ライフサイエンスコーパス: equally important

1 that "sigma/sigma and pi/pi interactions are equally important".

2 r of substrate recognition, permissivity, is equally important.

3 cells, but cell type-specific processes are equally important.

4 complications once they have occurred may be equally important.

5 We wondered if wakefulness was equally important.

6 setting cellular response thresholds may be equally important.

7 e chronic morbidity--known as damage--may be equally important.

8 Unavailable carbohydrate intake is equally important.

9 All residues in a protein are not equally important.

10 tein contribution, 0.59 eV (46%), are almost equally important.

11 maintaining/restoring "homeostasis" might be equally important.

12 terial extracted from biological samples are equally important.

13 of APD(n-1) indicate that cardiac memory is equally important.

14 rs underlying resolution of inflammation are equally important.

15 slinking of tightly folded macromolecules is equally important.

16 responses emanating from the graft might be equally important.

17 and the overall redox state of the cell are equally important.

18 not known whether H3K27me3 demethylation is equally important.

19 , the photophysics of O(2)(a(1)Delta(g)) are equally important.

20 cognition, but removing unwanted thoughts is equally important.

21 ay readmission and mortality were considered equally important.

22 intervention later in childhood; both seemed equally important.

23 that constitute the peptide pharmacophore is equally important.

24 res suggest that plant trait variance may be equally important.

25 uced forces) intermolecular interactions are equally important.

26 such as adhesion and traction forces may be equally important.

27 Equally important, a nanotube can act as a transistor an

28 as equally important threats to validity and equally important across all research topics, potentiall

29 Equally important, although less well understood, are th

30 of temperature and of pressure, as both are equally important and complementary thermodynamic variab

31 r embryogenesis, such as fish and birds, are equally important and have provided clues as to the cell

32 elative energies of the frontier orbitals is equally important and may even reverse the trend expecte

33 ontributed by the central nervous system are equally important and must be considered in the future.

34 less of clade) are much less studied but are equally important and will illuminate a different set of

35 Equally important and yet unknown is the effect of the r

36 respect to the protein/solvent boundary are equally important and, along with the overall polarizabi

37 reased T2 values in the stroke region became equally important, and, from days 3-7, the contribution

38 Equally important, another 46 individuals have been iden

39 airway epithelium have been identified, but, equally important, anti-inflammatory mechanisms must als

40 We argue, however, that another equally important approach seeks an alternative form of

41 Equally important are efforts by investigators and educa

42 Equally important are patient-researchers, who are instr

43 re major regulators of protein function, but equally important are protein phosphatases that balance

44 Equally important are studies showing, by inactivation o

45 Equally important are the dynamic processes that build t

46 rtant part of the academic mission; however, equally important are the educational and research missi

47 ilored perception and signaling systems, but equally important are the enzymes that control the dose

48 Equally important are the multiple layers of inhibitory

49 Equally important are the trans-acting factors SBP2, Sec

50 C-terminal truncation of alpha-synuclein is equally important as aggregation of alpha-synuclein in P

51 uch as inflammatory and hepatic cell damage, equally important as collagen deposition imaged by SHG,

52 An equally important aspect of modern antifungal drug devel

53 this review, we unravel the novel role of an equally important aspect of RB in downregulating the dif

54 rder receptor complexes in lipid rafts is an equally important aspect.

55 preimplantation personality disposition were equally important associates of health status 12 months

56 Equally important, availability of the genome sequence i

57 Equally important, because users can select cells based

58 rticle makes the complementary argument that equally important benefits will derive from negative pre

59 Different 'omics' resources capture various equally important biological properties of entities.

60 ic time, biotic effects are less obvious but equally important: biota affect climate, and climatic co

61 cer studies, single-nucleotide mutations are equally important, both in cancer studies and in other a

62 An equally important but harder problem involves the synthe

63 sumed that these changes are often linked to equally important, but as yet poorly understood, modific

64 Equally important, by tuning the lipid composition of th

65 t unsupported efficient solutions (which are equally important) can also exist, but are typically ign

66 change in synaptic driving force becomes an equally important cause of non-linearity.

