ライフサイエンスコーパス: transduction system

1 egulated by the VanSARA two-component signal transduction system.

2 ontrol of the ResD-ResE two-component signal transduction system.

3 re integral functions of the TGF-beta signal transduction system.

4 aced downstream of a nickel-inducible signal transduction system.

5 poorly understood hypoxia-sensing and signal transduction system.

6 gulated by the LevQRST four-component signal transduction system.

7 eans of feedback input from the Nodal signal transduction system.

8 motility by a modified two-component signal transduction system.

9 ies is controlled by the phosphorelay signal transduction system.

10 rough a highly conserved chemosensory signal-transduction system.

11 vidual cells using a contact-mediated signal-transduction system.

12 rolled by the BvgA-BvgS two-component signal transduction system.

13 ase, respectively, of a two-component signal transduction system.

14 signal and regulatory partner in this signal transduction system.

15 terminants are regulated by the BvgAS signal transduction system.

16 wth using the ArcA-ArcB two-component signal transduction system.

17 ulated by the ResD-ResE two-component signal transduction system.

18 flux through a modified two-component signal transduction system.

19 gulated by FimS-FimR, a two component signal transduction system.

20 coli through the DpiBA two-component signal transduction system.

21 e performance characteristics of this signal transduction system.

22 d neurosensory pathways of the visual signal transduction system.

23 on also contains a Ca(2+)-stimulated ROS-GC1 transduction system.

24 ons of proteins in the TonB-dependent energy transduction system.

25 n does not depend upon the chemotaxis signal transduction system.

26 g, which is a part of a two-component signal transduction system.

27 regulation and function of the sigmaE signal transduction system.

28 e in the Fe(III)-responding PmrA/PmrB signal transduction system.

29 specifically, through some other part of the transduction system.

30 g motility and potentially encoding a signal transduction system.

31 y the phospho-relay, a multicomponent signal transduction system.

32 activate the DegS-DegU two-component signal transduction system.

33 integrate to provide a rapid oxygen sensing transduction system.

34 ation via the two-component PhoR-PhoP signal transduction system.

35 d by ComC and the ComED two-component signal transduction system.

36 ulator of the EnvZ/OmpR two-component signal transduction system.

37 e to these signals through complex signaling transduction systems.

38 them and other paradigmatic bacterial signal transduction systems.

39 esponses of prokaryotic two-component signal transduction systems.

40 d aspartic acid residues in bacterial signal transduction systems.

41 e in odontoblast function via diverse signal transduction systems.

42 are partly regulated by two-component signal transduction systems.

43 kinase that acts in numerous cellular signal transduction systems.

44 response regulators of the bacterial signal transduction systems.

45 ed to any organism with two-component signal transduction systems.

46 clude sigma factors and two-component signal transduction systems.

47 ODs are possible including regulating signal transduction systems.

48 ein family of conserved two-component signal transduction systems.

49 se protein of bacterial two-component signal transduction systems.

50 ma factors and one- and two-component signal transduction systems.

51 to the family of His-Asp phosphorelay signal transduction systems.

52 be accelerated or inhibited by myriad signal transduction systems.

53 proteins and, in particular, protein signal transduction systems.

54 ular responses that rely on canonical signal transduction systems.

55 ases and their response regulators in signal-transduction systems.

56 , which are involved in two-component signal transduction systems.

57 he function of key components of many signal transduction systems.

58 icity islands (SPI) and two component signal transduction systems.

59 makes it an essential feature of many signal transduction systems.

60 ding quorum sensing and two-component signal transduction systems.

61 iptional regulators and two-component signal transduction systems.

62 of chemical reactions that constitute signal transduction systems.

63 as only four identified two-component signal transduction systems.

64 ht into how fidelity is maintained in signal transduction systems.

65 uric acid hydrogen bonding motif into energy transduction systems 1a*2 or 1b*2.

66 Two-component signal transduction systems (2-CS) play an important role in ba

67 at regulates membrane trafficking and signal transduction systems able to control diverse cellular ac

68 Thus, a 'four-component signal transduction system' activates fructan catabolism and th

69 Here, we show that in reconstituted signal transduction systems, ADP had a dramatic effect on PII r

70 ing nucleotides are integral parts of signal transduction systems allowing bacteria to cope with and

71 in this study to show that the GCAP1/ROS-GC1 transduction system also exists in the photoreceptor syn

72 performance could be assigned to lentiviral transduction systems anchoring single LV-units at sites

73 oteins are part of the TonB-dependent energy transduction system and are encoded by the exb operon in

74 a two-component His-Asp phosphorelay signal transduction system and that MrpC autoregulate its own e

75 o biosensors, and how FNAs can be coupled to transduction systems and delivered inside cells.

