ライフサイエンスコーパス: potential function

1 es, we may gain valuable insights into their potential function.

2 sequences can be searched to determine their potential function.

3 rdiovascular pathologies, their targets, and potential function.

4 changed to lysine and glutamine to probe its potential function.

5 formalized as some kind of Lyapunov or even potential function.

6 nction in competition with the Xe-silicalite potential function.

7 differentiation and to gain insight into its potential function.

8 nergy local minima of this highly simplified potential function.

9 factors active in shaping the soil bacterial potential function.

10 e of functional genomics to identify SNPs of potential function.

11 ined virtual atom molecular mechanics (VAMM) potential function.

12 udogene transcription raised the question of potential function.

13 ysis (NMA) based on atomic or coarse-grained potential functions.

14 We conclude that Ric-3 has two potential functions.

15 tential energy using semiempirical nonbonded potential functions.

16 e reach of computations based on full-atomic potential functions.

17 cterize these proteins in order to determine potential functions.

18 tructural modeling aimed at estimating their potential functions.

19 ase activity of AbpB and further explore its potential functions.

20 y differentiable hybrid knowledge-based (KB) potential functions.

21 erforms better on this test than traditional potential functions.

22 ther an integral part of their structure and potential functions.

23 nding, and phosphorylation of VCaB45 suggest potential functions.

24 o-canalicular system, selective markers, and potential functions.

25 r systems is an important dimension of their potential functions.

26 nderstanding their multiple action sites and potential functions.

27 t mouse lineages, suggesting conservation of potential functions.

28 y tessellation-derived four-body statistical potential function, a perturbation vector measuring envi

29 significantly the results obtained from the potential function alone.

30 key step of ANMA is to sample an anharmonic potential function along the directions of eigenvectors

31 We note their potential function and believe they deserve experimental

32 6)) set of states with an all-atom effective potential function and construct a kinetic model for fol

33 inal dendritic cells in the context of their potential function and contribution to mucosal immunity,

34 studied soil bacteria community composition, potential function and environmental conditions in natur

35 Considerable disagreement regarding the potential function and subcellular location of Niemann-P

36 ent stages of a drinking water system, their potential functions and ability to grow in such systems

37 ngs have opened new doors to investigate the potential functions and applications of G-quadruplexes i

38 nd in diet-induced obesity in mice; however, potential functions and in vivo relevance of this have n

39 Protein Data Bank (PDB), underlies numerous potential functions and prediction methods.

40 angevin dynamics (LD) simulations with AMBER potential functions and the three-site transferable inte

41 Analysis of the significance of these potential functions and whether they are direct or indir

42 the local linearization approximation of the potential functions, and a more accurate treatment of ch

43 g sequence-based algorithms, knowledge-based potential functions, and all-atom molecular mechanics ca

44 e PI3K isoform can enhance the proliferative potential, function, and survival of CD8(+) T cells, wit

45 These potential functions are required to be decreasing and co

46 res of chicken BDNF (cBDNF) variants and its potential functions are still undefined.

47 r bone-derived hormones exist and what their potential functions are.

48 mammalian ependymal cells and examine their potential function as a calcium signaling compartment.

49 sed by GABA-ergic interneurons, suggesting a potential function as a modulator of neurotransmission.

50 alpha-Syn is a copper binding protein with potential function as a regulator of metal-dependent red

51 ed-light-emitting diode (ELED) indicates its potential function as an on-demand source without the ne

52 cation of epigenetically silenced genes with potential function as tumor suppressors, biomarkers for

53 We discuss our results in light of potential function as well as interaction with male repr

54 y accurate and efficiently computed all-atom potential functions as well as effective conformational

55 ete conformational state space, an empirical potential function, as well as a model to account for in

56 ave designed a comprehensive knowledge-based potential function based on a C alpha representation for

57 Here we present a potential function, based on ab initio calculations at t

58 ulatory genes and genes unfiltered for their potential function (but also with very low sequence dive

59 Study of their potential functions clearly requires cost-efficient meth

60 with theoretical predictions from the given potential function, differing by no more than 0.03, sugg

61 EVI and MDS/EVI in cancer development, their potential function during vertebrate postembryonic devel

62 e relevant phosphorylated residues and their potential functions during insulin-stimulated signal tra

63 past year, some of the mystery surrounding a potential function for APC in the brain has been unveile

64 All data are consistent with a potential function for ARD1 as an E3 ubiquitin ligase in

65 Together, these results suggest a potential function for Cdc14B phosphatase in maintaining

66 of ERK-MAPK by group I mGluRs, suggesting a potential function for cholesterol as a positive alloste

