rnase

rnase

1. C.pneumoniae RNase HIIb

HIIa

2. The antagonism of iRNA is sensitive to RNase but not to DNase or pronase.

iRNA的这两种对抗效应均对RNase敏感而耐受DNase和Pronase。

3. RNACase, RNase

ribonuclease

4. RNase B

ribonuclease B

5. Procaryotic Expression of RNase A by pET28a Expression System in E. coli

RNase A及其链亲和素融合蛋白在pET系统中的表达

6. RNaseⅢ- absented strains

RNaseⅢ缺失菌株

7. RNase control

RNase控制

8. RNase activity

RNase活性

9. Results RNA was stable in the middle ear effusion and RNase digested RNA rapidly.

RNA的稳定性则通过光谱分析的方法获得。

10. Keywords RNAse;protection assay;gene expression;nibric oxidesynthase;rat$;

RNA酶;保护试验;基因表达;一氧化氮合酶;大鼠;

11. RNase A

RNA酶A

12. RNase D

RNA酶D

13. RNase H

RNA酶H

14. RNase N1 and N2

RNA酶N1和N2

15. RNase O

RNA酶O

16. RNase P

RNA酶P[核酶之一种]

17. RNase T

RNA酶T

18. RNase I

RNA酶Ⅰ

19. RNase protection

RNA酶保护术

20. RNase inhibitor

RNA酶抑制剂

21. The immune response mediated by RSV-i-RNA was blocked when RSV-i-RNA was treated with RNase Treatment of DNase and Pronase did not affect the activities of RSV-i-RNA.

RSV-i-RNA的上述作用可被RNase所阻断,但不受DNase和Pronase的影响。

22. Structure and Activity of RNase A in SDS Aqueous Solution

SDS溶液中核糖核酸酶A的结构及活性研究

23. The Formation of An Unique RNase A Resistant Complex at the Upstream of Adenovirus L1 Poly(A) Site

一个独特的RNA酶A抗性复合物在腺病毒L1 poly(A)位点的上游形成

24. Once the cells are infected with HIV, RNase will hinder virus replication.

一旦细胞感染了HIV，核糖核酸酶就会阻碍病毒的复制。

25. PURIFICATION OF A NEW RNase RNase TCS

一种新的核糖核酸酶-栝楼核糖核酸酶的纯化

26. Expressions of Three Wheat S-like RNase Genes Were Differentially Regulated by Phosphate Starvation

三个类核糖核酸酶基因在磷饥饿条件下的表达

27. The relative coefficient between RNase vitality and the amount of RNA,which are negatively linearly related,is-0.9796~(??).

不育系雄蕊的核糖核酸酶活力与RNA含量呈负直线相关,相关系数为-0.9796**。

28. The relative coefficient between RNase vitality and the amount of RNA, which are negatively linearly related, is -0.9796(superscript **).

不育系雄蕊的核糖核酸酶活力与RNA含量呈负直线相关，相关系数为-0.9796(上标**)。

29. The relative coefficient between RNase vitality and the amount of RNA, which are negatively linearly related, is -0.9796**.

不育系雄蕊的核糖核酸酶活力与RNA含量呈负直线相关，相关系数为-0.9796**。

30. Keywords hepatitis B virus;ribozyme;RNase P;gene therapy;

乙型肝炎病毒;核酶;核糖核酸酶P;基因治疗;

31. Rnase, Dnase Free.

产品特点：挂壁少。

32. Ang forms more restricted complex (Ki=7.1 X 10-16) with RI than that formed by RI and RNase A.

但Ang与RI有更大的亲和力(ki=7.1×10~(-16)M)。

33. Keywords RNase P;external guide sequence （EGS）;human cytomegalovirus （HCMV）;phosphotransferase;

关键词核酶P;引导序列;人巨细胞病毒;磷酸转移酶;

34. The thermally-induced and pressure-induced unfolding of ribonuelease A(RNase A)have been followed by Fourier transform infrared(FTIR)spectroscopy.

利用二维相关红外光谱结合主成分分析研究了核糖核酸酶热诱导和压力诱导条件下的构象变化行为。

35. Some phages showing low, medium, high specificity to each target protein, lysozyme, insulin and RNase A, had been selected respectively for sequencing.

利用新建立的交替洗脱法，使用其它目标蛋白质对噬菌体展示肽库进行筛选，又获得了对胰岛素和核糖核酸酶A具有高亲和力的噬菌体。

36. RNase Activity of Single Chain Ribosome-Inactivating Proteins

单链核糖体失活蛋白的核糖核酸酶活性

37. The apparent binding constants and apparent binding rate constants of Fe2 or Fe4 to Hb, BSA, Lys, RNase, SOD were obtained.

