ライフサイエンスコーパス: behave differently

1 as; however, different bacterial strains may behave differently.

2 ls in pregnancy and that pre-eclamptic cells behave differently.

3 ta strain, but in some cases the two strains behave differently.

4 However, ferroelectric polymers behave differently.

5 become isolated from the bulk population and behave differently.

6 The two segments of SNAP25 behave differently.

7 Antibodies against HLA-A, -B, or -Cw behave differently.

8 psin is outside the activation cycle and may behave differently.

9 benefits from opposing surface patterns that behave differently.

10 probes on an Affymetrix tiling array usually behave differently.

11 approval and inclusion of an individual who behaved differently.

12 Surprisingly, the responses to color squares behaved differently.

13 yl (SRSH) contents of the three fish species behaved differently.

14 petroleum substances since each constituent behaves differently.

15 What makes males and females behave differently?

16 Why do males and females behave differently?

17 behave similarly across treatments and those behave differently across treatments.

18 lycol) (PEG) grafted polyacrylamide polymers behave differently, affecting the SE yield by attenuatio

19 The 3 fibroblast types studied behave differently and expressed different ECM receptors

20 hibitor; we explain why different inhibitors behave differently and show that a robust flux control a

21 ro system, to characterize systems likely to behave differently and to understand the biology underpi

22 d, if so, characterize the systems likely to behave differently and understand why?

23 APS-associated mutant and wild-type TNFRSF1A behaved differently and had different localization prope

24 utward protrusion called the Thebe extension behaves differently and has eluded understanding.

25 WD3, which has the lowest sequence identity, behaves differently and its Cu loop is rigid with respec

26 nstrate that HTLV-encoded antisense proteins behave differently, and that the bZIP-like domains of bo

27 This study shows that each fruit behaves differently, and both technology and processing

28 In vivo, IL-14 and IL-2 behave differently as IL-14 transcript levels are not re

29 lly independent {Mn2(saltmen)2} units, which behave differently as shown by the magnetic susceptibili

30 These data show that lambda and alpha behave differently as the ECS geometry varies.

31 nes such as surface charge, they should also behave differently as these properties evolve during a d

32 Tumor-associated macrophages behave differently as they are predominantly induced to

33 Origin and terminus regions behave differently, as functionally independent domains.

34 s flanking the kDNA during replication, they behave differently at other times.

35 eas the benzimidazole-based (BnIm) compounds behaved differently at different pH with recognizable co

36 The scanners behaved differently at the lower range of the CT number

37 es in hepatocytes and found metabolites that behaved differently at the mitochondrial versus whole-ti

38 flamed skin demonstrated that effector cells behaved differently, being uniformly highly migratory.

39 analysis indicated that a number of pathways behave differently between domesticated and wild salmon

40 of Brd4, but in all other aspects the mutant behaves differently between the two families of papillom

41 Ab activity, when restricted to this region, behaves differently between these two groups, with the c

42 It is clear that male and female animals behave differently, but how do those differences arise?

43 Rectal cancer (RC) appears to behave differently compared with colon cancer.

44 cules is unusual and that the proximal water behaves differently compared to the bulk solvent.

45 r analysis or newly homemade clusters do not behave differently concerning asthma control-related out

46 Tumours may hence behave differently dependent upon any androgen receptor

47 ention in WM are distinct processes that can behave differently depending on the relative importance

48 The same protein or nucleic acid can behave differently depending on the time in the cell cyc

49 ental studies demonstrating that tumor cells behave differently depending on where they are located w

50 udy show that while all models qualitatively behaved differently depending on the test case considere

51 Pups did not behave differently during control and snake tests, but d

52 y and furthermore show that AKT isoforms can behave differently during epidermal tumorigenesis.

53 ist among these progenitors and how they may behave differently during inflammation.

54 r preparations may contain smaller DNAs that behave differently during sequencing.

55 ondition; captive-born juvenile rats did not behave differently during snake and control tests.

56 ns was prioritized by focusing on those that behave differently during the internalization of virulen

57 antly active during sequence initiation, but behaved differently during sequence performance, reveali

58 century high SSTs in magnitude, the glacier behaved differently during the 20(th) century.

59 The fact that Ti behaves differently during magma differentiation in thes

60 ve demonstrated that neural crest cells also behave differently either side of this boundary and that

61 The tellurides behave differently for their selenium analogues and have

62 two of the four initially unresponsive ones, behaved differently for saccades whose size changed beca

63 at over the entire progression, NAb activity behaves differently for convalesced and naive groups, bu

64 encodes the G13D mutant protein (KRAS(G13D)) behaves differently; for unknown reasons, KRAS(G13D) CRC

65 pai-Conjugated macrocycles behave differently from analogous linear chains because

66 genes fim2 and fim3 of Bordetella pertussis behave differently from each other both in vivo and in v

67 Enantiomers only behave differently from each other in the presence of ot

68 Naturally occurring groups of muscle myosin behave differently from individual myosins or small grou

69 arge UK companies and stakeholders generally behave differently from Italian ones.