67 We investigated the localization and a potential function for huntingtin in the nucleus.

68 spiking in target neurons, pointing toward a potential function for millisecond synchrony of interneu

69 Thus we demonstrated a novel potential function for miRNA in urinary exosomes.

70 m of tumor suppression for p53, as well as a potential function for p53 in the outcome of antimitotic

71 KLF and its modulation of NFkappaB support a potential function for this factor in orchestrating IL-1

72 o healthy tissues, highlighting an undefined potential function for this sensor in the development of

73 We now examine potential functions for 53BP1 in the specific genomic al

74 To understand potential functions for cell shape, we focused on the cu

75 binds lipids and further suggests additional potential functions for EPCR in immune regulation, possi

76 Specific data and potential functions for genes with various profiles are

77 xtensive investigation has suggested several potential functions for ICP0, including interference in

78 Based on these data, we argue for multiple potential functions for KLF7 in the developing and adult

79 This network suggests potential functions for lncRNAs in fundamental processes

80 re of (alpha,beta,gamma)(2) and (b). suggest potential functions for Na(+)/K(+)-ATPase with intrinsic

81 To identify potential functions for noncore regions and assess funct

82 We discuss potential functions for other genes expressed at high le

83 cted functions in specific clusters suggests potential functions for other genes in the same cluster.

84 nd AtTRP2/TRFL1 as SNL1 partners, suggesting potential functions for SNL1 in development and telomere

85 stered based on expression profiles allowing potential functions for specific genes during retinal de

86 To explore this possibility, we investigated potential functions for the GRP94/OS-9 complex in ER qua

87 To identify potential functions for the Kruppel-like transcription f

88 We have investigated potential functions for the pim-2 kinase in factor-depen

89 for efficient enumeration, and an empirical potential function from a detailed combinatorial analysi

90 These potential functions, however, remain controversial.

91 and M. tuberculosis, to evaluate CRP(BCG)'s potential function in a mycobacterial system.

92 t the importance of applying a heterogeneous potential function in a robust analysis of the dynamics

93 Xe distributions, as determined by the Xe-Xe potential function in competition with the Xe-silicalite

94 speculate on the significance in terms of a potential function in contributing to the unique assembl

95 is expressed in immune tissues, although its potential function in immunomodulation remains to be exp

96 ol and can be widely used for elucidation of potential function in interactions between diverse micro

97 many biological systems, their existence and potential function in mammalian cerebral cortex remain u

98 al parts were not diminished, and thus their potential function in plant defense against insects and

99 BVR activation of PKC betaII underscores its potential function in propagation of signals relayed thr

100 on in psoriatic human skin, suggesting their potential function in psoriasis pathogenesis.

101 ranslocation of TbetaRI and demonstrates its potential function in regulating nuclear RNA processing,

102 PMC crystal are discussed in relation to its potential function in regulating the activity of proteas

103 nt TAL-type transaldolase (TAL) gene and its potential function in rice (Oryza sativa) based on phylo

104 Pertinent to a potential function in stretch sensor signaling, zebrafis

105 categorized into five groups based on their potential function in the cell wall: reactive oxygen spe

106 is dispensable for the GC reaction, and its potential function in the pathogenesis of DLBCL remains

107 er cells (T(H)17 cells), was found to have a potential function in the pathogenesis of psoriasis.

108 RNA degradation is well established, but its potential function in the regulation of viral protein le

109 ring mammalian organogenesis and suggest its potential function in tumorigenesis.

110 identified many teratocyte transcripts with potential functions in affecting host immune defenses, g

111 ental properties of G-quadruplexes and their potential functions in biology.

112 viable negative gene regulators and may have potential functions in cassava chilling responses.

113 n the fibrotic kidney and investigated their potential functions in controlling TGF-beta1 response.

114 n cornea and on corneal nerves suggest their potential functions in corneal innervation.

115 , and adaptive lymphocytes, as well as their potential functions in non-lymphoid organs.

116 his dual requirement for RPTPpsi in terms of potential functions in Notch and Wnt signalling.