另外计算了四种蛋白质人血红蛋白Hb,牛血清白蛋白BSA,溶菌酶Lys,胰核糖核酸酶RNase 与Fe_2或Fe_4的结合常数和结合速率常数,并且得到了Fe_4与蛋白质结合需要的活化能。

38. Using indirect immunofluorescence to detect the expression of mDNA with positive standard serum samples on nine cultured cell lines and pre-treated cells by DNAse, RNAse or trypsin.

同时研究细胞膜DNA分子在不同细胞表面的表达,用DN A酶、RNA酶及胰酶鉴定抗原性质。

39. The optimal results of this staining procedure were obtained under the conditions of 30 rain BrdUrd labeling time, 2.4 mol/L HC1, 30 min HC1 treatment, 1 hour incubation of the monoclonal antibody to BrdUrd and without RNase treatment.

在30分钟BrdUrd标记时间,2.4mol/L盐酸30分钟处理时间及抗BrdUrd单克隆抗体20℃1小时温育时间等条件下,可获得满意的染色结果,并且不需要核糖核酸酶的处理。

40. Seeing from the activity of DNase and RNase,they increase at the progress of consenescence in bamboo leaves.

在核酸酶的活性方面，竹叶衰老过程中，RNase与DNase的活性会增加。

41. Keywords genetic engineering bacteria;HBV;RNase H;fermentation;

基因工程菌;人乙型肝炎病毒;核糖核酸酶H基因;发酵;

42. Effect of exogenous spermine on proteinase and RNase in wheat seedling under water stress

外源精胺对水分胁迫下小麦幼苗蛋白酶和核糖核酸酶活性的影响

43. The affinity of the recombinant human RI with double site mutation was examined for RNase A and its anti-oxidative effect.

对表达产物进行亲和层析纯化及抗氧化活性检测。

44. The EGS can be covalently linked to Ml RNA, the catalytic RNA subunit of RNase P, forming a new kind of ribozyme, M1GS.

将EGS共价连接到M1 RNA的3′末端成为附属于M1 RNA的一段引导序列，称为GS。

45. Activity of RNase and DNase Healthy and Stripe-rust Infected Wheat Leaves

小麦条锈病罹病叶片核酸水解酶活力的变化

46. By using lysozyme, RNase A and protein disulfide isomerase (PDI) as model proteins, we present a hypothesis that protein cross-linking can be accomplished in three concerted steps: (1) a change in protein conformation;

我们以溶菌酶、核糖核酸酶A和蛋白质二硫键异构酶为模型在体外详细地研究了异肽键，提出了解释异肽键形成机理的假说：1)蛋白质发生构象变化包括二级结构的改变；

47. Resistant RNase

抗核糖核酸酶

48. Methods: Anaerobic culture Campylobacter jejunum , hydroxybenzene-water method extract LPS. DNase,RNase, Proteinase K digest DNA RNA and protein.

方法：厌氧培养Pennor O:19型空肠弯曲菌，酚-水法提取LPS，DNase，RNase, Proteinase K消化混合物中的DNA，RNA及蛋白质。

49. RNase free reagent

无RNA酶试剂

50. In this study, with the help of the intermidiate vector pJIT163,2-5A gene and Rnase L gene were cloned into the binary plant expression vector pBINplus to obtain the plant transformation/expression vector pBIN2-5A and pBINRL.

本文利用2-5A基因和RNase L基因,通过中间载体pJIT163将2-5A基因和RNase L基因克隆到双元植物表达载体pBINplus上,分别构建了2-5A基因的植物表达载体pBIN2-5A和RNase L基因的植物表达载体pBINRL。

51. Like RNase A, the S-protein shows the samebehavior of shifting the melting temperature of double stranded DNA although it doesnot show any ribonuclease activity.

本文报道,核糖核酸酶A经枯草杆菌蛋白酶作用后,被切断而形成一个20肽和s-蛋白。

52. It was reported that inhibition of polysaccharides including heparin, LMW heparin, BCG polysaccharide, hyaluronic acid and astraglus polysaccharide on RNase.

本文报道了肝素、低分子肝素、透明质酸、卡介菌多糖、黄芪多糖等对核糖核酸酶的抑制作用。

53. S-protein was isolated from RNase A by polyacrylamide gel electrophoresis afterproteolytic digestion with subtilisin.