67 nts and their families, poses a separate and equally important challenge, and best practices are revi

68 amined the neural response in GSP to another equally important class of social stimuli, the communica

69 ox in the TATA box-proximal region and three equally important, closely spaced, CREB/AP-1 half-sites

70 ny hybrid "biochip" device, but a second and equally important condition must also be met: the retent

71 risk in the decision to migrate or stay and, equally important, confirm the role of the endowment eff

72 ensitivity and point-of-care amenability are equally important considerations when developing novel d

73 i.e. a reduction in specific force, makes an equally important contribution to overall weakness.

74 While this proved to be correct, equally important contributions to selectivity enhanceme

75 s to synthesize intermediates of PTA and its equally important diester, dimethyl terephthalate (DMT).

76 Equally important, donor cell priming before transplant

77 ur as frequently as trophic cascades and are equally important drivers of ecosystem function, where t

78 ume, our Cenozoic reconstructions reveal the equally important dynamics of a hot, buoyant, mantle-wid

79 Equally important, early host responses to SAgs can be a

80 nd cholera (Vibrio cholerae) - and for three equally important endemic human disease agents - Mycobac

81 Equally important, especially in the highest-burden coun

82 However, these events may have been equally important evolutionarily.

83 recisely timed and dominant inhibition is an equally important factor.

84 motifs provide individual context that is an equally important factor.

85 An equally important finding is that PGE2, which is known t

86 hese gene families, a characteristic that is equally important for a parasite's ability to avoid the

87 d biotic stress responses), which are likely equally important for acclimation.

88 uadruplex junction and the duplex of RNA are equally important for affinity and specificity of the RG

89 opment, but it is not clear whether Nfil3 is equally important for all NK cell subsets or how it indu

90 nt effector mechanisms also exist and may be equally important for antigiardial host defense.

91 Equally important for ascribing common functions for the

92 However, only one of them, Asp-435, was equally important for binding of Ang; the Ki increases p

93 Although S38 is equally important for both processes, T140 phosphorylati

94 equired protein kinase C activity, which was equally important for CD72- and BCR-induced B cell proli

95 The persistence of these initial contacts is equally important for efficient folding, so measurement

96 Is this position equally important for enhancement of both enzyme activit

97 ults, both Polzeta and Rev1 were found to be equally important for error-prone translesion synthesis

98 romoting highly qualified individuals, it is equally important for health care professionals to have

99 tion and specialization of lymphoid cells is equally important for immune system integrity.

100 Finally, Topo II and Sgo1 are equally important for Ipl1 recruitment to inner centrome

101 te that binding of eIF1 to the c/Nip1-NTD is equally important for its initial recruitment to PICs an

102 diated graft-versus-malignancy effect may be equally important for many diseases.

103 n, but the accumulation of organic matter is equally important for many wetlands.

104 relative abundance of their cognate tRNAs is equally important for mediating the rate of polypeptide

105 Moreover, we show that MntA and MntB are equally important for MRSA virulence.

106 Sequence validation is equally important for other kinds of curated clone colle

107 d postflowering stages were identified to be equally important for overall yields.

108 ike in Arabidopsis, PAL and ICS pathways are equally important for pathogen-induced SA biosynthesis i

109 signaling, it is not clear whether they are equally important for priming of antiviral T cells.

110 ligand stimulation, they are expected to be equally important for propagating TGFB signaling that el

111 equence, all residues except N175 are almost equally important for regulation of A3F neutralization,

112 Although drug membrane transport might be equally important for small-molecule pharmacokinetics, t

113 It is suggested that ArgIII:26 is equally important for stabilizing the inactive and the a

114 nality of the engineered vessels in vivo are equally important for such development.

115 ension and CST-mediated C-strand fill-in are equally important for telomere length maintenance.

116 r counterpart naive T cells and seemed to be equally important for the function of these different su

117 35 and -10 promoter regions were found to be equally important for the initial RNAP binding.

118 that expression of mutant Kras and c-Myc is equally important for the initiation and maintenance of

119 ial for many properties of nanomaterials, is equally important for the mechanical behaviour of the cl

120 rdered (ID) proteins/peptides are considered equally important for the protein functions.