76 ode of action has been a paradigm for signal transduction systems and has shaped our understanding of

77 rio furnissii involves at least three signal transduction systems and many genes, several of which we

78 Two component signal transduction systems and phosphorelays have been adapted

79 Hence, the current review discusses several transduction systems and their principles used in aptame

80 controlled by different two-component signal transduction systems and transcriptional regulators.

81 grA and AgrC resemble a two-component signal transduction system, and AgrB and AgrD are required to p

82 by As(III) exposure, a two-component signal transduction system, and quorum sensing.

83 that characterizes the dynamics of a signal transduction system, and that accounts comprehensively a

84 nsity and duration of activation of a signal transduction system are important determinants of the sp

85 Two-component signal transduction systems are a common type of signaling syst

86 Two-component signal transduction systems are abundant in prokaryotes.

87 gulator proteins within two-component signal transduction systems are activated by phosphorylation an

88 Two-component and phosphorelay signal transduction systems are believed to function as environ

89 Signal transduction systems are influenced by positive and nega

90 Most signal transduction systems are membrane associated and consist

91 em, the CreBC and ArcAB two-component signal transduction systems are responsible for regulation of c

92 Two-component signal transduction systems are the predominant means by which

93 Two-component signal transduction systems are utilized by prokaryotic and euk

94 Two-component signal transduction systems are widespread in bacteria and are

95 Two-component signal transduction systems are widespread in prokaryotes and c

96 Using the LevQRST four-component signal transduction system as a model for carbohydrate-dependen

97 Third, we identified signal transduction systems as well as sigma factors.

98 ation of the well-known two-component signal transduction systems, as there are a transmembrane hybri

99 n-protein interaction influencing the signal transduction system associated with cell adhesion in pro

100 to response regulators of 2-component signal transduction systems, but may not be phosphorylated.

101 The two-component sensory transduction system BvgAS controls the virulence regulon

102 , suggesting an ancient origin of the signal transduction systems commonly associated with the develo

103 Bacterial signal transduction systems commonly use receiver (REC) domains

104 lopmental process governed by a novel signal transduction system composed of three two-component regu

105 Two-component signal transduction systems, composed of sensor kinase (SK) and

106 The checkpoint is mediated by a signal transduction system comprised of conserved Mad, Bub and

107 bacter pylori ArsS-ArsR two-component signal transduction system, comprised of a sensor histidine kin

108 This signal transduction system comprising growth factors, transmemb

109 enomes, we found that the majority of signal transduction systems consist of a single protein that co

110 Two-component signal transduction systems consist of pairs of histidine kinas

111 licobacter pylori ArsRS two-component signal transduction system contributes to acid-responsive gene

112 regulators (RRs) within two-component signal transduction systems control a variety of cellular proce

113 The Cpx two-component signal transduction system controls a stress response and is ac

114 The ArcAB two-component signal transduction system controls gene expression in response

115 The ArcAB two-component signal transduction system controls gene expression in response

116 The Bordetella BvgAS signal transduction system controls the expression of at least

117 The BvgAS signal transduction system controls the expression of at least

118 The Bordetella BvgAS signal transduction system controls the transition among at lea

119 e showed that this GET (GAG-binding enhanced transduction) system could deliver enzymes (Cre, neomyci

120 The TonB-dependent energy transduction system couples cytoplasmic membrane proton

121 ession is negatively regulated by the signal transduction system CovR/S.

122 t the global regulatory two-component signal transduction system CovRS mediates the ability of group

123 affecting the BarA/UvrY two-component signal transduction system decreased csrB transcription but did

124 ines with agonists of the PKC and PKA signal transduction systems demonstrates that this remote enhan

125 any of the 13 proposed two-component signal transduction systems derived from in silico analysis of

126 olism is highly regulated via various signal transduction systems, e.g., several serine/threonine kin

127 Two-component signal transduction systems enable bacteria to sense, respond,

128 ella is regulated by a two-component sensory transduction system encoded by the bvg locus.

129 virulence factors via a two-component signal transduction system encoded by the bvgAS regulatory locu

130 The RmFixL-RmFixJ oxygen signal transduction system ensures that a cascade of the Sinorh

131 esponse regulator of the phosphorelay signal transduction system for sporulation initiation in Bacill

132 otential requirement of two-component signal transduction systems for acid resistance in Helicobacter

133 including elements of a two-component signal transduction systems for thermoregulation, and a ferriti

134 Of the numerous two-component signal transduction systems found in bacteria, only a very few

135 d to P availability and is typical of signal transduction systems found in diverse organisms.