核糖核酸酶A具有DNA结合蛋白的作用。

54. s-PROTEIN OF RNase A AS A DNA MELTING PROTEIN

核糖核酸酶A的s-蛋白与DNA的结合作用

55. ribonuclease B (RNase B)

核糖核酸酶B

56. RNase L

核糖核酸酶L

57. RNase P(M1-RNA)

核糖核酸酶P（M1-RNA）

58. RNase protection assay

核糖核酸酶保护测定

59. RNase vitality

核糖核酸酶活性

60. Ribonuclease A(RNase A)

核糖核酸酶（RNaseA）

61. RNase protection analysis

核酸酶保护分析

62. Changes of RNase Activities During Senescence of Parsley Leaves

欧芹叶片衰老过程中的核糖核酸酶类型与活性变化

63. The Research on RNase Activity Increasing Reason in Black Locust Seedling Results from Water Stress

水分胁迫使刺槐实生苗核糖核酸酶活力增加原因的探讨

64. Activity Changing of RNase in the Thermo-sensitive Genic Male Sterile Indica Rice during Fertility-sensitive Period

温敏感不育水稻育性敏感期核糖核酸酶的变化

65. Keywords Rapeseed（Brassica napus ）;Male Sterility Lines;Anther Abortion cytological anatomy;RNase vitality;the growth of stamens and pistils;

甘蓝型油菜;雄性不育系;花药败育;细胞解剖学核糖核酸酶活力;雌雄蕊发育动态;

66. The digestions of SISE p1 with DNase, RNase and proteases showed that RNase could remarkably destroy the activity, proteases could lower the activity and DNase almost had no effect.

用 DNA酶、RNA酶和蛋白酶对 SISE- p1进行酶解 ,然后测定生物活性 ,证明 RNA酶可显著破坏其生物活性 ,蛋白酶可一定程度地降低生物活性 ,而 DNA酶几无作用。

67. The fertility of pollen, the contents of protein, DNA and RNA, the activities of protease, DNase and RNase in the panicles of maintainer in hybrid rice decreased when the maintainer was treated with ACC or ethrel.

用ACC处理保持系会降低花粉的可育度， 使其幼穗中蛋白质、DNA 和RNA 含量以及蛋白酶、RNA 酶和DNA 酶活性下降；

68. Keywords SARS;RT-PCR;Virus-like particles;Resistant RNase;Internal control.;

病毒样颗粒;抗核糖核酸酶;内对照;

69. The protein content and activities of DNase, RNase declined with the process of floral development from flower buds to the opening of flowers of Magnolia denudata, and the peroxidase isozymogram also decreased.

白玉兰从花蕾到花开放过程中,蛋白质含量及脱氧核糖核酸酶(DNase),核糖核酸酶(RNase)的活性均下降; 过氧化物酶同工酶谱带亦减少。

70. Studies on Activities of DNase, RNase and the Peroxidase Isozymogram During the Process of Floral Development of Magnolia Denudata

白玉兰花发育过程中DNase,RNase活性及同工酶谱的研究

71. Effect of Guanidine Hydrochloride on the Activity of RNase A in DAB Reverse Micelles

盐酸胍对反胶束中RNase A活性的影响

72. Objective:To explore the cleaved ability of RNase P target HCMV UL97 mRNA in vitro.

目的 探讨核酶P对HCMVUL97mRNA的体外切割能力。

73. 3) as DNA-RNA substrates for endogenous RNase H cleavage.

相比之下，化学修饰的DNA酶则要比内源性生成的核酶更加耐受核酸酶的作用。

74. Bio Informatics Opinion on Spectroscopic Technology Analyzing the Rnase Nanogold-labeled and Reconstructed

纳米金标记的重组核糖核酸酶谱分析技术的生物信息学评价

75. nanogold labeled and reconstructed RNase S

纳米金标记重组核糖核酸酶

76. The revised enzymatic activities calculated by subtracting the proportion of residuary unmodified RNase according to CE analysis were also shown in this p aper.

结合毛细管电泳定量分析得到的修正酶活力略低于表观酶活力。

77. Conclusion: Rnase is rich in pancreas and small intestine and may easily denature RNA.

结论：胰腺和小肠组织RNA酶含量丰富，极易降解RNA。

78. C.pneumoniae RNase HIIa

肺炎衣原体RNase

79. placental RNase protein inhibitor

胎盘RNA酶蛋白抑制剂

80. Pancreatic RNase

胰RNA酶