70 However, prenylflavanoids behave differently from most polyphenols, since they are

71 s emit radio-frequency radiation or why they behave differently from negative leaders.

72 The fact that people think or behave differently from one another is rooted in individ

73 nant and endogenous forms of Xenopus geminin behave differently from one another, such that a signifi

74 e remove our reliance on image features that behave differently from one instrument to another.

75 albumin and free iron in HU makes this fluid behave differently from others we tested.

76 Comparative studies show that urban coyotes behave differently from rural counterparts.

77 ctionally identical in this model system and behave differently from the EGF family hormones betacell

78 nalysis reveals that NNRTI-induced mutations behave differently from the others.

79 dinally extensive transverse myelitis (LETM) behave differently from those with AQP4-Ab.

80 describe theories explaining why liars would behave differently from truth tellers, followed by resea

81 yzed a different JPV isolate (JPV-BH), which behaved differently from JPV-LW; JPV-BH grew more slowly

82 h2 cells revealed that these two populations behaved differently from one another and from previously

83 Sister cells often behaved differently from one another, with apoptosis in

84 ed that these gold complexes were stable and behaved differently from phosphonium and auranofin, both

85 in tryptophan synthase; however, this mutant behaved differently from previously described synthase n

86 ose uptake; and 3) glycogen-derived pyruvate behaved differently from pyruvate derived from extracell

87 storic times when ENSO and the Asian monsoon behaved differently from the present day.

88 d by GluK1-containing kainate receptors that behaved differently from the receptors expressed by cb3a

89 Importantly, Deltalid RNAP behaved differently from wild-type RNAP when transcribin

90 DM behaves differently from conventional non-desmoplastic m

91 EndoA1-BAR behaves differently from dAmp-BAR because the former has

92 information stored directly in such networks behaves differently from human short-term memory perform

93 However, Smad3 behaves differently from Smad2 in regulating transcripti

94 The homologue of Std1, Mth1, behaves differently from Std1 in this assay by interacti

95 ffusion of all methane in nanoporous kerogen behaves differently from the bulk phase, with much small

96 shment, cells define a cortical "front" that behaves differently from the rest of the cortex.

97 HV3-23, IGHV3-30, and IGHV4-59), other genes behaved differently (IGHV3-33, IGHV3-48, IGHV4-31, IGHV4

98 These states will behave differently in all aspects, including their inter

99 clonal strains with the same serotype and ST behave differently in an animal model.

100 Geometrical isomers of carotenoids behave differently in aspects like stability towards oxi

101 omprised of at least two subpopulations that behave differently in cotransfer in vivo and express dis

102 Individuals may behave differently in different domains, but success in

103 indicate that many processes in these cells behave differently in different lineages.

104 ee and glycosidically bound aroma precursors behave differently in each different grape cultivar and

105 t operation conditions and thus a sample may behave differently in each of the packages.

106 agents, it is crucial to understand why they behave differently in early life.

107 how the cells that overexpress certain genes behave differently in normal and diseased glomeruli.

108 ata suggest that cardiovascular risk factors behave differently in RA.

109 ffective components of subjective well-being behave differently in relation to different indicators o

110 ther or if they are separate constructs that behave differently in relation to social capital.

111 ese results indicate that BCL-2 and BCL-X(L) behave differently in response to DNA damage treatment e

112 Our findings suggest that HPCs and HSCs behave differently in response to growth-promoting signa

113 However, rcd1-3 and sro1-1 mutants behave differently in several developmental events and a

114 nic and optical properties in solution, they behave differently in solid state due to the different a

115 investigated whether peripheral macrophages behave differently in the absence of GPR84.

116 o GFP and an ER membrane reporter, Hmg1-GFP, behave differently in the cER and pnER.

117 unds such as methylsiloxanes are expected to behave differently in the environment compared to conven

118 th a beta-strand removed, that were found to behave differently in the presence of light.

119 e-response in the absence of antibiotics but behave differently in the presence of residual antibioti

120 ns g(r) reveals that NH4(+) and NMe4(+) ions behave differently in the vicinity of the capsule.

121 ring the process of chromatin remodeling may behave differently in their interaction with other genes

122 as to why apparently similar auto-antibodies behave differently in vivo.