117 vel CHX gene family in flowering plants with potential functions in pollen development, germination,

118 ng roles in epigenetic regulation, but their potential functions in reprogramming cell fate have been

119 ent regulation of channel inactivation, with potential functions in setting the bandwidth of postsyna

120 nsight into the Hoxa5 expression pattern and potential functions in the brain, we have characterized

121 ution is the careful selection of the clique potential functions in the MRF so its maximum a posterio

122 However, its organization and potential functions in the nucleus have not been examine

123 what is known about the smg genes and their potential functions in these two mRNA degradation pathwa

124 AMPylation has potential functions in various cellular processes, and i

125 To identify lncRNAs with potential functions in vertebrate embryogenesis, we perf

126 Consistent with this potential function, in clinical samples of neuroblastoma

127 Small changes in the potential function, including contributions from electro

128 Potential functions, including roles in plant-pathogen i

129 By contrast, the soil bacterial potential function is highly convergent along the latitu

130 re predicted to occur at locations where the potential function is minimized.

131 nt in the development of this tumor, but its potential function is not known.

132 affinities for these sites using a suitable potential function, it should be possible to construct D

133 Therefore, the soil bacterial potential function may be affected by local gradients in

134 This change in potential function may reduce soil C storage under globa

135 Foundational advances include new potential functions, more efficient ways of computing en

136 cuss evidence of the specific importance and potential function of 1p36 in cancer.

137 A complete understanding of the potential function of 5-hydroxymethylcytosine (5-hmC), a

138 nd selenium is discussed with respect to the potential function of AtSBP1 in detoxification mechanism

139 To determine the potential function of Btn1a1 in milk secretion, we ablat

140 We discuss the potential function of CaMKII self-association as a tag o

141 haracterize the expression, localization and potential function of CAP in striated muscle.

142 vity to phytohormone auxin, thus providing a potential function of CDC16 in auxin signaling.

143 To test the potential function of cysteines in P. furiosus alpha-amy

144 metastatic breast cancer specimens suggests potential function of Daxx as a c-met repressor during c

145 We investigated the potential function of DExD/H-box RNA helicase family mem

146 role of DISC1 in AD pathogenesis and link a potential function of DISC1 to the psychiatric symptoms

147 To further evaluate the potential function of E-type cyclins for liver fibrogene

148 In an effort to identify the potential function of each TCS in the biology of E. faec

149 To examine the potential function of EMX2 in endometrial tumorigenesis,

150 In addition, the potential function of endothelial cell-derived ADAMTS1 o

151 We investigated the potential function of galectin-3 in cell-mediated immuni

152 Our results reveal a potential function of gut mucosal mast cells in HIV-1 di

153 iscuss the possible origin of gene23 and the potential function of its encoded protein.

154 the chromosomal location in humans, and the potential function of mammalian ladybird genes, we have

155 We have designed a nanosensor to study the potential function of metallothionein (MT) in metal tran

156 Binding to polbeta indicates potential function of MGC5306 in repair pathway.

157 ar structure were identified, as well as the potential function of microtubules in a novel PKA effect

158 tosis analyses were conducted to explore the potential function of miR-497 in HUVECs by using MTT and

159 Herein, we investigate the potential function of mop1 and the siRNAs that are produ

160 A1 by SUMOylation and SIM but also uncover a potential function of MTA1 in modulating the SUMOylation

161 Thus, our results reveal a potential function of mTORC1 in nutrient-dependent regul

162 We also provide evidence that the potential function of N-WASP in promoting polymerization

163 ished reports to develop a hypothesis of the potential function of Niemann-Pick C1-like 1 protein and

164 , there has been increasing evidence for the potential function of nitric oxide (NO) to overcome MDR.

165 ll recognized, little is known regarding the potential function of P2RX7 in repair responses.

166 of the MeCP1 components but also reveals the potential function of p66 in MeCP1 complex targeting.

167 Herein, we investigate the potential function of paired immunoglobulin-like recepto

168 These findings point toward a potential function of PML and PML:RARalpha as SUMO E3 en

169 The potential function of RNase T in the mark-up or digestio

170 th mammals and Drosophila In this study, the potential function of ROS during hematopoiesis in the cr

171 In this study, we investigated the potential function of SIRT1 in regulating EAE using SIRT

172 ach was undertaken to gain insights into the potential function of the 32-kDa membrane lipoprotein (T

173 We sought to characterize the potential function of the candidate genes using the huma

174 These data provide a paradigm for the potential function of the human RAD51 paralogues, which

175 In this study, we analyze the expression and potential function of the Kruppel-like zinc-finger prote

176 To study the potential function of the MAP kinase pathway during mito

177 s a useful model to learn and understand the potential function of these elements, as well as their e

178 transcripts of relevant function, suggesting potential function of these regulatory RNAs in neuronal

179 The potential function of these SNPs in regulating transcrip

180 epidermis, and to determine its source, and potential function of this binding.

