ライフサイエンスコーパス: behave similarly

1 nd the unlinked and linked cases are seen to behave similarly.

2 and peptides from either squid or human APP behave similarly.

3 ere, we test whether neuroendocrine granules behave similarly.

4 r other type III effectors of phytopathogens behave similarly.

5 ggests that other driven linear systems will behave similarly.

6 t T cells; Ag-specific primary T cell blasts behave similarly.

7 suggest that an outbred human population may behave similarly.

8 fibers that have more pathway disorder would behave similarly.

9 hibitors with different structural scaffolds behave similarly.

10 mall-world networks, and scale-free networks behave similarly.

11 that the other glycine subunits of the chain behave similarly.

12 C termini, as those of mDia1 and INF2 do not behave similarly.

13 codon usage pattern of specific amino acids behave similarly.

14 ic and gel-based assays and showed that they behave similarly.

15 potassium or inhibition of GABA-A receptors behaved similarly.

16 ycling, the K324A mutant and the WT beta1-AR behaved similarly.

17 Lysine and serine behaved similarly.

18 Various other cell types behaved similarly.

19 Salmonella behaved similarly.

20 asmic tail of the substance P receptor (P/S) behaved similarly.

21 two proteins associated with the BRCA1 dots, behaved similarly.

22 EC from Hmox1(-/-) mice behaved similarly.

23 Anti-HLA-A and anti-HLA-B antibodies behaved similarly.

24 Primary RPE cells from wild-type mice behaved similarly.

25 gration in both cell types; MDA-MB-435 cells behaved similarly.

26 A cell line, KG-1, behaves similarly.

27 The sec-butyl complex behaves similarly.

28 Human Rad51, a homolog of bacterial RecA, behaves similarly.

29 ed Xenopus myocytes and from rat fibroblasts behaves similarly.

30 Subapical mesenchyme of the leg bud behaves similarly.

31 Does a neuronal form of the receptor behave similarly?

32 the sibling probe sets into two types: those behave similarly across treatments and those behave diff

33 opulations) showed that the treatment effect behaves similarly across all risk stratums.

34 RelA-induced downregulation of Sp-1 activity behaved similarly after 7-DG substitution.

35 Endogenous Cep55 behaves similarly after Plk1 inhibition by the drugs BI2

36 ssociated to tenofovir-DF and emtricitabine, behave similarly and achieve an undetectable viral load

37 ure BAC and adenocarcinoma with BAC features behave similarly and as such represent a relatively comm

38 We now show that both exocrine proteins behave similarly and enter the regulated secretory pathw

39 Alpha-diazo-beta-ketosulfones behave similarly and give 5-sulfonyloxazoles upon dirhod

40 gene of interest or a cluster of genes that behave similarly and see how these genes function in met

41 At higher salt concentration, both leaflets behave similarly and their stiffness converges toward th

42 Whether clinical isolates behave similarly and whether antioxidant enzyme expressi

43 The K9/vIRF1 promoter behaves similarly, and production of infectious virus is

44 2-(Benzyloxy)cyclooctanone behaves similarly, and the presence of a transannular do

45 fter weaning; (c). male and female offspring behaved similarly; and (d). littermates spent considerab

46 anti-IFN-gamma-treated CCR2(-/-) and WT mice behaved similarly, anti-IFN-gamma-treated CXCR2(-/-) or

47 in Mycobacterium smegmatis, whereas mPDE-4A behaved similarly as wild type.

48 ZnT3 knockout mice behaved similarly as wild-type mice in the open field te

49 The replication fork may behave similarly at other types of DNA lesions, and thus

50 heterogeneous catalysts, and likely enzymes, behave similarly at the molecular level.

51 the assumption that silicate post-perovskite behaves similarly at lower mantle conditions, a numerica

52 Each sunscreen behaved similarly: at recommended application levels (>

53 The two determinants behaved similarly, being presented most efficiently from

54 de containing only the WASp homology 2 motif behaves similarly but with a 10-fold lower affinity.