121 ell proliferation; however, whether they are equally important for the stability of stem cell differe

122 ll three subtypes of HP1 seemed to be almost equally important for these DDR functions.

123 Two binding sites are equally important for TLR4 dimerization and adapter recr

124 t bromodomains and the C-terminal domain are equally important for transcription and splicing regulat

125 nd mutated, establishing this interaction as equally important for transformation.

126 KAT5 and ATM were equally important for triggering of intra-S-phase checkp

127 ng through the RelA transcription factor was equally important for tumorigenesis in the intrabursal m

128 s for these studies is more problematic, but equally important for validating these assays and, ultim

129 er, the ion-buffer gas interaction is almost equally important for very small peptides, and although

130 Beyond redox metabolism, NAD(+) has an equally important function as a substrate for post-trans

131 Here we report that VHL has an equally important function distinct from its hypoxia-reg

132 However, other equally important functions have emerged more recently,

133 tion have been appreciated for a decade, the equally important functions of cellular lipids in virus

134 ike arthritis, it is probable that novel and equally important functions of the sumoylation pathway w

135 Most transient interactions that carry out equally important functions, especially in signal transd

136 An equally important goal is providing timely access to inn

137 air shaft, but little is known about how the equally important hair channel, the inner root sheath (I

138 Equally important has been identifying, purifying, and c

139 Equally important has been the "high" that emerges from

140 reas the subsequent recovery phase, which is equally important, has received little attention.

141 Equally important, healing was accompanied by reduced sc

142 Equally important, however, is whether the bi-tensor dif

143 However, LS afferents seem to be equally important in both sensitized and acute pain stat

144 y export carbon; not all valley segments are equally important in carbon storage; and historical chan

145 that endogenously generated fatty acids are equally important in controlling transcription factors i

146 ost breadth on co-evolved native plants were equally important in determining non-native hosts.

147 Equally important in determining the magnitude and kinet

148 he network ("the numbers on the arrows") are equally important in determining the resulting phenotype

149 ses that restrict and maintain cell fate are equally important in ensuring tissue integrity.

150 ut deterministic asymmetry has evolved to be equally important in extant bacteria.

151 re, we demonstrate that in Drosophila khc is equally important in glial cells.

152 ostatic and charge-transfer interactions are equally important in hydrogen-bridged ion-molecule compl

153 Ca(2+)-dependent endonucleases are equally important in internucleosomal DNA fragmentation

154 opioid afferent projections to the LC may be equally important in modulating noradrenergic neurons du

155 ght portions of the solar light spectrum are equally important in photoreduction of Ag(+).

156 Protein phosphatases (PPs), like PKs, are equally important in regulating Ca2+ channels in neurons

157 In our studies, we find that p50 is equally important in suppressing apoptosis during EMCV i

158 o adjacent SP1 sites proximal to exon 1 were equally important in sustaining basal promoter activity.

159 e endogenous anti-HBV immune response may be equally important in the control of viral replication by

160 Equally important in the design of synthetic catalysts i

161 nscriptional repression has emerged as being equally important in the establishment of gene expressio

162 that the protein-phosphatase/MAPK pathway is equally important in the mediation of growth arrest and

163 intestinal environment and host factors are equally important in the pathogenesis of liver disease.

164 g, we discovered that Orc1 ATP-hydrolysis is equally important in this process.

165 , polymorphism and molecular orientation are equally important; independently changing either one aff

166 ) on the surface of apoptotic cells also had equally important inhibitory effects on efferocytosis.

