hydrogenase

hydrogenase

1. Geranylgeranyl hydrogenase(GGH)

牻牛儿基牻牛儿基氢化酶（GGH）

2. Lactatede hydrogenase (LDH)

乳酸脱氢酶

3. The clinical observation on the influence of oxytocin in neonates jaundice with glucose-6-phosphate de hydrogenase deficiency

催产素对葡萄糖-6-磷酸脱氢酶缺陷症新生儿黄疸的影响

4. Photosynthesis is modulated by oxygen, and we have an oxygen-insensitive hydrogenase that we think will totally change this process.

光合作用受氧调节，而我们使用的对氧不敏感的氢化酶，将完全改变这一过程。

5. Keywords Photobiological hydrogen production;hydrogenase;photobioreactor;feasibility;

光生物产氢;氢酶;光生物反应器;可行性;

6. Molecular genetics；Lactate hydrogenase；Gene therapy；Prostate cancer；Cancer-induced cDNA

关键词:分子遗传学；乳酸脱氢；基因治疗；前列腺癌

7. Keywords Electrochemistry;Fe-onry hydrogenase;Iron surfide;Phosphine ligand;Ruthenium;

关键词电化学;唯铁氢化酶;铁硫配合物;膦配体;钌;

8. Advance in Chemical Mimic of Fe-Only Hydrogenase

化学模拟唯铁氢化酶研究进展

9. Keywords monosulfuron;soil microorganism;hydrogenase;invertase;soil respiration;

单嘧磺隆;土壤呼吸;土壤微生物;脱氢酶;转化酶;

10. Effects of Monosulfuran on Respiration, Hydrogenase and Invertase Activity in Soil

单嘧磺隆对土壤呼吸脱氢酶和转化酶活性的影响

11. soluble hydrogenase

可溶性氢酶

12. Studies on FTIR Spectra of Soluble Hydrogenase from Chromatium Vinosum

可溶性氢酶的FTIR谱的研究

13. Purification and Properties of Soluble Hydrogenase from Photosynthetic Bacterium Chromatium vinosum

可溶性氢酶的分离提纯及特性

14. reversible hydrogenase

可逆氢酶

15. uptake hydrogenase

吸氢酶

16. Fe-only hydrogenase

唯铁氢化酶

17. Keywords Fe-only hydrogenase, H-Cluster, Diiron azadithiolate,Phosphine, Redox chemistry, Bioinorganic chemistry;

唯铁氢化酶;氢簇;双铁氮杂硫醇盐;膦配体;氧化还原;生物无机化学;

18. Keywords Fe-only hydrogenase;active site;ferrocene;sulfur-iron clusters;phosphane ligand;redox;cyclic voltammogram;

唯铁氢化酶;活性中心;二茂铁;铁硫簇合物;膦配体;氧化还原;循环伏安;单晶结构;

19. Keywords Fe-only hydrogenase;active site;sulfur-iron clusters;phosphane ligand;L-cysteine;redox;cyclic voltammogram;single structure;

唯铁氢化酶;活性中心;铁硫簇合物;膦配体;L-半胱氨酸;氧化还原;循环伏安;单晶结构;

20. Keywords Fe-only hydrogenase;Diiron Complex;Phosphine ligand;Decarboxylation reaction;Internal base;

唯铁氢化酶;铁硫配合物;膦配体;脱羧反应;分子内碱基;

21. CATALYSTIC PROPERTIES OF HYDROGENASE FROM ANABAENA AZOTICA LEY HB686

固氮鱼腥藻（Anabaena azotica Ley HB686）氢酶的催化性质

22. periplasmic hydrogenase

外周质氢化酶

23. Studies on Hydrogenase from Rhizobium japonicum and Rhizobium arachis

大豆和花生根瘤菌氢酶的研究

24. fumaric hydrogenase

富马酸氢化酶

25. Fe-only hydrogenase can catalyze the reversible reaction of protons and electrons to molecular hydrogen in nature.

对铁氢化酶活性中心进行化学模拟将有可能产生出新型的产氢催化剂。

26. fumarate hydrogenase

延胡索酸氢化酶

27. Keywords biohydrogen;mechanism;metabolism;hydrogenase;

微生物制氢;机理;代谢途径;氢酶;