136 ystem of E. faecalis, a two-component signal transduction system, has also been repeatedly linked to

137 tose branch of the phosphotransferase signal transduction system, has been determined by NMR spectros

138 ues for the analysis of two-component signal transduction systems have been developed.

139 evRS-Rv2027c, and MprAB two-component signal transduction systems have previously been implicated in

140 thogenicity islands and two component signal transduction systems, have been mainly focused.

141 e that encodes only two two-component signal transduction systems, Hk1-Rrp1 and Hk2-Rrp2 (in addition

142 ycFG two-component system is the only signal transduction system in Bacillus subtilis known to be ess

143 ase AfGcHK is part of a two-component signal transduction system in bacteria.

144 The CpxAR two-component signal transduction system in Escherichia coli and other pathog

145 roteins is an essential aspect of the signal transduction system in eukaryotic cells.

146 response regulator of a two-component signal transduction system in M. catarrhalis yielded a mutant u

147 between opioid receptors and the TLR4 signal transduction system in mast cells.

148 n overcome this limitation of the retroviral transduction system in modeling human cancer in mice.

149 ndings provide evidence for a new cyclic GMP transduction system in synaptic layers and thereby exten

150 )-modulated membrane guanylate cyclase (mGC) transduction system in the bulb portion of the olfactory

151 calcium-regulated membrane guanylate cyclase transduction system in the cilia of olfactory sensory ne

152 Ca(2+)-modulated membrane guanylate cyclase transduction system in the inner retinal neurons.

153 alcium- regulated membrane guanylate cyclase transduction system in the photoreceptor-bipolar synapti

154 sults identify a branched proteolytic signal transduction system in which a single intramembrane prot

155 We examined the role of two-component signal transduction systems in biofilm formation by the Enteroc

156 s one of the most extensively studied signal transduction systems in biology.

157 use electrochemical, optical, and mass-based transduction systems in cancer biomarker detection.

158 DNA binding proteins of two-component signal transduction systems in microorganisms are activated by

159 ngle-cell signaling dynamics in other signal transduction systems in microorganisms.

160 or (EGF)/EGF receptor (EGFR), two key signal transduction systems in the normal and diseased liver, t

161 sion through various second-messenger signal transduction systems including activation of the PKA/cAM

162 Signal transduction systems induced in P. gingivalis are based

163 operon, which encodes a two-component signal transduction system involved in the SOS response to beta

164 A two-component signal transduction system involved in the uranium response was

165 two independent cyclic GMP-generating signal transduction systems involved in regulation of urinary s

166 segment membrane guanylate cyclase (ROS-GC) transduction system is a central component of the Ca(2+)

167 The FsrABDC signal transduction system is a major virulence regulator in En

168 The ResD-ResE signal transduction system is essential for activation of genes

169 The ResD-ResE signal transduction system is essential for aerobic and anaerob

170 nt system and that the CseBC-sigma(E) signal transduction system is induced by a wide variety of cell

171 The ResD-ResE signal transduction system is required for transcription of gen

172 suggest that the BasSR two component signal transduction system is the likely adrenaline sensor medi

173 This high-capacity energy transduction system is the result of a remarkable surge

174 ion of the Nla28S/Nla28 two-component signal transduction system is to regulate sporulation genes.

175 A common property of signal transduction systems is that they rapidly lose their abi

176 esponse regulator of a two-component sensory transduction system, is a pivotal regulator governing th

177 se partner of the MtrAB two-component signal transduction system, is necessary for the optimal expres

178 ComA response regulator of the ComPA signal transduction system, is repressed by Spx-alphaCTD intera

179 These data suggest that the CseB-CseC signal transduction system may be activated by the accumulation

180 The deregulation of this signal transduction system may be relevant to advancing oncogen

181 Genes encoding target receptors and signal transduction systems may predict the efficacy of drug th

182 The Arc two-component signal transduction system mediates adaptive responses of Esche

183 ase was updated to include classes of signal transduction systems modulated by either phosphorylation

184 The two-component signal transduction systems MprAB and DosRS-DosT (DevRS-Rv2027c

185 Previously, a two-component signal transduction system, mprAB, was found to be required in

186 e expression of a novel two-component signal transduction system, named FusKR, where FusK is the hist

187 and regulators that form the TGF-beta signal transduction system of a cell or tissue.