123 UBQLN2 reduced tau levels in cell models but behaved differently in mouse brain, where it accelerated

124 The constructs behaved differently in response to pH and in recovery af

125 However, we found the two variants behaved differently in some respects; while the V1 varia

126 Further, kale and spinach behaved differently in terms of antioxidant activity and

127 Regions with long disorder behaved differently in that significantly fewer such reg

128 pyroptosis in macrophages, NLRP1 in melanoma behaved differently in the context of cell death.

129 bited a wide range of efficiencies, and many behaved differently in vivo compared to the predicted or

130 A subset of mutant receptors, however, behaved differently in yeast and mammalian cells, probab

131 Each material behaves differently in accordance with the frequency of

132 to understand how influenza virus infection behaves differently in an obese host.

133 The [28-111] construct behaves differently in both respects: the folding of its

134 observations suggest that the immune system behaves differently in children than adults.

135 Moreover, the J domain behaves differently in large T and middle T.

136 epresent a second class of RNA granules that behaves differently in somatic and germline cells.

137 The third ligand, Zn(tMe2D4), behaves differently in that the uptake is a strictly coo

138 We found that H. pylori behaves differently in the corpus, antrum, and corpus-an

139 m that of other retroviruses, even though it behaves differently in the presence of proteasome inhibi

140 glycerol>lecithin>alginate, whereas 1% agar behaved differently, increasing all rheological values.

141 The results also show that SPM(4+) behaves differently inside these two channels.

142 This in turn implies that the dopants will behave differently is silicon-rich and germanium-rich re

143 Although passaged tumors behave differently, it is encouraging that the tumor gro

144 SWNTs prepared using potassium behave differently, leading to detachment of the alkyl g

145 AMPA receptors behaved differently; on GABAergic neurons, the clusters

146 , and evidence is lacking that these cancers behave differently or do not respond similarly to newer

147 nt group and time to suggest that the groups behaved differently over time (P = 0.26).

148 rts of early embryo enriched transcripts and behave differently than neoblasts in cell transplantatio

149 potentials indicates that pyridinium cations behave differently than previously thought, and that the

150 Adherent PMNs therefore behave differently than suspended cells and are a signif

151 igher order clusters of aromatic amino acids behave differently than their dimer counterparts.

152 tients deregulate fewer genes and clinically behave differently than their male counterparts, while s

153 nding topological materials, where electrons behave differently than they would in conventional solid

154 erved that Vero cells intoxicated with Stx1a behave differently than those intoxicated with Stx2 subt

155 eity shows that the bioclogged porous medium behaves differently than expected from studies on hetero

156 but a temperature study suggests that Phe47 behaves differently than other residues and may be more

157 r dynamic properties, the E421K substitution behaves differently than previously identified TUBB2B su

158 nal studies revealed that the arylketo group behaves differently than the carboxylate acceptor group

159 terns were important with clusters of spores behaving differently than individual spores.

160 sed, the FMN binding rates of the two phases behaved differently; the rate of one phase decreased, wh

161 her TCF, Elk-1, revealed that these proteins behaved differently to stimulation by ERK-1 and JNK-1.

162 ed here demonstrates that the E326K mutation behaves differently to the common loss of function GBA m

163 y pose an additional risk to blood safety by behaving differently to pathogen inactivation treatments

164 Proteins are expected to behave differently under cellular crowding owing to two

165 s chloro-, bromo-, iodo-, and fluorobenzene, behave differently under the same reaction conditions, y

166 The bulged T behaves differently upon the binding of Ng.

167 Male and female mice behave differently when encountering a male.

168 nsus element consists of two subregions that behave differently when mutated.

169 OXA-1 and OXA-24 showed that the two enzymes behave differently when reacting with two 6-methylidene

170 at cells evolving into those two aging modes behave differently when they are young.

171 However, individuals did not behave differently when watching positive or negative st

172 The proteins behaved differently when examined by RP-HPLC chromatogra

173 The designed metasurface behaves differently when excited from either forward (po

174 ) effect is observed when a functional group behaves differently when it is alone or linked to a dend

175 rmation of very low viscosity melts, they do behave differently, which is attributed to the nature of

176 We observed two types of domains behaving differently, which suggests a dual role of the

177 d lateral aspects of the Dorsal gradient can behave differently with respect to Cactus fluctuations.

178 Two derivatives were identified that behave differently with the two sets of polypeptides.

179 The two ascidians present behaved differently with Aplidium sp. decreasing x10 in

180 We observed that this test fragment behaved differently with respect to centromere activity

181 ious ways to use EPS and disease risk scores behaved differently with smaller study size.

182 Small and large catalysts were shown to behave differently, with the latter providing a means of

183 tingly, AD hybrids with only one mating type behaved differently, with the virulence of alphaADalpha