是光合作用暗反應的一種產物,在二的羧化分解后形成。
  7. The metabolism of these extreme microbes during the production of maotai liquor would further produce multiple enzymes of thermal stability such as amylase, protease, saccharifying enzyme, cellulose, glucase, xylanase, and each kind of dehydrase involved in redox reaction, and dna polyase etc

  8. There are some nutritional factors and antinutritional factors in soy, nutritional factors include soy phospholipid and soy isoflavone, antinutritional factors include trypsin inhibitors, antigenic protein, lectins and phytic acid, soy oligosaccharides and soy saponins have nutritional and antinutritional effects

  9. Ppsa and tkta are the key genes in central metabolism of aromatic amino acids biosynthesis. ppsa encoding phosphoenolpyrucate synthetase a ( ppsa ) which catalyzes pyruvate into pep ; tkta encoding transketolase a which plays a major role in erythrose - 4 - phosphate ( e4p ) production of pentose pathway

    Ppsa基因編碼烯醇式丙合成酶a ( ppsa ) ,該酶催化丙合成烯醇式丙; tkta基因編碼轉酶a ,該酶在途徑中生成4 -赤蘚起主要作用。
  10. So it has increasing commercial demand. escherichia coli and many other microoganism synthesize aromatic amino acids through the condensation reaction between phosphoenolpyru vate ( pep ) and erythrose - 4 - phosphate ( e4p ) to form 3 - deoxy - d - arabinohep tulosonate 7 - phosphate ( dahp ). pep and e4p are limiting substrates for formation of dahp

    大腸桿菌和許多微生物一樣,其合成芳香族氨基的起始物是由烯醇式丙( pep )和4 -赤癬( e4p )二者縮合形成的3 -脫氧- -阿拉伯庚- 7 -( dahp ) 。
  11. Allulose phosphate route

  12. Ribulose a 5 - carbon sugar that is phosphorylated to form ribulose bisphospahate

    :一種五碳,可以通過化形成核1 , 5二
  13. Kinetic study shows that nadp + is the only valid coenzyme and that one substrate have no effect on the the other substrates " bind with the enzyme. products are competitive inhibitors, nadp + / nadph and 6 - phosphogluconate / ribulose - 5 - phosphate pairs are competitive whatever the concentration of the other substrates but noncompetitive versus the other substrates. therefore the kinetic mechanism of the 6 - phosphogluconate dehydrogenase is haldance - laidler - socquet random mechanism

    兩種底物與酶的結合互不影響,而在產物抑制效果上, 5一只競爭性抑制6一葡萄, nadph只競爭性抑制nadp + ,所以該酶催化機理是haidance一laidier一socquet隨機機理。