ライフサイエンスコーパス: Rev-responsive element

1 cture of stem loop IIB is changed within the Rev responsive element.

2 interact with other viral RNAs, such as the Rev-responsive element.

3 ion can be complemented by HIV-1 Rev and the Rev-responsive element.

4 rase fusion protein) and its RNA target, the Rev-responsive element.

5 about 10-fold in the presence of Rev and the Rev-responsive element.

6 ized(5) alternative structures for the HIV-1 Rev responsive element also exist in cells, we discover

7 results indicate that the ESE functions as a Rev-responsive element and demonstrate that EIAV Rev med

8 n the splicing signals or replacement of the Rev-responsive element by the simian retrovirus type 1 c

9 rt of mRNA and that Rev interaction with the Rev-responsive element cannot bypass this requirement.

10 ing and can functionally replace Rev and the Rev-responsive element in the cytoplasmic accumulation o

11 The positive interaction of Rev with the Rev-responsive element in these mRNAs counteracts the ne

12 n-Pfizer monkey virus (MPMV) facilitates Rev/Rev-responsive element-independent expression of HIV-1 g

13 ptional control element that facilitates Rev/Rev-responsive element-independent expression of unsplic

14 ic polyunsaturated diketone to the HIV-1 Rev/Rev-responsive element inhibitor harziphilone under mild

15 The Rev-responsive element is required mainly for efficient

16 structure that is strikingly similar to the Rev responsive element motif when bound to Rev protein.

17 ticle retroelements, that is able to replace Rev-responsive element regulation in human immunodeficie

18 rotein that directly binds to its cis-acting Rev-responsive element RNA.

19 i-HIV-1-genes: the Rev binding domain of the Rev Responsive Element (RRE decoy) (L-RRE-neo), a double

20 The HIV-1 Rev responsive element (RRE) high-affinity binding site

21 de antibiotics in their interaction with the Rev responsive element (RRE) of HIV-1 mRNA has been stud

22 ndergoes FRET when binding its corresponding Rev Responsive Element (RRE) RNA aptamer.

23 We recently proposed a requirement for HIV-1 Rev responsive element (RRE) RNA binding host nuclear pr

24 th in the absence and in the presence of the Rev responsive element (RRE) RNA to which it binds.

25 tial regulatory HIV-1 protein that binds the Rev responsive element (RRE) within the env gene of the

26 tial HIV-1 regulatory protein that binds the Rev responsive element (RRE) within the env gene of the

27 almost as well as a 94-base fragment of the Rev Responsive Element (RRE).

28 e 1 (HIV) unspliced RNA independently of the Rev-responsive element (RRE) and Rev.

29 Interactions between Rev and the Rev-responsive element (RRE) control the order, rate, an

30 sduction with a retroviral vector carrying a rev-responsive element (RRE) decoy gene, and reinfused t

31 structure were inserted into the full-length Rev-responsive element (RRE) in place of the RBE.

32 cts and can functionally replace Rev and the Rev-responsive element (RRE) in the nuclear export of un

33 the activities of these viral elements, the Rev-responsive element (RRE) of the human immunodeficien

34 The interactions between the HIV Rev-responsive element (RRE) RNA and the HIV regulatory

35 ognition of the human immunodeficiency virus Rev-responsive element (RRE) RNA by the Rev protein is a

36 t could be targeted to bind and activate the Rev-responsive element (RRE) RNA or heterologous MS2 pha

37 yield is achieved in the presence of the Rev/Rev-responsive element (RRE) system.

38 riptional activation directed by Rev and the Rev-responsive element (RRE) when inserted into a Rev- a

39 n requires binding of the Rev protein to the Rev-responsive element (RRE) within the viral transcript

40 Rev binds to a complex RNA structure, the Rev-responsive element (RRE), present in all Rev-respons

41 consisting of Rev and its binding site, the Rev-responsive element (RRE), stands out as particularly

42 As opposed to HIV's Rev-responsive element (RRE), the Rex-responsive element

43 spleen necrosis virus (SNV) facilitates Rev/Rev-responsive element (RRE)-independent expression of i

44 equences, and env sequences that include the Rev-responsive element (RRE).

45 a highly structured viral RNA sequence, the Rev-responsive element (RRE).

46 Env involves the regulation by viral Rev and Rev-responsive elements (RRE).

47 has been shown to support replication of Rev-Rev-responsive-element (RRE)-deficient molecular clones

48 The addition of the Rev-responsive element, RRE, to the deleted pCMVgag-2 co

49 234-nucleotide human immunodeficiency virus Rev responsive element (RRE234) was significantly lower.

50 te export through two independent cis-acting Rev-responsive elements (RREs), and differences among Re

51 gh affinity for human immunodeficiency virus Rev responsive element stem loop IIB (RRE-IIB) were prev

52 is dependent on the HIV Rev protein and the Rev-responsive element, the latter located on the env tr

53 Like the Rev-responsive element, this sequence acts in an orienta

54 f SIVmac239 in which the Rev protein and the Rev-responsive element were replaced by the constitutive