ライフサイエンスコーパス: (its|their) own expression

1 ur results demonstrate that RH1 can activate its own expression and that RH2-mediated competition can

2 nsing of an autoinducing peptide to activate its own expression via the response regulator AgrA as we

3 We show here that RcsA functions to activate its own expression, as seen by the 100-fold-increased ex

4 omologues of gammaherpesviruses all activate their own expression.

5 Finally, xnr5 and xnr6 can also activate their own expression during cleavage stages, indicating

6 ops in which myogenic bHLH proteins activate their own expression and the expression of MEF2, while M

7 each other's expression and weakly activate their own expression.

8 romoter at the G1/S transition and activates its own expression, suggesting a positive feedback mecha

9 oter elements and then the CeTwist activates its own expression further (autoregulation) in different

10 alysis also demonstrated that ChxR activates its own expression by binding directly to sites upstream

11 s at Tbx21 and that T-bet directly activates its own expression.

12 tion factor Suppressor of Hairless activates its own expression, specifically in the socket cell of e

13 that Bcd activates hb, and that Hb activates its own expression.

14 expressed from a gene inhibits or activates its own expression are common gene network motifs within

15 berculosis TrcR response regulator activates its own expression by interacting with the AT-rich seque

16 reted glycoprotein Wingless, which activates its own expression in peripheral ommatidia via a positiv

17 ibutes to intrinsic resistance by activating its own expression and many drug resistance genes in res

18 otic and pro-inflammatory response, but also its own expression, thus restoring a quiescent phenotype

19 male and female mice, we show that although its own expression remains unaltered after cocaine expos

20 Secreted IFN-beta further amplified its own expression via a positive-feedback mechanism, wh

21 sigma factor cascade, SigB may auto-amplify its own expression under certain conditions.

22 ulating its interactions with epithelium and its own expression of Bmp4.

23 ha1C subunit (L-VGCCalpha1C) expression, and its own expression has a diurnal rhythm, thereby explain

24 ces the expression of the spvABCD operon and its own expression in the stationary phase of bacterial

25 efflux system (encoded by copBAC) as well as its own expression (in the copMRS operon) in response to

26 T cells, c-Myb allows GATA-3 to autoactivate its own expression, an event that requires the direct in

27 ecombinant human CTGF was able to autoinduce its own expression.

28 ansduction system and that MrpC autoregulate its own expression.

29 ration factor p63 to positively autoregulate its own expression and close a subset of the TFAP2C-init

30 ZTA promoter and to positively autoregulate its own expression in transient cotransfection assays, b

31 Thus, Nrf2 appears to autoregulate its own expression through an ARE-like element located i

32 NA in its target promoters and autoregulates its own expression.

33 ter assays indicated that CovR autoregulates its own expression; this was verified by the results of

34 t manner, suggesting that edn1 autoregulates its own expression.

35 ublished data that blimp1/krox autoregulates its own expression, but discovered, surprisingly, that t

36 revisiae ribosomal protein L30 autoregulates its own expression by binding to a purine-rich internal

37 the melR promoter; thus, MelR autoregulates its own expression.

38 sigma(MibX) autoregulates its own expression but does not directly regulate expres

39 We showed recently that B-Myb autoregulates its own expression through promoter transactivation.

40 both positively and negatively autoregulates its own expression from this promoter.

41 ave found that Loz1 negatively autoregulates its own expression.

42 as a splicing activator, Nova autoregulates its own expression by acting as a splicing repressor.

43 s an immediate-early gene and autostimulated its own expression.

44 d -3, and its product in turn activates both its own expression and that of elt-2, constituting an ap

45 omplexes directly and negatively affect both their own expression and that of ACR4.

46 ealed that B. fragilis OxyR does not control its own expression.

47 RlrA is also known to positively control its own expression.

48 d participates in a feedback loop to control its own expression.

49 cts from a single network can act to control their own expression or the production of protein in ano

50 direct sensors of small molecules to control their own expression.

51 cifying transcription factors, which control their own expression through transcriptional positive fe

52 IL-1alpha controls its own expression through an autocrine feedback loop th

53 Here we report that AbsB controls its own expression by sequentially and site specifically

54 tant P. aeruginosa virulence factor controls its own expression.

55 Yra1p, a yeast mRNA export factor, controls its own expression.

56 l describes how one regulatory gene controls its own expression at the level of mRNA polyadenylation,

57 a sex determination gene Sex-lethal controls its own expression and the expression of downstream targ

58 In addition, Dpp positively controls its own expression and suppresses wingless transcription

59 also describe that RcsA positively controls its own expression.