188 The BvgAS signal transduction system of Bordetella controls an entire spe

189 The ArcB/ArcA two-component signal transduction system of Escherichia coli regulates gene e

190 s an example from the nitrate/nitrite signal transduction system of Escherichia coli.

191 grA and AgrC resemble a two-component signal transduction system of which AgrC is a sensor kinase and

192 ectron input units for membrane-based energy transduction systems of certain late evolving archaea, a

193 sma to influence the NF-kappaB and GR-signal transduction systems of normal peripheral blood leukocyt

194 Two-component and phosphorelay signal-transduction systems of pathogenic bacteria control the

195 e regulator proteins of two-component signal transduction systems, phosphorylation of an aspartate re

196 Two-component signal transduction systems play an important role in the abili

197 tion systems, pervasive two-component signal-transduction systems, post-transcriptional regulation sy

198 The Pseudomonas aeruginosa Wsp signal transduction system produces cyclic-di-GMP (c-di-GMP), a

199 We have investigated a signal transduction system proposed to allow Streptomyces coeli

200 Thus, the Arc signal transduction system provides a link between the electron

201 ay, raising the possibility that this signal transduction system provides a means for V. cholerae to

202 ulosis requires the phosphate-sensing signal transduction system Pst/SenX3-RegX3 to resist host immun

203 Signal transduction systems regulate the majority of cellular a

204 The BvgA-BvgS two-component signal transduction system regulates expression of virulence fa

205 The BvgAS two-component signal transduction system regulates phenotypic-phase transitio

206 In Bacillus subtilis the phosphorelay signal transduction system regulates the initiation of sporulat

207 first description of a two-component sensory transduction system regulating a proven virulence factor

208 response regulators of two-component signal transduction systems, remodel the polymerase so that it

209 mprAB encodes a two-component signal transduction system required by M. tuberculosis for aspe

210 kinase of the VieSAB three-component signal transduction system, resulted in failure to induce expre

211 A KIT K509I mast cell transduction system revealed SCF-independent survival to

212 in the vanRS and cseBC cell envelope signal transduction systems revealed significant cross-talk bet

213 tified the regulon of a two-component signal transduction system, SaeRS, and demonstrated that the Sa

214 notype were mapped to a two-component signal transduction system similar to PmrAB of Salmonella enter

215 ulated by a part of the two-component signal transduction system similar to that described for respon

216 ical question of how a component of a signal transduction system specifically associates with its par

217 ponse regulators of the two-component signal transduction system, such as Pseudomonas aeruginosa AlgR

218 Other sensory transduction systems, such as BvrRS and the newly descri

219 growth phenomena with signal perception and transduction systems, such as occurs during tropic growt

220 of S. mutans comprise a two-component signal transduction system (TCS) involved in regulating various

221 s co-transcribed with a two-component signal transduction system (TCS).

222 Bacteria use two-component signal transduction systems (TCS) extensively to sense and reac

223 dies have identified 13 two-component signal transduction systems (TCS) in Streptococcus pneumoniae.

224 investigate the role of two-component signal transduction systems (TCS), particularly the sensor kina

225 Two-component signal transduction systems (TCSs) are commonly used by bacteri

226 The two-component signal transduction system (TCST) consists of a histidine kinas

227 analysis of the entire two-component signal transduction system (TCSTS) gene complement of Staphyloc

228 A Campylobacter jejuni two-component signal transduction system (TCSTS), designated dccR-dccS (dimin

229 A large number of two-component signal transduction systems (TCSTS) including 59 putative senso

230 hich may be mediated by two-component signal transduction systems (TCSTS).

231 n is often regulated by two-component signal transduction systems (TCSTs).

232 Expression of perP is regulated by a signal transduction system that activates cell type-specific tr

233 We have developed a retroviral transduction system that allows for the study of possibl

234 pneumoniae, comprise a two-component signal transduction system that can modulate the replication of

235 ey components of the high-performance signal transduction system that controls bacterial chemotaxis.

236 d histidine kinases, which initiate a signal transduction system that controls expression of genes fo

237 These activities rely on a tightly regulated transduction system that converts graded Hh input signal

238 of the sophisticated decision-making signal transduction system that determines the fate between spo

239 through activation of a two-component signal transduction system that directly regulates the expressi

240 apy using a simple, yet effective, stem cell transduction system that facilitates long-term expressio

241 sponse, a protein quality-control and signal-transduction system that has not been well studied in th

242 e Rcs phosphorelay is a two-component signal transduction system that is induced by cell envelope str

243 ous system and represent a widespread signal transduction system that is involved in the regulation o

244 vanR and vanS encode a two-component signal transduction system that mediates transcriptional induct

245 appear to constitute a two-component signal transduction system that regulates DMSO reduction in S.

