ライフサイエンスコーパス: histidine protein kinase

1 VirA is a homodimeric membrane-spanning histidine protein kinase.

2 kinases, BCKD kinase does not function as a histidine protein kinase.

3 on results in autophosphorylation of CheA, a histidine protein kinase.

4 evidence that kinB encodes the AlgB cognate histidine protein kinase.

5 autoinducing peptide (AIP) activates AgrC, a histidine protein kinase.

6 ellular domain of AgrC, a classical receptor histidine protein kinase.

7 similar to the core catalytic domain of the histidine protein kinases.

8 logous expression of full-length RegB or any histidine protein kinases.

9 ArlS exhibits strong similarities with histidine protein kinases.

10 cell surface, which are often membrane-bound histidine protein kinases.

11 the conserved residues typical of the sensor histidine protein kinases.

12 al of the highly conserved motifs typical of histidine protein kinases.

13 ain that is homologous to the transmitter of histidine protein kinases.

14 ubstitutions of the residues conserved among histidine protein kinases abolished KinB autophosphoryla

15 cytokinin signalling through distinct hybrid histidine protein kinase activities at the plasma membra

16 dition to limiting metastasis, has DNase and histidine protein kinase activities.

17 multidomain proteins that typically couple a histidine protein kinase activity to a heme-binding doma

18 was previously correlated with its in vitro histidine protein kinase activity, but physiological sub

19 orylation on serines, and slightly decreased histidine protein kinase activity; significant NDPK acti

20 ing the status of a heme-binding domain to a histidine-protein kinase activity.

21 duct of mtrB displayed similarities with the histidine protein kinases AfsQ2, PhoR, and EnvZ and othe

22 on proteins, we have cloned genes encoding a histidine protein kinase and a response regulator from t

23 a phosphorylation cascade that consists of a histidine protein kinase and a response regulator protei

24 chemes involving two conserved components, a histidine protein kinase and a response regulator protei

25 genes, comD and comE, that encode members of histidine protein kinase and response-regulator families

26 xists instead with key motifs of prokaryotic histidine protein kinases and a family of eukaryotic ATP

27 sphorelay through the opposing activities of histidine protein kinases and aspartyl phosphate phospha

28 hotransfer between two conserved proteins, a histidine protein kinase, and a response regulator.

29 stem, in which RegB is the integral membrane histidine protein kinase, and RegA is the cytosolic resp

30 The frgB gene encodes a putative histidine protein kinase, and the frgC gene encodes a pu

31 deficient phosphotransfer activity in three histidine protein kinase assays, using succinic thiokina

32 eiver domain located at the N-terminus and a histidine protein kinase at the C-terminus.

33 d out of the clock core appears to occur via histidine protein kinase-based phosphorylation relays.

34 despite its sequence similarity to bacterial histidine protein kinases, BCKD kinase does not function

35 The histidine protein kinase CheA is a multidomain protein t

36 The histidine protein kinase CheA plays a central role in th

37 The histidine protein kinase CheA plays an essential role in

38 The histidine protein kinase CheA(2) mediates an attractant

39 of a family of Type I membrane receptors, a histidine protein kinase (CheA), and an Src homology 3-l

40 osphotransfer reactions using a heterologous histidine protein kinase, CheA, as a phosphoryl group do

41 ulated by a phosphorelay network involving a histidine protein kinase, CheA, whose activity is contro

42 by regulating the activity of an associated histidine protein kinase, CheA.

43 y information from the chemoreceptors to the histidine protein kinase, CheA.

44 complex chemosensory pathway comprising two histidine protein kinases (CheAs) and eight downstream r

45 xis signal transduction pathway has: CheA, a histidine protein kinase; CheW, a linker between CheA an

46 f three-dimensional structures of domains of histidine protein kinase domains and response regulator

47 The Esp signal system consists of the hybrid histidine protein kinase, EspA, two serine/threonine pro

48 Here, we assign an orphan hybrid histidine protein kinase, EspC, to the Esp signaling sys

49 th of which are members of the two-component histidine protein kinase family that is prevalent in pro

50 contain all the key motifs identified in the histidine protein kinase family, except for conservative

51 Although hybrid histidine protein kinases have been implicated in cytoki

52 e-rich regions (G1 and G2) of CheA and other histidine protein kinases have been presumed to play imp

53 s, the response regulator (RR) PhoP, and the histidine protein kinase (HK) PhoR, are involved in the

54 CikA has histidine protein kinase (HPK) activity that is modulate

55 the 2CRS mutants showed that mutation of the histidine protein kinase (HPK) had no effect on the indu

56 A possesses three distinct domains: a GAF, a histidine protein kinase (HPK), and a receiver domain si

57 in is homologous to the ubiquitous bacterial histidine protein kinases (HPKs), it differs from previo

58 EnvZ is a histidine protein kinase important for osmoregulation in

59 substitute for the phosphodonor function of histidine protein kinases in in vitro phosphorylation st

60 The sequence of KinB is homologous to the histidine protein kinase members of two-component regula

61 gent bacteriophytochrome with characteristic histidine protein kinase motifs and a cryptic response r

62 kA sequence contains all five characteristic histidine protein kinase motifs with the same relative o

63 CheA is the histidine protein kinase of a two-component signal trans

64 d to have similarity to the sequences of the histidine protein kinases of two-component regulatory sy

65 A gene encoding the cognate putative histidine protein kinase, phoQ, was also isolated.

66 nin perception in Arabidopsis, the action of histidine protein kinase receptors and the downstream si

67 vates transcription of sda, and Sda inhibits histidine protein kinases required for activation of the

68 egulator and a putative transmembrane sensor histidine protein kinase respectively.

69 Inhibition of the histidine protein kinase::response regulator two-compone

70 signal transduction pathway involves hybrid histidine protein kinase sensors, phosphotransfer protei

71 EspA and EspC participate in a novel hybrid histidine protein kinase signaling mechanism involving b

72 can act as a protein kinase to phosphorylate histidine protein kinases such as EnvZ and CheA which ar

73 This gene is predicted to encode a sensor histidine protein kinase that appears to be a key elemen

74 Deoxy-RmFixL is a histidine protein kinase that catalyzes a phosphoryl tra

75 The Bacillus subtilis KinA protein is a histidine protein kinase that controls the commitment of

76 of algB and was shown to encode the cognate histidine protein kinase that efficiently phosphorylates

77 orks is the dynamic localization of multiple histidine protein kinases that control a master response

78 transduction based on phosphotransfer from a histidine protein kinase to a response regulator protein

79 edge, CheA(3)A(4) is the first characterized histidine protein kinase where the subunits are encoded

80 corS is thought to function as a histidine protein kinase, whereas corP and corR show rel

81 The histidine protein kinase, which is regulated by environm

82 ence analysis of EspA indicates that it is a histidine protein kinase with a fork head-associated (FH

83 eB, a response regulator; and CseC, a sensor histidine protein kinase with two predicted transmembran