60 determination gene Sex-lethal (Sxl) controls its own expression, and the expression of downstream tar

61 zipper transcription factor, which controls its own expression and the expression of a large number

62 f the pluripotency network that act to drive their own expression and maintain the ES cell state; if

63 ostulated that phosphorylated c-Jun enhances its own expression through AP-1 sites on the c-jun promo

64 omoter of homeobox A (HOXA) genes, enhancing its own expression and stimulating expression of HOXA ge

65 androstenedione (A4), each steroid exhibited its own expression profile.

66 ion, triggering a positive feedback loop for its own expression.

67 od when atonal gene function is required for its own expression.

68 In culture, IFN-alpha/beta prime for their own expression, in response to viruses, through in

69 le for gene expression changes directly from their own expression, as TF activity is often regulated

70 nnotated genes, and transposons often impart their own expression specificity upon the genes they reg

71 TGF-beta1 can induce its own expression by an autoregulatory mechanism.

72 s been shown previously that bFGF can induce its own expression through an increase in bFGF mRNA.

73 ell differentiation wave front and to induce its own expression.

74 In all species, nodal-related genes induce their own expression through a positive feedback loop.

75 uired to maintain, and sufficient to induce, its own expression along the disc's margins.

76 Furthermore, the IL-36s directly induced their own expression and the production of proinflammato

77 e thus conclude that epithelial BMP4 induces its own expression in dental mesenchyme in a manner that

78 , Notch activation in nonprogenitors induces its own expression and simultaneously suppresses both De

79 Such ectopic expression of VegT induces its own expression as well as that of Xwnt-8 in caps, su

80 a protein in Escherichia coli, which induces its own expression upon repairing DNA alkylation damage,

81 tracellular antioxidant but also by inducing its own expression under stressful conditions such as pr

82 uPA is capable of inducing its own expression in lung epithelial cells as well as t

83 demonstrate that Xbra is capable of inducing its own expression, but that this auto-induction require

84 articularly when a focal trait can influence its own expression via interactions with traits in other

85 ant BosR, suggesting that BosR may influence its own expression in B. burgdorferi However, direct exp

86 ittle is known about how connexins influence their own expression or intracellular regulation.

87 cultures, whereas SinR negatively influences its own expression.

88 PTOCHROMES [CRYs]) are understood to inhibit their own expression, in part by promoting the phosphory

89 te and translocate to the nucleus to inhibit their own expression.

90 Moreover, TGF-beta 1 gene delivery inhibited its own expression in the liver tissue, which is otherwi

91 part of the FRQ-FRH complex (FFC), inhibits its own expression.

92 We hypothesize that MASH1 normally inhibits its own expression indirectly, possibly through a HES-me

93 pression of frq, whose gene product inhibits its own expression.

94 t activate a negative feedback loop to limit its own expression.

95 ntribute to a feedback loop that would limit its own expression, thus aiding viral replication by pre

96 ting that this protein quantitatively limits its own expression through a negative feedback mechanism

97 n autoregulatory circuit in which tin limits its own expression domain.

98 te chondrocyte-specific markers and maintain its own expression in chondrocytes via a positive feedba

99 We also found that Pax3 could maintain its own expression through a positive autoregulatory fee

100 also binds to the enhancer to help maintain its own expression after that of SRY has ceased.

101 in its cis-regulatory sequences to maintain its own expression, and also directly regulates the expr

102 nregulate tumor suppressor genes to maintain its own expression.

103 ated in a positive-feedback loop to maintain their own expression, and that AG activates biosynthesis

104 e absence of MyoD, is capable of maintaining its own expression by recruiting the Brg1 ATPase to modi

105 sed NUAK1 kinase in EVTs thereby maintaining its own expression.

106 Here we demonstrate that MEF2 maintains its own expression in all differentiated muscle cell typ

107 In females Sxl maintains its own expression by controlling the alternative splici

108 st that the Drifter protein, which maintains its own expression through a tracheal-specific autoregul

109 o BMP signaling, and Tinman, which maintains its own expression through an autoregulatory loop.

110 of TBPH did not downregulate or mislocalize its own expression, indicating that a dominant-negative

111 a novel strategy by which ADAR2 can modulate its own expression.

112 cular, it is not known if E1 and E2 modulate their own expression and how posttranscriptional mechani

113 oD1 and NeuroD4, and also directly modulates its own expression.

114 cm1-1 mutant, suggesting that Mcm7 modulates its own expression in conjunction with Mcm1.

115 mechanism by which AIRE negatively modulates its own expression.

116 Remarkably, BDNF is capable of modulating its own expression levels in neurons, forming a transcri

117 Rns is also an activator of its own expression.

118 that is directly involved in the control of its own expression.