181 To investigate the potential function of this electrical filtering, we used

182 The potential function of this serum chaperone was assessed

183 ial hotspots (clusters) and to interpret the potential function of variants within them.

184 To better understand the potential function of VEGF in mature vessels, a survey o

185 acrophages in vitro and in vivo, revealing a potential function of VEGF-C as an immunomodulator.

186 thought to subserve articulated speech, the potential function of voice frequency modulation in huma

187 ns are useful in probing the selectivity and potential functions of acoustic neurons.

188 lyzed the sequences, expression patterns and potential functions of all four of the zebrafish PG1 Hox

189 mation pertaining to expression patterns and potential functions of Arabidopsis GH Family 1 members i

190 attributed to its role in autophagy, and the potential functions of Atg6/Becn1 in other vesicle traff

191 x steady-state solution cones describing the potential functions of biochemical networks can be studi

192 In this article, we address potential functions of both classical and nonclassical s

193 inflammation, but little is known about the potential functions of C3 on regeneration and survival o

194 To investigate the potential functions of CAF and HEN1 in miRNA metabolism,

195 al signaling and mate choice, although other potential functions of circular polarization vision, suc

196 However, recent evidence suggests potential functions of claudin-2 that are relevant to ne

197 try, and cell biology studies have suggested potential functions of DJ-1 in oxidative stress, protein

198 hitecture of the Nop7-subcomplex and provide potential functions of domains of each protein.

199 Our findings indicate novel potential functions of endothelium-derived GABA.

200 discoideum, the metabolic profile and other potential functions of GABA during development remain un

201 iew addresses the regulation, expression and potential functions of GDF15 in the context of erythroid

202 We also discuss the potential functions of gloss in flowers.

203 for regulating the nuclear translocation and potential functions of golgin-160 fragments.

204 MNPV, and these viruses were used to examine potential functions of GP64 palmitoylation in the contex

205 about the trafficking, internalization, and potential functions of group I mGluRs at extrasynaptic s

206 To study the potential functions of human CD1d (hCD1d), we developed

207 nondividing cells, and (iv) uncoupling other potential functions of IN from integration.

208 Potential functions of JNP1 in relation to pollinator at

209 To evaluate potential functions of Keap1 and Nrf2 for organismal hom

210 We discuss potential functions of LAF-1 as a helicase and its roles

211 ar localization, biochemical properties, and potential functions of LEA proteins in animal species du

212 rison with m(6)A sites and for exploring the potential functions of m(6)A.

213 embryogenesis, but little is known about the potential functions of MEF2 factors in postnatal skeleta

214 The data will be useful for uncovering the potential functions of MeTCP genes, and their possible r

215 Experiments to identify the targets and potential functions of miRNAs in various species are con

216 Although the potential functions of murine and human basophils have p

217 iches, underlying regulatory mechanisms, and potential functions of newborn neurons in the adult brai

218 cells, thus providing the insights into the potential functions of PAAD family proteins and their ro

219 onal PAK4 KO mouse model for testing in vivo potential functions of PAK4 in pancreatic disease models

220 lant oxygen transport hemoglobins, and other potential functions of plant hemoglobins.

221 ntensive investigation is now focused on the potential functions of plasmacytoid dendritic cells in b

222 To gain a clearer perspective on the potential functions of PPO and its possible connection t

223 es of miR-181 family genes that indicate the potential functions of primary and/or precursor miRNAs i

224 iated molecules are highly predictive of the potential functions of proteins.

225 observed may provide important hints toward potential functions of PrP(C).

226 ep expression across and within species, the potential functions of REM sleep (e.g., memory consolida

227 To explore the potential functions of Rho and Cdc42, TAT-mediated deliv

228 as broadened our views of the structures and potential functions of RNA species, but deciphering whic

229 1 is an upstream regulator of TH and discuss potential functions of TH at the cell cortex/cytoplasmic

230 Potential functions of the C-terminal region are discuss

231 The potential functions of the conserved acidic residues are

232 view will focus on the primary structure and potential functions of the cytoplasmic PNGases.

233 Potential functions of the five cdc2-related kinases (CR

234 ethylation enzymes and binding proteins, and potential functions of the modification at the molecular

235 Potential functions of the mushroom bodies of D. subline

236 ement for the Lyn kinase activity from other potential functions of the protein.

237 n this study, we examined the expression and potential functions of the PTH second receptor (PTH2R) a

238 at de novo enhancers that is independent of potential functions of the resulting eRNA transcripts.