55 melting of mantle peridotite, Fe(2+) and Zn behave similarly, but because Fe(3+) is more incompatibl

56 trigger methylation; (5) methylation signals behave similarly, but not identically, at different chro

57 Mechano-insensitive nociceptors behaved similarly, but all were supernormal at 1 Hz.

58 Calcium ion behaves similarly, but quantitatively the effects are sm

59 Vehicle- and drug-treated rats behaved similarly during a first 30 min session in the n

60 Neurons in ML behaved similarly, except that significant CP disappeare

61 red OAT1/OAT3 substrate, rho-aminohippurate, behaved similarly, except that stimulation was reduced,

62 Esperamicin C behaves similarly, exhibiting no isotope effects at 1',

63 Although the two strains behaved similarly for entry into the host cells and evas

64 Not all mutation types behave similarly, however; in particular, transitions at

65 Plant Hsc70 and iHsp70 counterparts behaved similarly, implying evolutionary conservation of

66 to a backbone carbonyl, and ACh and nicotine behave similarly in acting as a hydrogen-bond acceptor.

67 loid-biased HSCs from young and aged sources behave similarly in all aspects tested.

68 -length Taq and its Klentaq "large fragment" behave similarly in all assays.

69 mation and evaluation of mental images would behave similarly in both tasks.

70 ins questionable whether biological networks behave similarly in cell-free systems and in cells.

71 d in mice and suggests that nanotubes should behave similarly in humans.

72 ndividual and variable neuronal circuits can behave similarly in normal conditions, but their behavio

73 these new members of the PHOX ligand family behave similarly in terms of stereoinduction to t-Bu-PHO

74 hat the H5 clade 2.3.4.4 variant viruses may behave similarly in this taxonomic group whereby many wa

75 , they suggest that MHC-derived alloantigens behave similarly in vitro to minor histocompatibility Ag

76 ]1 and [11C]2 demonstrated that both tracers behave similarly in vivo with high uptake being observed

77 s steeply than in rat, while the Ig segments behaved similarly in both species.

78 hot spot, located centrally on chromosome 1, behaved similarly in male and female meiosis: Crossovers

79 Only A16 and A89 behaved similarly in most assays.

80 [ (11)C] 7 behaved similarly in mouse and monkey.

81 Thus, the two processes behaved similarly in terms of temperature responses, and

82 C57BL/6 and FVB/N hepatocytes behaved similarly in their limited susceptibility to apo

83 e these effects in TNF- alpha (-/-) mice and behaved similarly in wild-type and TNF- alpha -deficient

84 g cellular pH, we determined that PtdIns(3)P behaves similarly in canonical phagosomes as well as end

85 EPR shows that this conformational switch behaves similarly in micelles and lipid membranes.

86 orescence were observed, suggesting that PLB behaves similarly in response to phosphorylation in both

87 mole rat alphaB-crystallin intergenic region behaves similarly in transgenic mice.

88 In contrast, the most tolerant cellulase behaves similarly in water and in ionic-liquid-containin

89 pears to form a continuous triple helix that behaves similarly, in a dynamic sense, to a triple-helic

90 excitation wavelength) was still present and behaved similarly, indicating the ability of double dete

91 he equivalent mutation in plant phytochromes behaves similarly, indicating that the function of this

92 Whether cortical interneurons behave similarly is a fundamental question in developmen

93 Although NiO behaves similarly, it undergoes a gradual deactivation u

94 did not respond to stimulation with HCV and behaved similarly like TLR2-deficient HEK293 cells.

95 In the priC mutant, all three priA mutations behaved similarly, producing little, if any, changes in

96 male rats pacing during the second test half behaved similarly, regardless of prior treatment, showin

97 If NMDA channels at synapses behave similarly, relatively few channels would be requi

98 The S14E mutant behaves similarly, showing a 2.2-fold increase in Vmax,

99 Mga from a divergent serotype was found to behave similarly, suggesting that this study describes a

100 Because an apically targeted VSV-G mutant behaved similarly, these results suggest that REs not on

101 If other vessels behave similarly, this may provide further insight into

102 implications: (i) ss-siRNAs will not always behave similarly to analogous RNA duplexes; (ii) the seq

103 hese artificial systems need not resemble or behave similarly to any natural biological system.