119 uggest that FGF2 is the primary initiator of its own expression, which is autoregulated through a nov

120 six3b non-cell-autonomously, i.e. outside of its own expression domain, probably through limiting Hh

121 f anoikis and demonstrates the regulation of its own expression in the process of metastasis.

122 tion, cell cycle machinery and regulation of its own expression.

123 ene product is involved in the regulation of its own expression.

124 nds implicate INO as a positive regulator of its own expression, and ANT, HLL, BEL1, and SUP as direc

125 re that CcpA acts as a negative regulator of its own expression.

126 d SoxS regulation works by the alteration of their own expression levels, it was not known how Rob, w

127 tream gene expression do not show changes of their own expression levels across the multi-omics measu

128 ental decisions, including the regulation of their own expression and the patterning of the olfactory

129 s involved in a feedback circuit to turn off its own expression and possibly the expression of other

130 hibition of the autocrine effect of CSF-1 on its own expression is through the effect of CSF-1 inhibi

131 t IcaR does not have a significant effect on its own expression.

132 ng of a gene often exerts a strong impact on its own expression and whole development.

133 h signaling in different cell types based on their own expression levels and differential activities

134 tive feedback loop of Irf8 that orchestrates its own expression and thereby controls DC differentiati

135 itive feedback loop these factors perpetuate their own expression thus stabilising pre-placodal fate,

136 y, we demonstrated that NOTCH3 could promote its own expression and that of JAGGED1 in mural cells.

137 activation, thereby MET indirectly promotes its own expression.

138 s antitumor "bystander" effects by promoting its own expression.

139 possibly implying that the gene can regulate its own expression.

140 ing that leptin may be able to down-regulate its own expression by an indirect, non-autocrine mechani

141 First, AUF1 may regulate its own expression by binding to AREs in 3'-UTR splice v

142 our results suggest that MARCH1 may regulate its own expression through dimerization and autoubiquiti

143 ground, suggesting that VttR(B) may regulate its own expression.

144 ectR1 gene suggests that EctR1 may regulate its own expression.

145 Furthermore, leptin might regulate its own expression through a feedback mechanism involvin

146 ssor, AnsR, was shown to negatively regulate its own expression.

147 suggested that pag-3 may negatively regulate its own expression.

148 er, miR-21 feeds back to positively regulate its own expression and to limit CSF-1R-mediated activati

149 ty and has been shown to positively regulate its own expression, as well as a downstream target, ovar

150 o target transcription factors that regulate its own expression.

151 ing a feedback mechanism for SMN to regulate its own expression via Gemin5.

152 f the breAB promoter and is able to regulate its own expression, as demonstrated by transcriptional a

153 Moreover, GATA-3 and ER alpha regulate their own expression in breast cancer cells.

154 hich clock gene products negatively regulate their own expression.

155 bligate heterodimers and positively regulate their own expression.

156 y not only be a means for miRNAs to regulate their own expression but may also represent a general pa

157 h 'clock' gene products feedback to regulate their own expression.

158 genes that feedback periodically to regulate their own expression.

159 tionally, we discover an aaRS that regulated its own expression to enhance ncAA dependency.

160 ld-type GltR and GltR24 negatively regulated their own expression.

161 ess CEH-10, suggesting that CEH-10 regulates its own expression.

162 This suggests that A2AR regulates its own expression during hypoxia by feedback mechanisms

163 from the viral C promoter (Cp) and regulates its own expression by activating Cp through interaction

164 n RNA hairpin during splicing, and regulates its own expression by binding an internal loop in the 3'

165 NsrR from Streptomyces coelicolor regulates its own expression and that of only two other genes, hmp

166 We also found that CTGF regulates its own expression via TGF-beta signaling.

167 tor of human cytomegalovirus, down-regulates its own expression.

168 (LMP1) of Epstein-Barr virus (EBV) regulates its own expression and the expression of human genes via

169 ochemical data establish that EsaR regulates its own expression by signal-independent repression and

170 We demonstrate that HOXA9 regulates its own expression by positive feedback mechanism.

171 We conclude that LXRalpha regulates its own expression in human macrophages and that this re

172 on by showing that the let-7 miRNA regulates its own expression.

173 Thus, double-SCR of MTCH2 regulates its own expression levels contributing toward the mainte

174 demonstrate that Rv0081 negatively regulates its own expression and that of downstream genes by bindi

175 udy, we show that Ovol1 negatively regulates its own expression by binding to and repressing the acti

176 SlyA negatively regulates its own expression by interfering with the binding of RN

177 monstrate here that FCA negatively regulates its own expression by ultimately promoting cleavage and

178 RapC negatively regulates its own expression, presumably due to its ability to inh

179 scriptional regulators, negatively regulates its own expression.

