Chinese translation for "醛脱氢酶"
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- aldehyde dehydrogenase
aldehyde oxidase
Related Translations:
二氢嘧啶脱氢酶: dihydropyrimidine dehydrogenase 烯醛: olefin aldehydeolefine aldehydeolefinic aldehyde 月桂醛: dodecanallauraldehydelauric aldehydelauricaldehydelauryl aldehyde 辛醛: capryl aldehydecaprylic aldehydeoctaldehydeoctanaloctyl aldehyde 氨基醛: amido aldehydeamino aldehydeaminoaldehyde
- Example Sentences:
| 1. | The purified badh , which became a single band in sds - page , has been obtained by a combination of ammonium sulfate fractionation , ion exchange chromatography and gel filtration chromatography
辽宁碱蓬甜菜碱醛脱氢酶分子量为129kd ，单个亚基的分子量为64 . 5kd ，表明其为同型二聚体。 | | 2. | The library consisted of 1 . 3 x 106 clones with an average insert size of about 18kb . the capacity of this library was about 20 times the equivalent of the genome of atriplex centralasiatica iljin . screening the genomic library with a 400bp probe located at the 5 ' end of the badh gene obtained by rt - pcr , we got four positive clones
3x10 ‘个重组噬菌体，插入片段大小约为18kb ，含插入片段的频率为100队以中亚滨蓉甜菜碱醛脱氢酶门adh ）基因近5 ’端的约400hp片段为探针，筛选中亚滨蓉基因组文库，得到了4个阳性克隆。 | | 3. | In this research project , the agrobacterium tumefaciens mediated transformation of badh gene of tetraploid black locust has been studied , for the purpose of improving resistance to soline - alkali and drought of tetraploid black locust ; of playing more important role in developing of waste lands , ameliorating of soline - alkali soil , and greening and beautifying of surface - mined lands , mine waste dumps , slopes of roads and railroads where restoration of vegetative cover has proven difficult ; of fully making benefits of its ability to fix atmospheric nitrogen in the soil
为了进一步提高四倍体刺槐的耐盐性和抗旱性，进一步扩大其适宜种植的生态范围，充分发挥其固氮、改良土壤的特性，在我国的城镇绿化、荒山造林、盐碱地改良以及采矿迹地、公路、铁路边坡等植物生长困难土地的植被恢复中发挥其优势，本实验对四倍体刺槐进行了农杆菌介导的甜菜碱醛脱氢酶基因转化的研究。 | | 4. | According to reference , this research is the first time to transfer practically productive aim - gene to tetraploid black locust , and it is also the first time to transfer badh gene to forest - tree . this research provide a useful way in improving resistance to soline - alkali and drought of forest tree
据资料检索，该研究属首次将具有生产意义的目的基因导入四倍体刺槐，也是首次将甜菜碱醛脱氢酶基因导入林木树种，在培育耐盐抗旱型林木品种方面进行了有益的探索。 | | 5. | Badh cdna ( 1901bp ) included a 66 bp 5 " utr , a 329 bp 3 " utr and a 1506 bp orf encoding a 501 - ammo - acid polypeptide which showed 88 % sequence identity to badh from spinach , sugar beet and atriplex hortensis respectively . the deduced amino acid sequence included a decapeptide sequence " vtlelggksp " , which is highly conserved among general aldehyde dehydrogenases ( aldh ) , and a cysteine residue
Badhcdna全长1901bp ， 5端非编码区66bp ， 3端非编码区329bp ，含有2个可能的加polya信号： aataa ，开放阅读框架1506bp ，编码一个由501个氨基酸构成的多肽，与菠菜、甜菜、山菠菜badh的氨基酸序列同源性均为88 ，其中有醛脱氢酶的保守序列vtlelggksp和半胱氨酸残基。 | | 6. | In higher plants , betaine is synthesized by a two - step oxidation of choline : choline - betaine aldehyde - betaine . the first step is catalyzed by choline monooxygenase ( cmo ) . the second step is catalyzed by betaine aldehyde dehydrogenase ( badh )
高等植物中，甜菜碱由胆碱经两步酶催氧化得到，即：胆碱- -甜菜碱醛- -甜菜碱，催化第一步反应的酶是胆碱单加氧酶( cholinemonooxygenase ， cmo ) ，催化第二步反应的酶是甜菜碱醛脱氢酶( betainealdehydedehydrogenase ， badh ) 。 | | 7. | In this study , the stem segments of new shoot with axillary buds of well - growth tetraploid black locust trees were used as explants . the effects of different basic mediums , different hormone kinds and their concentrations ratios , different sucrose concentrations on calli induction , buds differentiation and rooting in the process of establishment of high frequency regeneration system of tetraploid black locust were studied . on the base of high frequency regeneration system , the effects of various factors on transformation efficiency of badh mediated by agrobacterium tumefaciens were discussed in the light of gus histochemical assays
本实验首先以生长良好的四倍体刺槐优株上当年生新梢的带腋芽茎段为外植体，研究了在四倍体刺槐高频再生体系的建立过程中不同基本培养基、不同激素浓度及其配比、不同蔗糖浓度对愈伤组织的诱导、芽的分化及生根的影响；然后在得到高频再生体系的基础上，通过农杆菌介导法转化甜菜碱醛脱氢酶( badh )基因，以gus染色组织分析为依据探讨了影响转化效率的各种因素，建立了高效、可重复的基因转化体系，为四倍体刺槐目的基因的导入打下了基础。 | | 8. | However , glybetaine does not accumulate in many important crop plants such as potato , tomato or rice . among plants glybetaine biosynthetic pathway has been thoroughly characterized in sugar beet and spinach , and biosynthesis is localized in the chloroplast by a two - step oxidation of choline via the intermediate betaine aldehyde . the first enzyme , choline monooxygenase ( cmo ) and the second enzyme are all localized in chloroplast
甘氨酸甜菜碱是由胆碱起始的两部催化反应完成的，第一个酶是胆碱单氧化酶( cmo ) ，已经被纯化，并且它是定位在叶绿体基质中；第二个酶是甜菜碱醛脱氢酶( badh ) ，它也主要定位于叶绿体中。 |
- Similar Words：
- "醛糖苷" Chinese translation, "醛酮" Chinese translation, "醛酮变位酶" Chinese translation, "醛酮重排" Chinese translation, "醛酮醣" Chinese translation, "醛烯酮" Chinese translation, "醛烯酮类" Chinese translation, "醛香" Chinese translation, "醛香水例如蒙泰伊" Chinese translation, "醛亚胺" Chinese translation
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