167 Equally important, investigations into the modes of inhi

168 Equally important is a long-range inhibitory mechanism t

169 Equally important is how stakeholders perceive climate c

170 Equally important is its removal.

171 Equally important is providing an effective agricultural

172 Equally important is regulated withdrawal from the cell

173 Equally important is that new methods should be easy to

174 Equally important is that S6K is itself regulated by pho

175 An alternative explanation but equally important is that, after complete spinal transec

176 Equally important is the bulbar musculature maintaining

177 Equally important is the controlled expression of Plp1,

178 Equally important is the emerging recognition of the inc

179 Also equally important is the fact that the thermal lens tech

180 ecific or novel treatments is important, but equally important is the finding that a given patient ma

181 Equally important is the growing recognition of luminal

182 Equally important is the inverse problem of designing em

183 Equally important is the mechanism of depalmitoylation.

184 Equally important is the observation that CB11 (CN)12 (2

185 Equally important is the variability in the host immune

186 Equally important is to screen commercially available bo

187 Equally important is understanding the mechanisms underl

188 Finally, we review the equally important issue of accuracy.

189 t into the utility of EPMA measurements, and equally important, it allows practitioners to develop st

190 Equally important, it coats and packages the mitochondri

191 ival, which would be a novel and potentially equally important mechanism of salvage.

192 suggesting that PI 3-kinase utilizes another equally important mechanism to control NFkappaB activati

193 Here we identify a second, equally important, mechanism for release heterogeneity a

194 ables p-value computation under a different, equally important null distribution obtained by randomiz

195 Equally important, OPPNs can cause significant alteratio

196 ain areas themselves are just one of several equally important organizing principles; others include

197 gene divergence and lateral gene transfer as equally important origins of these unique genes.

198 ty, or the density of TCR on the T cell were equally important parameters in driving T cell activatio

199 ly limited for small biomolecules, which are equally important participants in biological processes.

200 Equally important, pharmacologic inhibition or shRNA-med

201 study design and analysis approaches remain equally important pillars of robust science.

202 l designs is welcome but does not address an equally important problem: Lack of adequate theories.

203 arly stages of life, they do not address the equally important question of why the complex systems of

204 Second, it plays an equally important role after initiation, because it link

205 peptide (sequence SRRGLV) appears to play an equally important role and substitution by alanine or ph

206 gest that the inflammatory reaction plays an equally important role as arterial injury in neointimal

207 r many species the social environment has an equally important role because of competition for resour

208 g and memory, E-S potentiation could play an equally important role by potentiating the neuronal inpu

209 ting community structure while suggesting an equally important role for behavioral plasticity in shap

210 For chemical work, there is an equally important role for NADPH, which powers redox def

211 ment of mucosal barrier function may have an equally important role in improving conditions of inflam

212 thogens, the immune system plays an arguably equally important role in maintaining tissue homeostasis

213 s in VTA are largely cytoplasmic and play an equally important role in modulating dopaminergic neuron

214 prostate development and appears to play an equally important role in promoting growth of advanced p

215 come clear in recent years that they play an equally important role in restricting infections and ass

216 f stem cells, proteome stability may have an equally important role in stem-cell identity and functio

217 he mature TCR repertoire, we hypothesized an equally important role in T cell persistence.

218 icate that the prefrontal cortex may play an equally important role in the active control of memory o

219 e induced by the intra-trimer lipids play an equally important role in the formation of trimers and t

220 over sliding, and it is expected to have an equally important role in the microscopic domain.

221 Here we describe an equally important role in vivo for the N-terminal half o

222 We present evidence for an equally important role of KLF4 in maintaining the integr

223 ally driven, trait-based extinctions play an equally important role to stochastic extinction, even wh

224 oad, and that near-surface humidity plays an equally important role.

225 ells, deubiquitination of these sites has an equally important role.

226 periods when socioeconomic factors played an equally important role.

227 most notably kynurenine, appears to play an equally important role.

228 e transmembrane core of the protein plays an equally important role.

229 antation, although other factors may play an equally important role.

230 hanges due to the induced-fit effect play an equally important role.

231 ggest that the sequence environment plays an equally important role.

232 g, interactions between siblings may play an equally important role.

233 ribute directly to movement but may serve an equally important role: to simplify and enhance the cont

234 9 cells indicate that Glu206 and Thr210 play equally important roles for Plk activity and that replac

235 also caspase-10, and both caspases may have equally important roles in apoptosis initiation.

236 Polar and hydrophobic contacts play equally important roles in CD binding, and six hydrogen

237 w) and advective transfer (Darcy's law) play equally important roles in governing the complex tempora

238 which metabolic pathways are likely to play equally important roles in other organisms.