104 depleted of the HoxA10 gene (shRNA) ex vivo behave similarly to cells from fetuses of obese dams; co

105 killer T (iNKT) cells are T lymphocytes that behave similarly to cells of the innate immune system.

106 Cells cotransfected with the two genes behave similarly to cells singly transfected with bcl-2,

107 Lgr5(+) HCC cells behave similarly to CICs and are highly tumorigenic and

108 Nanofibers were shown to behave similarly to conventional gold-on-silicon devices

109 tion, and besides being more expensive, they behave similarly to EthBr.

110 and cancer cell lines, namely PAT1 and PAT4, behave similarly to fly PATs when expressed in Drosophil

111 solvents exposed tryptophans are expected to behave similarly to indole free in solution, it is impor

112 solution, and the minimal receptor fragments behave similarly to larger fragments in cross-linking ex

113 Our data reveal that cancer mutants behave similarly to Mendelian disease mutations, but are

114 Partially conjugated trienes behave similarly to monoenes and conjugated dienes, yiel

115 The expressed, purified protein was found to behave similarly to other known beta-fructofuranosidases

116 mbin III binding sites, making remodeled BIH behave similarly to pharmaceutical heparin.

117 The surface-confined PQ is shown to behave similarly to PQ in solution, acting as a redox-de

118 ggested that symptoms considered part of PCS behave similarly to PTSD symptoms in the hyperarousal di

119 nd thousands of transfers, they nevertheless behave similarly to simpler representations of systems w

120 w that the AHR and the CYP1 enzymes in human behave similarly to that in mouse.

121 cloned, and its encoded protein was shown to behave similarly to that purified as SABP3.

122 faces of the films while the central regions behave similarly to the bulk with a clear AF-FM order tr

123 )- and 6(I,III)-diols of alpha- and beta-CDs behave similarly to the monoalcohols, forming mostly com

124 utation in ARL1, a paralog of ARG1 and ARL2, behave similarly to the wild type in gravitropism and ot

125 -directed in the nucleus can oligomerize and behave similarly to the wild-type FUS protein.

126 3, 3'-dilinoleyloxacarbocyanine perchlorate) behave similarly to their DiI counterparts.

127 tional channels but formed hemichannels that behave similarly to those formed by Cx43 in terms of per

128 her proteins, such as TMIE and LHFPL5, which behave similarly to TMC1, their mutation also leading to

129 gen-doped graphene nanoribbons (N-GNRs), and behave similarly to traditional p-n junctions.

130 ndicates that, while H197N and H436N enzymes behave similarly to wild-type synthase, H264N and H264A

131 We found that NSC319725 and NSC328784 behave similarly to ZMC1 in both biophysical and cell-ba

132 Importin-alphas behaved similarly to 5S rRNA.

133 LK did not respond to ITGA7 stimulation, and behaved similarly to a dominant MCM7-negative mutant and

134 Interestingly, chimeric Ad5f7 virions behaved similarly to Ad7 but not Ad5.

135 mnants, the cells expressing anchored lipase behaved similarly to CHO cell that expressed secreted he

136 Some oxysterols behaved similarly to cholesterol and increased the rate

137 HSPCs expressing a CCR5 shRNA transgene behaved similarly to controls.

138 In all these models, cinnabarinic acid behaved similarly to conventional mGlu4 receptor agonist

139 significant increase in Ca2+ sensitivity but behaved similarly to HCWTnT in actomyosin activation ass

140 attracted to invisible male nudes, gay males behaved similarly to heterosexual females, and gay/bisex

141 ontaining both the Leu and Met substitutions behaved similarly to l-bnp.

