ライフサイエンスコーパス: T7 lysozyme

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1 dulated during infection by association with T7 lysozyme.

2 was relatively unaffected by the presence of T7 lysozyme.

3 iments in the absence and in the presence of T7 lysozyme.

4 T7 lysozyme (an inhibitor of T7 RNAP) has been shown to

5 e T7 RNA polymerase-nuclease is inhibited by T7 lysozyme and heparin, although not completely.

6 Complex formation between T7 lysozyme and the RNA polymerase was found to occur by

7 is related to that of the cell wall amidase, T7 lysozyme, and contains a conserved zinc coordination

8 used the co-crystal structure of T7RNAP and T7 lysozyme as a model to define a potential Mtf1 intera

9 Bacteriophage T7 lysozyme binds to T7 RNA polymerase (RNAP) and regula

10 Bacteriophage T7 lysozyme binds to T7 RNA polymerase and inhibits tran

11 T7 lysozyme by itself did not bind to the DNA, but since

12 changes in the N-terminal domain of T7 RNAP, T7 lysozyme causes an increased production of abortive p

13 polymerase (T7RP) and the T7 RNA polymerase-T7 lysozyme complex (T7RPL) in forms suitable for struct

14 The T7 RNA polymerase-T7 lysozyme complex regulates phage gene expression duri

15 e X-ray structures of T7RNAP and of a T7RNAP:T7 lysozyme complex reveals that lysozyme causes the C t

16 We find that T7 lysozyme destabilizes initial transcription complexes

17 The results showed that T7 lysozyme did not prevent or change the kinetic or the

18 quilibrium DNA binding studies indicate that T7 lysozyme does not inhibit the formation of the preini

19 r and the GTP Kd is about 2-fold higher, but T7 lysozyme does not inhibit the initial rate of RNA syn

20 The specific inhibitor of T7 transcription, T7 lysozyme, does not compete with T7 RNA polymerase for

21 We have found that T7 lysozyme enhances recognition of CJ by wild-type T7 R

22 le, might therefore be a consequence of: (1) T7 lysozyme generally reducing the affinity of the polym

23 transcription initiation to determine where T7 lysozyme has the most effect.

24 T7 lysozyme helps lyse the host cell by degrading its ce

25 T7 lysozyme, however, does prevent the formation of a fu

26 transcription in the presence and absence of T7 lysozyme indicated that the inhibition of runoff prod

27 to reside at the same location as the T7RNAP/T7 lysozyme interface.

28 T7 lysozyme is also found to inhibit the addition of unt

29 T7 lysozyme is an amidase that cuts a bond in the peptid

30 Bacteriophage T7 lysozyme is known to inhibit transcription by T7 RNA

31 The effects of T7 lysozyme on pausing and termination are consistent wi

32 ng nucleotide concentration, indicating that T7 lysozyme represses transcription by interfering with

33 the formation of the ternary complex between T7 lysozyme, T7 RNA polymerase and the promoter DNA.

34 ments demonstrated complex formation between T7 lysozyme, T7 RNA polymerase, and promoter DNA.

35 ent with the results that in the presence of T7 lysozyme the rate of G ladder RNA synthesis is about

36 hich cause resistance or hypersensitivity to T7 lysozyme, these observations suggest that the structu

37 The binding of T7 lysozyme to T7 RNAP increases the apparent Km for NTP

38 scription repression of T7 RNA polymerase by T7 lysozyme was investigated using a combination of kine

39 The effect of T7 lysozyme was most striking on runoff product synthesi

40 on of class II versus class III promoters by T7 lysozyme, which appears to be important for the switc

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