246 reviously characterized two-component signal transduction system that regulates gene expression in a

247 n evolutionarily conserved ubiquitous signal transduction system that regulates many cell functions i

248 A signal transduction system that responds to the secondary infec

249 The Cpx pathway is a two-component signal transduction system that senses a variety of envelope st

250 In addition, a mast cell transduction system that stably expressed the KIT K509I

251 that motile P. aeruginosa cells have signal transduction systems that are adapted to allow non-growi

252 Environmentally responsive signal transduction systems that control expression and/or acti

253 Consequently, signal transduction systems that control metabolism and oxidati

254 ergetic genes, and the epigenomic and signal transduction systems that coordinate these dispersed ele

255 Signal transduction systems that mediate adaptive changes in ge

256 ed genes; the regulatory circuits and signal transduction systems that mediate the adaptive response;

257 Bacterial chemosensory signal transduction systems that regulate motility by type IV p

258 atives of the bacterial two-component signal transduction system, the combination of covariance with

259 e relate this to functions of several signal transduction systems: the M2 proton channel from influen

260 as CSP, is sensed by a two-component signal transduction system through a membrane receptor, ComD.

261 s conformational changes activating a signal transduction system through its associated heterotrimeri

262 s control the output of two-component signal transduction systems through proteinratioprotein and pro

263 Here, we exploited a lentiviral transduction system to allow the unequivocal identificat

264 y, using a murine Ag-specific primary T cell transduction system to assess CD69, IL-2, and IFN-gamma

265 use, for the first time, a lentivirus-based transduction system to deliver microRNA-adapted short ha

266 detella virulence gene) two-component signal transduction system to sense the environment and regulat

267 iarrheal disease cholera, has evolved signal transduction systems to control co-ordinately the expres

268 pathogens have evolved sophisticated signal transduction systems to coordinately control the express

269 ion, integrates the activity of three signal transduction systems to regulate the level of the Pho re

270 iption, bacteria use several types of signal transduction systems to sense the external environment.

271 We previously observed that signal transduction systems typically associated with neurodege

272 nent of the bacterial phosphotransfer signal transduction system, undergoes one of the largest substr

273 /RegA comprise a global redox-sensing signal transduction system utilized by a wide range of proteoba

274 tory systems, the predominant form of signal transduction systems utilized by prokaryotes.

275 s achieved with AAV (adeno-associated virus) transduction system via stereotactic injection.

276 Among these, the CpxRA two-component sensory transduction system was downregulated by the presence of

277 The visual transduction system was used as a model to investigate t

278 horylation in T cell signaling, a retroviral transduction system was used to introduce different vers

279 ical role for nuclear RACK1, the Tat protein transduction system was used to transduce RACK1 and RACK

280 The VieSAB three-component signal transduction system was, however, originally identified

281 Using a lentiviral transduction system, we demonstrated that gigaxonin leve

282 tions that occur in the reconstituted signal transduction systems, we observed that essentially all P

283 cs that acted as inducers of the sigE signal transduction system were all inhibitors of intermediate

284 he meningococcal MisR/S two-component signal transduction system were characterized.

285 otein, regulated the activity of this signal transduction system, whereas no function could be assign

286 ns a homolog of the CpxRA 2-component signal transduction system, which controls the cell envelope st

287 of the MtrAB two-component regulatory signal transduction system, which includes sensor kinase MtrB a

288 , in part, by the MprAB two-component signal transduction system, which is activated by and mediates

289 The MtrAB signal transduction system, which participates in multiple cell

290 member of the envZ-ompR two-component signal transduction system, which regulates outer membrane prot

291 requires the BarA-UvrY two component signal transduction system, which responds to short chain carbo

292 We conclude that the sigma(V) signal transduction system, which senses the host innate immune

293 ) sigma factors are a major family of signal transduction systems, which sense and respond to extrace

294 on these approaches is mainly based on virus transduction system, while, under the consideration for

295 gene expression and the modified retroviral transduction systems will be complimentary in studying h

296 Characterization of two-component signal transduction systems will enhance our understanding of p

297 Two-component signal transduction systems with membrane-embedded sensor histi

298 We thus demonstrate how a G-protein-mediated transduction system, with PLC as its target, selectively

299 othesized that the components of this signal transduction system would be deregulated as breast cance

300 s revealed that a novel two-component signal transduction system, YhcSR, is essential for the surviva