142 Unexpectedly, 4.2 Nippon (A142T) behaved similarly to normal protein 4.2.

143 The BisGMA/TEGDMA copolymerization behaved similarly to other dimethacrylate systems and ex

144 However, P5(+)/N3(-) mice behaved similarly to P5(+) mice despite the lack of nitr

145 unds of the epipodopinacol (7beta-OH) series behaved similarly to podophyllotoxin in all the assays a

146 NPM-S1 behaved similarly to pPDM-S1 in our experiments.

147 In vitro, this novel mutation behaved similarly to previously reported CHN1 mutations

148 Strains BO1 and 83-210 behaved similarly to reference strain 1330 in all mouse

149 Moreover, LPS-stimulated microglia behaved similarly to T cell receptor agonist antibody-st

150 the reference-based version of GBS-SNP-CROP behaved similarly to TASSEL-GBS in terms of the number o

151 The chrI terminus behaved similarly to that of the Escherichia coli chromo

152 ndeed, at elevated [Na(+)], the D447V mutant behaved similarly to the constitutively active deletion

153 The K65A mutant behaved similarly to the deletion mutant displaying depe

154 The LH1 beta polypeptide of Rs. molischianum behaved similarly to the LH1 beta polypeptides of Rs. ru

155 of p40 from MARCKS in a cell-free system and behaved similarly to the MCE with respect to mutants of

156 of heat- or ethanol-inactivated microbes and behaved similarly to the membrane-bound, full-length Eat

157 Conversely, SNX6 behaved similarly to the other SNX proteins in its inter

158 eded as solvent decreased cell viability; it behaved similarly to the other two compounds at lower co

159 While some behaved similarly to the S232I replicon, others displaye

160 The SsbA protein behaved similarly to the SsbEc protein under all conditi

161 Oligonucleotides of adenosine and cytidine behaved similarly to the thymidine oligonucleotide, demo

162 ansformed phenotype, whereas Ser37 and Ser33 behaved similarly to the vector in these assays.

163 Since only Z(S186T) among the mutants behaved similarly to the wild type, activation of BRLF1

164 e, corresponding single alanine replacements behaved similarly to the wild-type channel (77wt) in fou

165 rast, variants with residues 231-315 removed behaved similarly to the wild-type enzyme.

166 In contrast to mutant T187A, which behaved similarly to the wild-type protein, T278A was on

167 s a stimulus, the PLD1-inactive Cdc42 mutant behaved similarly to the wild-type protein.

168 ngly, T cells deficient in both ALX and RIBP behaved similarly to those deficient in ALX alone during

169 pecificity and/or inactive mutant Fc domains behaved similarly to tumor-specific immunocytokine.

170 t quinone oxidoreductase 1 (NQO1) inhibitor, behaved similarly to warfarin in both cell lines.

171 In each case, the A190T derivative behaved similarly to wild type GCN5, suggesting that the

172 Cx43 with all lysines converted to arginines behaved similarly to wild type in the presence of protea

173 KSHV miRNA deletion mutant (BAC36 DeltamiR) behaved similarly to wild-type (wt) BAC36 in viral produ

174 In contrast, cis-Golgi complex-targeted eNOS behaved similarly to wild-type eNOS and was less sensiti

175 LS-linked SOD1 mutants such as G93A and G85R behaved similarly to wild-type SOD1, suggesting that the

176 o that of the wild-type protein (e.g., R92Q) behaved similarly to wild-type TNFRSF1A, whereas forms o

177 With a few notable exceptions, cHA viruses behaved similarly to wild-type viruses and maintained st

178 ults suggest that in breast cancer cells Brk behaves similarly to a constitutively active Brk mutant

179 similar to an H7N1 avian isolate and instead behaves similarly to a human seasonal strain in several

180 ression allele (spo13-23) was recovered that behaves similarly to a null mutant in haploids but to a

181 When expressed in yeast, alpha-Syn(G51D) behaves similarly to alpha-Syn(A30P), as both exhibit im

182 Whereas Axin2 behaves similarly to Axin in the destruction complex, Nk

183 Rdh10 behaves similarly to cellular retinol-binding protein, t

184 ly blind individuals, the left visual cortex behaves similarly to classic language regions: (i) BOLD

185 Functional studies indicate that L-SIGN behaves similarly to DC-SIGN in that it has a high affin

186 Additionally, MeCP2 behaves similarly to histone H1 and HMGD1 in creating a

187 ays forms during fault slip; (2) fault-gouge behaves similarly to industrial powder lubricants; (3) d

