ライフサイエンスコーパス: signature-tagged mutagenesis

1 in a mouse model of respiratory tularemia by signature-tagged mutagenesis.

2 f P. mirabilis HI4320 that were generated by signature-tagged mutagenesis.

3 e genes were previously discovered by use of signature-tagged mutagenesis.

4 also been found using this method as well as signature-tagged mutagenesis.

5 d classes: in vivo expression technology and signature-tagged mutagenesis.

6 our results with previous studies that used signature-tagged mutagenesis and differential fluorescen

7 Recent work has applied signature-tagged mutagenesis and DNA microarray analysis

8 Transposon-based signature-tagged mutagenesis and genetic footprinting st

9 ide approaches such as transcript profiling, signature-tagged mutagenesis and in vivo expression tech

10 L. casei random mutagenesis, we developed a signature-tagged mutagenesis approach combining whole-ge

11 We employed a directed signature-tagged mutagenesis approach to systematically

12 esent the use of random, transposon-mediated signature-tagged mutagenesis for the identification of c

13 Nevertheless, with signature-tagged mutagenesis, four avirulent mutants tha

14 es, including transcriptomic, proteomic, and signature-tagged mutagenesis, have shown that UPEC highl

15 The critical parameters of signature-tagged mutagenesis in C. neoformans are explor

16 Signature-tagged mutagenesis is a functional genomics te

17 cted a polymerase chain reaction (PCR)-based signature-tagged mutagenesis library of 9216 LESB58 muta

18 Finally, a signature-tagged mutagenesis library of P. aeruginosa wa

19 assay and examined biofilm formation with a signature-tagged mutagenesis library of S. sanguinis.

20 s defective for in vivo maintenance, with 11 signature-tagged mutagenesis mutants having insertions i

21 nsive survey of its kind, through the use of signature-tagged mutagenesis of S.

22 , over 10 studies have been completed, using signature-tagged mutagenesis, on a variety of bacterial

23 t insertional mutants were evaluated using a signature-tagged mutagenesis protocol.

24 Previously, we described a differential signature-tagged mutagenesis screen designed to identify

25 A previously reported signature-tagged mutagenesis screen identified an attenu

26 To confirm the results of the signature-tagged mutagenesis screen, we quantitated the

27 In another method, signature tagged mutagenesis (STM), pools of mutants are

28 ded by S. sanguinis and then used a targeted signature-tagged mutagenesis (STM) approach to evaluate

29 We used signature-tagged mutagenesis (STM) in an unbiased effort

30 sicle colonization, we adapted and applied a signature-tagged mutagenesis (STM) screen to this system

31 Herein, we describe a large-scale signature-tagged mutagenesis (STM) screen utilizing 100

32 A signature-tagged mutagenesis (STM) system was adapted fo

33 We used signature-tagged mutagenesis (STM) to identify genes tha

34 var. neoformans serotype A, we have employed signature-tagged mutagenesis (STM) to identify mutants w

35 irulence factors for infective endocarditis, signature-tagged mutagenesis (STM) was applied to the SK

36 Signature-tagged mutagenesis (STM) was used to identify

37 Signature-tagged mutagenesis (STM) was used to understan

38 an opportunity to combine the principles of signature-tagged mutagenesis (STM) with microarray techn

39 his study, we employed a large-scale screen, signature-tagged mutagenesis (STM), to identify Streptoc

40 This review focuses on themes emerging from signature-tagged mutagenesis studies completed on bacter

41 CGA were cross-referenced with the published signature-tagged mutagenesis studies, which served to id

42 that have not been previously identified in signature-tagged mutagenesis studies.

43 virulence genes indicates the utility of the signature tagged mutagenesis technique for pulmonary pat

44 By using modified signature-tagged mutagenesis, the growth of 6,300 T. gon

45 Thus, we performed signature-tagged mutagenesis to identify factors produce

46 Using signature-tagged mutagenesis to screen 6149 mariner-tran

47 We used signature-tagged mutagenesis together with an analysis o

48 Signature-tagged mutagenesis uses comparative hybridizat

49 as a putative virulence factor in a study of signature-tagged mutagenesis using a guinea pig pneumoni

50 Signature-tagged mutagenesis was employed to identify Le

51 Using signature-tagged mutagenesis, we identified 39 mutants w

52 Using signature-tagged mutagenesis, we isolated 13 Y. pseudotu

53 Here, using signature-tagged mutagenesis, we isolated three attenuat

54 Signature-tagged mutagenesis with transposon Tn917 was u