239 tion factors, such as PDX-1 or NeuroD1, have equally important roles in pancreatic development and th

240 w evidence that reproductive Argonautes play equally important roles in plants.

241 anges in annual ice cover are accompanied by equally important shifts in phytoplankton and bacterial

242 However, cells contain another, equally important source of nitrogen, intracellular prot

243 n of pro-inflammatory mediators; however, an equally important target is the active induction of anti

244 osis and long-term functional disability are equally important targets for prevention.

245 r, these investigations largely excluded two equally important taxa, Remipedia and Cephalocarida.

246 moved over these attachments, however, it is equally important that integrins detach from the substra

247 However, it is equally important that neurons strictly inhibit apoptosi

248 Equally important, the activated sludge process and othe

249 Equally important, the capability to accurately predict

250 Equally important, the case of C. nucifera provides a st

251 Equally important, the gas adsorption in MOFs is intense

252 Equally important, the presence of an initial SMG bud in

253 Equally important, the recognition of eukaryote-wide hom

254 tion of sustained risk factor elevation and, equally important, the variability of the same risk fact

255 Equally important, these complexes are continuously disa

256 Equally important, these studies remind us that, althoug

257 Equally important, they show that mothers with an activa

258 Equally important, this is also the first report of tran

259 Equally important, this study uncovers a signaling pathw

260 Equally important, this system can provide a compact and

261 Equally important, though less well understood, are the

262 all potential biases are naively treated as equally important threats to validity and equally import

263 ation and involves much of the public, it is equally important to assess its impact on genetic litera

264 Proper downregulation of type I IFN is equally important to avoid deleterious imbalances in the

265 ic cycle entry, sustaining its expression is equally important to avoid premature termination of the

266 Excess microtubule density, therefore, is equally important to both cellular and to myocardial con

267 uccessful therapeutic strategies, it will be equally important to characterize the clinical progressi

268 It is equally important to consider the concept of dose effect

269 llenges posed by digestive conditions, it is equally important to consider their accessibility for po

270 w strategies continue to be developed, it is equally important to continue to refine our understandin

271 ber of proteins circulating in plasma, it is equally important to delineate protein variations among

272 nting homogenization by hybridization, it is equally important to document cases of DGF in nature.

273 onmental conditions, should be considered as equally important to establish conservation and manageme

274 However, it is equally important to explore the interconnected role of

275 Two effects are equally important to give the preference for guanine ove

276 species now shows that colour and scent are equally important to hawkmoths in choosing between diffe

277 However, when such trees exist, it is equally important to identify them to give due considera

278 It is also equally important to maintain services for the major inf

279 However, it is equally important to measure the dynamics of posttransla

280 nd lower membrane and electrode cost will be equally important to reduce levelized cost of salinity g

281 nd that these two NRF2 response elements are equally important to suppress ROR transcription.

282 es arising in the two phases of research are equally important to the health and safety of older adul

283 tream of the more-5' hemA promoter (P1), are equally important to transcription under aerobic conditi

284 airments, although cognitive impairments are equally important to understand.

285 aciations and glacial inceptions are the two equally important transitional periods that bridge the g

286 Equally important was that an antigene strategy, the sen

287 Equally important was the finding that 12 patients had c

288 Equally important, we find that flexible simulations can

289 Equally important, we find that SWI/SNF stimulates the r

290 Equally important, we identify a negative regulatory ele

291 Equally important, we present evidence and propose a nov

292 Equally important, we provide evidence that the ubiquiti

293 Equally important, we show that the force-induced confor

294 d degree of protection against infection are equally important, whereas therapeutic characteristics a

295 drug use compromises cortical activity and, equally important, whether this deficit promotes compuls

296 Equally important will be better-controlled human studie

297 Equally important will be for the reprogramming field to

298 Equally important will be the establishment of multidisc

299 Equally important will be the ethical and interpretable

300 70, the ratio of IL12p40 to IL12(p40)2 is an equally important, yet underreported, determinant of IL-