239 cross-comparison of the genomic context and potential functions of the underlying genomic elements,

240 The described studies identify potential functions of the VEGFR2 JM domain with implica

241 Here, I discuss the potential functions of the virally encoded miRNAs recent

242 ng a window into the population dynamics and potential functions of these complex and structurally va

243 ar basis for gammadelta T-cell responses and potential functions of these enigmatic cells.

244 and discuss implications of our findings for potential functions of these factors.

245 and KEGG pathway analyses shed light on the potential functions of these miRNAs in the regulation of

246 We also summarize the potential functions of these newborn neurons in the adul

247 The potential functions of these pathways are discussed.

248 Despite the diversity in the potential functions of these proteins, one common theme

249 We discuss the potential functions of these recently identified genes a

250 onary expression of GEF complexity and other potential functions of this complex.

251 Potential functions of this matrix-facing subunit are di

252 in signaling pathways in the cytoplasm, the potential functions of TRAF6 in other cellular compartme

253 Here, we discuss known and potential functions of tumor suppressor genes during tis

254 ellular events pertinent to AD pathogenesis, potential functions of tumor suppressor phosphatase and

255 ated forms further expands the diversity and potential functions of Ub-fold proteins in eukaryotic bi

256 g transcripts that provided insight into the potential functions of unannotated lncRNAs.

257 l and a computational model to elucidate the potential functions of VIP cell depolarization during lo

258 hese data allow predictions to be made as to potential functions or disease phenotypes associated wit

259 ng cells without chemically disrupting their potential function, our method is expected to expand the

260 Its presence and potential functions outside the nervous systems are esse

261 tallization conditions can be used to assess potential function parameters, validate simulation proto

262 y (SIMCA), unequal dispersed classes (UNEQ), potential functions (PF), and multivariate range modelin

263 he carcinogenic process are established, its potential function (promotion of metastasis only versus

264 gene, the observations of Dhrs3 location and potential function provide novel insight into an unexpec

265 Clues to one potential function recently emerged with the finding tha

266 been reported, their origins, properties and potential functions remain to be examined.

267 the regulation of stress, feeding, and other potential functions remain to be studied.

268 er tissue and cell integrity, although other potential functions remain uncharacterized.

269 availability, and predicting soil bacterial potential function requires knowledge of abiotic and bio

270 The differentiation and potential function(s) of cementocytes are virtually unkn

271 y, we have used mouse models to characterize potential function(s) of DR6 in the adult CNS and in AD-

272 To examine the potential function(s) of MRG15, we sought to identify ce

273 in the human genome in order to assess their potential function(s).

274 ed to determine its subcellular location and potential function(s).

275 statistical mechanics: how can one design a potential function so as to produce a specified ground s

276 ains (referred to as the LHC motif) to which potential functions such as chlorophyll binding, protein

277 is article, we show that unexpectedly simple potential functions suffice for certain symmetrical conf

278 rs for a successful protein-DNA docking is a potential function that can accurately discriminate the

279 Given an all non-hydrogen-atom potential function that implicitly includes solvation ef

280 were subsequently evaluated at pH 3.7 with a potential function that includes ECEPP/3 combined with a

281 opy principle was used to derive a new model potential function that reproduces both S and Lambda.

282 mpling methods, improved atomically detailed potential functions that capture the jigsaw puzzle-like

283 s of meiotic silencing and consider the many potential functions that it could serve in the mammalian

284 Each feature is incorporated into a "potential function" that contributes a single term to a

285 ures and limited accuracy of knowledge-based potential functions, the average energy of an ensemble o

286 We use potential functions to model interactions with the basem

287 , and is analogous to a (negative) energy; a potential function, U, increases under mutation in a sim

288 es our concept of virus transmission and the potential functions, virus, and host factors involved.

289 ut the nature of LRP phosphorylation and its potential function was unknown.

290 ructural basis of its binding properties and potential function, we characterized the solution struct

291 actin in live somatic cells and evaluate its potential functions, we constructed and validated fluore

292 force (PMF) simulations with a hybrid QM/MM potential function were used to analyze the catalytic me

293 scale hexagonal objects exhibiting atom-like potential functions were designed and allowed to self-as

294 entified orthologs and describe the range of potential functions when there were more than one; and (

295 nteractions were computed using an empirical potential function, where the parameters have been optim

296 substrate analogs was first used to indicate potential functions, which were then supported by furthe

297 imulations employ the simple, nonpolarizable potential functions widely used in simulations of biolog

298 ore, we give an algorithm for constructing a potential function with a desired ground state.

299 We use the AMBER 96 potential function with an implicit (GB/SA) model of sol

300 LL protein, with particular consideration of potential functions within the developing hematopoietic