188 The intracellular domain of CRB1 behaves similarly to its Drosophila counterpart when ove

189 Rescued p53 behaves similarly to its wild-type counterpart in regula

190 We show here that valproate behaves similarly to lithium in that at therapeutic conc

191 One behaves similarly to MCR(silent), as shown by the observ

192 We show that Schizosaccharomyces pombe behaves similarly to metazoans in response to analogs 5-

193 We speculate that this system behaves similarly to niche/stem cell/transit amplifying

194 While WP652 in some ways behaves similarly to other anticancer bis-intercalating

195 nol at 0 degrees C show that acetyl chloride behaves similarly to p-methoxybenzoyl chloride, whereas

196 ), which never encounters chromatin in vivo, behaves similarly to Pol II in all aspects of transcript

197 ABF1 behaves similarly to RAP1 in these assays, but it shows

198 ated that endogenous hyperphosphorylated RPA behaves similarly to RPA2(D).

199 rimed by environmental antigens, but instead behaves similarly to self-MHC-restricted immunity direct

200 In the Q(o) pocket, the NQNO behaves similarly to stigmatellin, inducing an iron-sulf

201 to that observed in liver microsomes, CYP3A4 behaves similarly to that observed in solution.

202 ing that the appearance of Trp(+) revertants behaves similarly to that of episomal Lac(+) revertants.

203 ms of diastereoselectivity, the C-7-analogue behaves similarly to the benzylidene-protected donor, bu

204 ble FasL, which also occurs physiologically, behaves similarly to the CH11 Ab, and may therefore be m

205 The rest of AFP III's hydration shell behaves similarly to the hydration shell of non-ice-inte

206 han arterial grafts; the human radial artery behaves similarly to the internal mammary artery.

207 The molecule behaves similarly to the noncovalently associated dimer

208 The TM-IMS behaves similarly to the planar Differential Mobility An

209 RFP-GRalpha receptor behaves similarly to the wild-type GRalpha with its cyto

210 Spectrally, Ter349Glu rhodopsin behaves similarly to wild-type rhodopsin, absorbing maxi

211 d near-wild-type (wt) MHV-like progeny, thus behaving similarly to comparable 5'-proximal regions of

212 Although the three NRDc's behaved similarly, Tris had a pronounced effect on the k

213 H2 S is anticipated to behave similarly under pressure, with the dissociation p

214 Because the human and yeast enzymes behave similarly under steady-state conditions, we expec

215 The (99m)Tc and Re(I) conjugates behaved similarly under identical reversed phase high-pe

216 aglycosylated) are folded at neutral pH and behave similarly upon heat- and low pH-induced unfolding

217 feron-inhibiting viral transforming proteins behave similarly, we found that Epstein-Barr virus-induc

218 To determine whether other SR proteins can behave similarly, we selected a high-affinity RNA-bindin

219 s whether alloreactive CD4+ and CD8+ T cells behave similarly when exposed to type 2 cytokine-enhanci

220 D04, although recognizing separate epitopes, behaved similarly when assessing their effect on TG2 con

221 Both parasites behaved similarly when exposed to diverse temperature re

222 cal oscillator comprised of the Kai proteins behaves similarly when driven by metabolic pulses in vit

223 ype 3 strain and the capsule-switched mutant behaved similarly, whereas in the lungs the mutant that

224 -[(18)F]4 demonstrated that all four tracers behave similarly with peak uptake in the SERT-rich brain

225 Both Y305A and Y305C behave similarly with regard to aliphatic amine oxidase

226 s of loop C residues alphaY190 and alphaY198 behave similarly with regard to DeltaGB1 at all three ki

227 Torcetrapib behaved similarly with all variants, with no significant

228 ered (225)Ac- or (111)In-labeled trastuzumab behaved similarly with high tumor uptake [56-60% injecte

229 antitative differences, all 4 of the adducts behaved similarly with respect to the effect of p53 expr

230 lated and phosphorylated forms of the kinase behave similarly, with low micromolar dimer dissociation

231 The inactive Y559F-mutant behaved similarly without affecting mitochondrial transc