ライフサイエンスコーパス: reiterative

1 matic myogenesis in Drosophila relies on the reiterative activity of the basic helix-loop-helix trans

2 which low levels of intracellular CTP induce reiterative addition of G residues at position +4 in the

3 ide that can, among other things, be used in reiterative alkyne coupling and iodocyclization to give

4 hway, oxytocin was synthesized by eight such reiterative amidations.

5 ther follow-up of 87 months, we examined, in reiterative analyses, the effect of increasing time inte

6 ion may have the opposite effect, leading to reiterative and cumulative strengthening of memory over

7 The presence of reiterative and functionally important beta-catenin asym

8 Further, the combination of reiterative and stage-specific functions of LIN-42 may c

9 SOP recruitment is reiterative because the inductive signal comes from prev

10 gesting that ERdj3 does not normally undergo reiterative binding cycles with substrates.

11 nd the female ear, is defined by a series of reiterative branching events.

12 to enrich for utricle-specific genes, using reiterative cDNA subtraction and demonstrate enrichment

13 woody developmental program results from the reiterative coactivation of pathways that are largely in

14 riminate dG addition by telomerase occurs by reiterative copying of C residues in the telomerase RNA

15 s whereby PV RNA functions as a template for reiterative CRE-dependent VPg uridylylation before and d

16 er cells and propagates from cell to cell by reiterative cycles of vg upregulation.

17 Through a reiterative database search and manual reannotation, we

18 Reiterative database searches revealed a multigene famil

19 The reiterative deployment of a small cadre of morphogen sig

20 Because of its remarkable reiterative design, the fly eye lends itself to studies

21 ation of innate lymphoid cells have revealed reiterative developmental programs that result in cells

22 Unexpectedly, the reiterative dG addition mode was confined to telomerase

23 complementarity to the RNA template induced reiterative dG incorporation, indicating that the reacti

24 enhancements in specificity and activity by reiterative DNA shuffling and screening, even for an enz

25 noacyl-tRNA and for translocation during the reiterative elongation reactions of protein synthesis.

26 zation in vivo in a synchronized rather than reiterative fashion.

27 Reiterative generation of libraries and stepwise accumul

28 ization, possibly related to the presence of reiterative Ikaros binding sites in the intergenic eleme

29 that can be visualized on the same cells via reiterative in situ labeling and erasing of markers on c

30 We define an Acj6 binding site by a reiterative in vitro selection process.

31 Reiterative in vitro selection-amplification from random

32 ults from the transformation of the awn into reiterative inflorescence axes.

33 DNA sequence determinants for TSS selection, reiterative initiation ("slippage synthesis"), and trans

34 p IES inside the larger IES, suggesting that reiterative integration of these elements can occur.

35 ensus sequence mutation and the evidence for reiterative integration support the theory that Parameci

36 Through reiterative interrogation, an EST contig was obtained, t

37 CM4 increases during G1 phase, suggestive of reiterative licensing.

38 Pre-RC formation involves reiterative loading of the putative replicative helicase

39 Our reiterative methodology represents a simplified pipeline

40 the annelid Platynereis dumerilii exhibits a reiterative, nearly universal embryonic pattern of nucle

41 Phyllotaxis arises from reiterative organogenesis driven by lateral inhibitions

42 ustering is induced in a highly specific and reiterative pattern, independent of receptor activation,

43 Normal heart formation requires reiterative phases of canonical Wnt/beta-catenin (Wnt) s

44 are generated by branching morphogenesis, a reiterative process of branch initiation and invasion fr

45 The airways of the lung develop through a reiterative process of branching morphogenesis that give

46 Cancers evolve by a reiterative process of clonal expansion, genetic diversi

47 Through a reiterative process of sequence analysis and reannotatio

48 genesis appears to be a serially homologous, reiterative process, we find that there are differences

49 itecture of the pancreas is established by a reiterative program of progenitor cell expansion and mig

50 We further demonstrate that Reiterative Recombination can construct large mock libra

51 tion in conjunction with recyclable markers, Reiterative Recombination provides a highly efficient, t

52 ibe the design and construction of the first Reiterative Recombination system in Saccharomyces cerevi

53 Here, we develop "Reiterative Recombination," a robust method for building

54 A further reiterative refinement following a rule set based on sta

55 The hypervariable reiterative repeat regions in the US1 and US12 introns,

56 omerase is distinct among polymerases in its reiterative reuse of an internal template.

57 tation genes partition the early embryo into reiterative segments along the anterior-posterior axis,

58 quent encounters with a pathogen would evoke reiterative, self-renewing, asymmetric division by memor

59 molecular organization; it is arranged as a reiterative series of arcuate territories arrayed bilate

60 Shoot development is reiterative: shoot apical meristems (SAMs) give rise to

61 Hence, ROIs mediate a reiterative signal network underlying systemic as well a

62 A second pathway involves reiterative single nucleotide or short oligonucleotide d

63 Applications of this chemistry to reiterative solid-phase peptide synthesis as well as sol

64 andem arrays by increasing the likelihood of reiterative strand slippage.

