ライフサイエンスコーパス: L-form

1 evidence of splice motifs in the sequence of L form.

2 to switch into a wall-free state called the L-form.

3 ific MSC inhibitor GsMTx4, in both the D and L forms.

4 or studying the genetics and cell biology of L-forms.

5 proliferation of wall-less bacteria known as L-forms.

6 the pentoses are better competitors than the l-forms.

7 and the potential threat posed by pathogenic L-forms.

8 iral life emerged using amino acids in their l-form?

9 nto a cell-wall-deficient state, called the "L-form" [1-3].

10 RNase L forms a crossed homodimer stabilized by ankyrin (ANK)

11 et cells are absent, the other subunit (CylL(L)'') forms a complex with CylL(S)'', blocking it from a

12 and gp120 than their respective native, all-l forms, although activity differences were modest, part

13 mutant strains indicated that exsD and pscB-L form an operon.

14 In the L-form analogues, the L-Tyr analogue has the highest ove

15 an MAIL protein detected was the 80 kDa MAIL-L form and human MAIL showed nuclear localization.

16 ere sufficient to support the import of both L-form and D-form conjugates in permeabilized cells.

17 investigated the functional significance of L-form and S-form C-CAM in rat prostate by examining the

18 (Phaseolus vulgaris agglutinin; PHA; E- and L-forms) and snowdrop lectin (Galanthus nivalis agglutin

19 (2) RPA showed the 3' termini of both S and L forms, and there are putative polyadenylation signals

20 i to generate cell-wall-deficient, spherical L-forms, and found that they robustly reverted to a rod-

21 known for decades, the general properties of L-forms are poorly understood, largely due to the lack o

22 L-forms are variants of common bacteria that can grow an

23 L-forms are wall-deficient variants of common bacteria t

24 leucine, whereas their stereoisomers (d- and l-forms) are predicted to be significantly more challeng

25 dorferi, known variably as "cyst forms" and "L-forms," are responsible for the pathogenesis of chroni

26 ely competed only by cationic amino acids in L-form: arginine, lysine, ornithine, and 2,4-diamino-n-b

27 L', the all-trans photoproduct of wild-type L formed at 80 K.

28 es, in the life cycle of cell wall-deficient L-form bacteria.

29 L-forms become completely independent of the normally es

30 Subsequent reaction in CCl3Br(l) formed Br-terminated Ge(111), as shown by the disappe

31 the two isoforms, namely short (S) and long (L) forms by northern blot and RNAse protection assay (RP

32 e selectively engineered toward either d- or l-forms by changing the gelation conditions.

33 cent discovery that cell-wall-less bacteria (L-forms) can grow and divide independently of FtsZ(4,5),

34 cases, there were 82 S-form cases (37%), 121 L-form cases (55%), and 18 V-form cases (8%).

35 so, an increased percentage of S-form versus L-form cases had the M3 variant phenotype, 24% v 12% (P

36 There were no differences between S-form and L-form cases in either CR rate (79% v 69%; P = .14) or d

37 ng the relative V(max)/K(m) values of D- and L-form dideoxy-CMP, we showed that this kinase lacked st

38 s membrane synthesis are sufficient to drive L-form division in Bacillus subtilis.

39 We show that propagation of L-forms does not require the normal FtsZ-dependent divis

40 ified an unexpected 'escape' step needed for L-form emergence from the rod.

41 with the 'R' form favoring S strand and the 'L' form favoring AS strand silencing.

42 tions act by facilitating the release of the L-form from its walled parent cell but that they act in

43 ecursor synthesis promotes the generation of L-forms from both Gram-positive and Gram-negative bacter

44 We show that the L-forms generated have in common a mechanism of prolifer

45 ic culture conditions also worked to promote L-form growth without the class 2 mutations in both Gram

46 ving two stereoisomers d and l, but only the l form has a biological positive effect, thus chiral rec

47 veloped a controllable system for generating L-forms in the highly tractable model bacterium Bacillus

48 ly due to the lack of systematic analysis of L-forms in the molecular biology era.

49 Our results suggest that the L-form mode of proliferation is conserved across the bac

50 This indicates that both D- and L-form NLS peptides use the same import machinery.

51 The D or L form of 2-hydroxyglutarate (2HG) accumulates in certai

52 The L form of HBsAg was both necessary and sufficient for vi

53 The transcriptional activities of the J and L forms of PTF1 are independent of Notch signaling, beca

54 Chemically synthesized D- and L- forms of the protein ligand showed reciprocal chiral

55 e all possible dipeptide combinations of the L-form of alanine, valine, and leucine and the achiral a

56 e all possible dipeptide combinations of the L-form of alanine, valine, leucine, and the achiral amin

57 ouble mutant R104M-D133A in complex with the L-form of thymidine supplies a structural explanation fo

58 riers, exhibiting greater preference for the l-forms of arginine, lysine and ornithine.

59 In order to measure the d- and l-forms of aspartate and glutamate, we developed and app

60 yme that catalyzes the degradation of d- and l-forms of DAP to pyruvate and ammonia.

61 motif [CS][CS]-x(0,2)-G-x(1)-C-x(2,3)-S-x(3)-L formed part of an endosome targeting signal for GPI-PL

62 In addition, the LES formed pathogenic partnerships with AGS in the G. me

63 Bcl-x(L) and DeltaN76Bcl-x(L), but not Bcl-x(L), formed pores large enough to release cytochrome c an

64 Moreover, the D- and L-forms preferentially bound spleen-derived T-cells over

65 ell wall synthesis is blocked is crucial for L-form proliferation in a wide range of bacteria and als

66 Instead, L-form proliferation is driven by a simple biophysical p

67 L-form proliferation is remarkable in being independent

68 m Bacillus subtilis and thus how to generate L-forms reliably and reproducibly.

69 uantitatively convert from the walled to the L-form state.

70 ave the ability to switch to a wall-free or 'L-form' state.

71 L-form strains are wall-deficient derivatives of common

72 C-CAM1 (long (L)-form) strongly suppresses the tumorigenicity of human

73 Using the new L-form system, we show here that we can delete essential

74 because of the higher solubility of the pure L form than of the more stable DL racemic compound cryst

75 only two genetic changes are needed for the L-form transition in Bacillus subtilis [7].

76 ecently determined the genetic basis for the L-form transition in the rod-shaped bacterium Bacillus s

77 e promoters, 11 common SNPs are in extensive LD, forming two 48-kb haplotypes of equal frequency, in

78 m type, PML exon 3 RAR alpha exon 3; a long (L)-form type, PML exon 6 RAR alpha exon 3; or a variable

79 but that the identification of the S-form or L-form type of PML-RAR alpha mRNA, per se, does not pred

80 therapy, the S-form type, compared with the L-form type, was associated with higher values for the w

81 with the second residue (W) in the D- versus L-form was 90 +/- 10%.

82 AEFLa in Aplysia was detected only in an all L-form, we found that both GFFD and GdFFD were present i

83 The D-form and the L-form were equally effective.

84 re proteolytically resistant in cytosol, the L-forms were rapidly degraded.