180 ctivation of Pcov, RocA negatively regulates its own expression.

181 ce, implying that Brn3a negatively regulates its own expression.

182 sults suggest that SIS1 negatively regulates its own expression.

183 g conditions, suggesting that NtcA regulates its own expression.

184 s in transgenic mice, 2) PKCbetaII regulates its own expression in RIE and human colon cancer cells i

185 ysis revealed that CovR positively regulates its own expression and regulates the expression of 153 g

186 ling reveals that GATA3 positively regulates its own expression and that ERalpha autoregulation is mo

187 state, the CI repressor positively regulates its own expression by stimulating transcription from the

188 on functions; PrgX also positively regulates its own expression, as well as that of Qa.

189 CSF positively regulates its own expression, presumably due to its ability to inh

190 ory cycle by which GDNF positively regulates its own expression.

191 the spvABCD operon and positively regulates its own expression.

192 1 initiates viral DNA replication, regulates its own expression, and induces plant gene transcription

193 Thus, TTP regulates its own expression in a manner identical to that seen wi

194 vel, we provide evidence that Wnt3 regulates its own expression and that of other primitive streak ma

195 ates cell surface fibrinolysis by regulating its own expression as well as that of the uPA receptor a

196 robic conditions, thus indirectly regulating its own expression.

197 he L2 position by positively auto-regulating their own expression and by providing negative feedback

198 se T cells become IPE Tregs by up-regulating their own expression of B7-1/B7-2 and soluble and membra

199 Finally, we show that Wingless can repress its own expression via an autorepressive feedback loop t

200 ng proteins, was previously shown to repress its own expression as well as that of a uricase, a repre

201 eracted with and recruited Prdm16 to repress its own expression, therefore pinpointing a model in whi

202 he pMad gradient but requires Brk to repress its own expression.

203 regulatory loop whereby HRT proteins repress their own expression through interference with Notch sig

204 ition, it was determined that BreR represses its own expression by recognizing a 28-bp site at the br

205 c muscles, and that ZAG-1 directly represses its own expression.

206 scbR mutant, indicating that ScbR represses its own expression while activating that of scbA.

207 proceeds from stages 10B-14, slbo represses its own expression and both slbo loss-of-function mutati

208 SNON protein in complex with SMAD4 represses its own expression as part of the negative feedback loop

209 CKI, forming a stable complex that represses its own expression by inhibiting WCC.

210 PspA therefore represses its own expression.

211 induces Prdm1 expression and thus represses its own expression after T cell activation, ensuring tha

212 rm the FRQ-FRH complex (FFC) which represses its own expression by interacting with and promoting pho

213 ty of the CLOCK-BMAL1 dimer, which represses their own expression.

214 nvolved directly or indirectly in repressing its own expression and that of another sigmaWhiG-depende

215 cline repressor TetR or (ii) TetR repressing its own expression.

216 transcription factor CLOCK-BMAL1, repressing their own expression.

217 ively, our data suggest that Ovol1 restricts its own expression by counteracting c-Myb activation and

218 lator of translation as well as to stimulate its own expression.

219 r protein products, ZEBRA and Rta, stimulate their own expression, reciprocally stimulate each other'

220 BMP-2 stimulates its own expression during osteoblast differentiation.

221 esults, in part because PPARgamma stimulates its own expression.

222 YocH stimulates its own expression in a PrkC-dependent manner demonstrat

223 the negative regulators Per and Cry suppress their own expression, which is driven by the positive re

224 clockwork, where they periodically suppress their own expression and that of clock-controlled genes.

225 bition mechanism, in which PTPN22 suppresses its own expression in M1 but not M2 macrophages.

226 stabilize the muscle phenotype by sustaining its own expression through a myogenic autoregulatory loo

227 Thus, the activity of Cre terminates its own expression (self-deleting).

228 gondii and that T-bet did not contribute to its own expression when induced by IL-12 and IFN-gamma.

229 observe that individuals are more similar to their own expression profiles later in life than profile

230 IL-1beta upregulated its own expression and that of IL-6, IL-8, GRO-beta, and

231 We found that QseB upregulates its own expression in the qseC mutant, arguing that it i

232 itively regulate salA, that salA upregulates its own expression and that salA positively regulates th

233 transcription factor Gli, which upregulates its own expression, leads to a switch that can adopt two

234 MOPED empowers users to visualize their own expression data and compare it with existing s

235 cell cycle progression of tumor cells, while its own expression remains independent of the CDK inhibi

236 ertion/deletion polymorphism associates with its own expression levels, affecting the extent to which