65 eving temporal precision during formation of reiterative structures at the SAM, thus indicating an or

66 The cDNA was isolated by reiterative subtraction of cDNAs synthesized from tumor-

67 in both the initial de novo folding and the reiterative support of p56lck structure in rabbit reticu

68 ditis elegans development as a Wnt-dependent reiterative switch to generate nonequivalent sister cell

69 nosine 5'-O-(thio)triphosphate), even during reiterative synthesis of abortive transcripts.

70 late at low temperatures and are amenable to reiterative synthesis strategies, as demonstrated by the

71 In subjects with Crohn's disease, the reiterative TCR-beta chain sequences from the CD4+ perip

72 cordant for Crohn's disease, shared the same reiterative TCR-beta chain sequences in their CD4+ perip

73 Crohn's disease, and diverticulitis revealed reiterative TCR-beta chain sequences that were not found

74 llus subtilis The structure reveals that the reiterative transcript detours from the dedicated RNA ex

75 through a mechanism involving UTP-sensitive reiterative transcription (i.e., repetitive addition of

76 er, the resulting transcripts are subject to reiterative transcription (i.e., repetitive nucleotide a

77 er, the resulting transcripts are subject to reiterative transcription (i.e., repetitive UMP addition

78 In this study, we demonstrate that reiterative transcription adds G residues (up to at leas

79 G6- and A7-initiated transcripts that avoid reiterative transcription and are elongated normally.

80 ons in the native pyrG template that altered reiterative transcription and attenuation in vivo result

81 ults in transcripts that can, in part, avoid reiterative transcription and be elongated normally.

82 pyrG initially transcribed region abolished reiterative transcription and caused constitutive expres

83 start site and -10 region of the promoter on reiterative transcription and gene regulation.

84 This addition precludes reiterative transcription and permits normal transcript

85 transcripts that generally do not engage in reiterative transcription and thus can be normally elong

86 hat the incorporation of extra G residues by reiterative transcription at the wild-type promoter occu

87 AUAC tetranucleotide affected the process of reiterative transcription by analyzing the nucleotide se

88 enzyme from Thermus thermophilus, engaged in reiterative transcription during transcription initiatio

89 operons regulated (in part) by UTP-sensitive reiterative transcription in E. coli is the carAB operon

90 as well as the general use of UTP-dependent reiterative transcription in gene regulation, are discus

91 ol mechanisms, including mechanisms based on reiterative transcription in which nucleotides are repet

92 Reiterative transcription is a noncanonical form of RNA

93 Reiterative transcription is a reaction catalyzed by RNA

94 It focuses on the methods by which reiterative transcription is controlled and emphasizes t

95 In these mechanisms, reiterative transcription is typically modulated by inte

96 ed data consistent with a template-dependent reiterative transcription mechanism for polyadenylation.

97 NA-dependent RNA polymerase (3D(pol)) uses a reiterative transcription mechanism while replicating th

98 lso prevented the polymerase from performing reiterative transcription necessary for generation of th

99 In this case, reiterative transcription occurs at the end of a run of

100 upport a model of PV RNA replication wherein reiterative transcription of homopolymeric templates ens

101 The tetranucleotide was found to regulate reiterative transcription on the U(7) tract.

102 CTP-regulated reiterative transcription producing 5'-poly(G) tracts an

103 ich high intracellular levels of UTP promote reiterative transcription that adds extra U residues to

104 s the minimum length of U tract that allowed reiterative transcription to occur.

105 thought to result from polymerase slippage (reiterative transcription) by the VSV polymerase on the

106 t determinants in establishing the extent of reiterative transcription, levels of productive transcri

107 in Bacillus subtilis involves CTP-sensitive reiterative transcription, which introduces up to 11 ext

108 ncreased intracellular levels of UTP promote reiterative transcription, which results in the synthesi

109 te of knowledge of gene regulation involving reiterative transcription.

110 of gene regulation that rely on conditional reiterative transcription.

111 mplate for polyadenylation of viral mRNAs by reiterative transcription.

112 strong experimental support for the proposed reiterative transcription/antitermination mechanism and

113 vestigate the mechanism(s) of Dim1 function, reiterative two-hybrid screening was performed to identi

114 The reiterative use of a signaling pathway by both insects a

115 ng mitotic spindle positioning, as well as a reiterative use of spindle orientation in the skin to bu

116 In addition, we describe the reiterative use of STM, whereby colonization-defective m

117 cation of primary pigment cells requires the reiterative use of the sequential integration between th