28. In Silico Cloning and Evolution Analysis of Geranylgeranyl Hydrogenase Gene from Lotus corniculatus var. Japonicus

日本百脉根牻牛儿基牻牛儿基氢化酶的电子克隆及进化分析

29. This paper summarizes the types of hydrogen-producing microbes, the research on biohydrogen metabolism and the catalytic mechanism of hydrogenase, and brings forward the prospect.

本文主要综述产氢微生物的种类、微生物产氢代谢途径和关键酶催化机理,并展望微生物产氢研究的发展方向。

30. STUDIES ON TRANSFERENCE OF HYDROGENASE GENES OF RHIZOBIUM ARACHIS

根瘤菌吸氢酶基因转移的研究

31. Keywords C/N ratio;hydrogen producing bacteria;hydrogenase;alcohol dehydrogenase;enzyme activity;

比;产氢细菌;氢化酶;乙醇脱氢酶;酶活性;

32. Hydrogenase cytochrome

氢化酶(细胞色素)

33. Keywords Fe-only hydrogenase;Diiron dithiolate complex;Carbene-pyridyl ligand;Trinuclear [NiFe_2] complex;Internal base;

氢化酶;二铁二硫配合物;卡宾吡啶配体;镍铁异核配合物;分子内碱基;

34. Recent Advances on the Structure and Catalytic Mechanism of Hydrogenase

氢酶结构及催化机理研究进展

35. Keywords Rhodobacter sphaeroides;hydrogen production;affecting factors;nitrogenase;hydrogenase;photobioreactor;

球形红假单胞菌;光合产氢;影响因子;固氮酶;吸氢酶;光生物反应器;

36. Keywords biochemistry engineering;Fermentation;Biohydrogen production;Hydrogenase;Progress;

生物化学工程;生物制氢;综述;发酵;氢酶;

37. formic hydrogenase

甲酸氢化酶

38. steroid hydrogenase

甾类氢化酶

39. Cytochrome-c3 hydrogenase

细胞色素-c3氢化酶

40. The metabolism of hydrogen which involved hydrogenase was the main reason for the MIC of AZ91 alloy.The SRB accelerated the cathodic reaction through the cathodic depolarization.

细菌的代谢过程所导致的电极的阴极去极化加速了镁合金的点蚀的形成和发展。

41. This paper presents a review on the basic process of hydrogen photoproduction,Photodecomposition water and actions of nitrogenase and hydrogenase etc.

经济发展和人类对能源需求造成了诸如环境污染、常规能源短缺等一系列问题。

42. Keywords Carbonylcyanide-m-chlorophenylhydrazone（CCCP）;Chlamydomonas reinhardtii;Photochemical activity;Hydrogen gas;Hydrogenase;

羰基氰化物间氯苯腙（CCCP）;莱茵衣藻;光化学活性;氢气;氢酶;

43. The recent growing up of chemistry of hydrogenases, especially the Fe-only hydrogenase have renewed interest in classical organometallic diiron dithiolate complexes.

近几年发展起来的氢化酶化学，尤其是唯铁氢化酶活性中心的化学模拟研究，把铁硫簇化学的研究推向了又一高潮。

44. These two strains have great potential in purification of waste water and production of CH4, because they can utilize a few simple organic compounds and contain hydrogenase.

这两株光合细菌能利用多种简单有机物,并含有氢化酶,在废水净化及产甲烷方面有较广阔的应用前景。

45. Keywords hydrogenase active site structure catalytic mechanism chemical mimic;

镍铁氢化酶;活性中心结构;催化机理;化学模拟;