ライフサイエンスコーパス: reorganization

1 njury induces synaptic, circuit, and systems reorganization.

2 notion that tinnitus is related to excessive reorganization.

3 stems for studying cortical organization and reorganization.

4 rations underlying interhemispheric cortical reorganization.

5 etween hearing loss, tinnitus, and tonotopic reorganization.

6 idered to precede auxin-induced cytoskeleton reorganization.

7 understanding its possible role in cortical reorganization.

8 kia's demographic decline and sociopolitical reorganization.

9 ral method for studying cytoskeletal network reorganization.

10 B-1 cells in immune defense via BCR-complex reorganization.

11 rranges even as the bulk undergoes extensive reorganization.

12 extracellular matrix and/or by cytoskeleton reorganization.

13 y requires membrane trafficking, fusion, and reorganization.

14 lters the kinetics and thermodynamics of the reorganization.

15 increase in size and substantial structural reorganization.

16 outside stimuli by large-scale cytoskeletal reorganization.

17 interactions and characterized by structural reorganization.

18 al transcriptional alterations and 3D genome reorganization.

19 ocality of the lesion, and the potential for reorganization.

20 oting systems-level memory strengthening and reorganization.

21 nd mole rats showed no evidence of postnatal reorganization.

22 s through actin and microtubule cytoskeletal reorganization.

23 moting tight junction expression and protein reorganization.

24 ch of its many gene targets underlie circuit reorganization.

25 m dynamic clusters showing intense and rapid reorganization.

26 interface plays a crucial role in junctional reorganization.

27 of target gene activation and transcriptome reorganization.

28 is accomplished through dynamic cytoskeletal reorganization.

29 ose consumption and functional brain network reorganization.

30 h an injury, and is clearly a major focus of reorganization.

31 and acuity but also photoinduced structural reorganizations.

32 genome organization in myeloid cells and its reorganization after PML-RARalpha induction and perform

33 This observation points to charge-reorganization allostery, which should be operative in a

34 nt of p38 MAPK signaling, leading to F-actin reorganization and activation of nuclear factor erythroi

35 nt in enabling rapid cytoskeletal structural reorganization and adaptation in response to intracellul

36 ctopically, was sufficient to mimic both the reorganization and blebbistatin-resistant phenotypes.

37 The effect of dynamic reorganization and confinement of isolated Ti(IV) cataly

38 at the levels of substructural evolutionary reorganization and ecological selection.

39 information about the drivers of karyotypic reorganization and evolution in the model grass genus Br

40 cyte injury through its involvement in actin reorganization and focal adhesion dynamics.

41 anscription-factor-centric view of chromatin reorganization and its association with three-dimensiona

42 and axon wrapping by targeting cytoskeletal reorganization and MBP localization to oligodendrocyte p

43 (specifically targeting periods of synaptic reorganization and plasticity) are lacking.

44 0) oxidation from water reduction coupled by reorganization and recrystallization of the poorly order

45 nses, like angiogenesis, that promote tissue reorganization and repair, but other adaptive responses

46 e in vitro via post-contraction cytoskeletal reorganization and structural transformations.

47 ation between hearing loss-induced tonotopic reorganization and tinnitus.

48 rlying acute neurological symptoms, cortical reorganization and treatment effects in stroke patients.

49 proliferation, cell migration, cytoskeletal reorganization, and formation of new blood vessels.

50 ntal phases - growth, senescence initiation, reorganization, and senescence termination.

51 essed nonradiative decay, reduced structural reorganization, and sufficient orbital overlap for effic

52 cess could induce additional MCH and aptamer reorganization, and thus further drift in R(CT).

53 show that higher response amplitudes and map reorganization are a characteristic of hearing loss, not

54 Yet, how the different steps of chromatin reorganization are coordinated in space and time to diff

55 Increased tubb6 expression and microtubule reorganization are not pathological per se but reflect a

56 king this LC-CA1 activity induces place cell reorganization around a familiar reward, while its inhib

57 technology was applied to uncover proteomic reorganization as the animal-dorsal (D11) cell of the 16

58 tosolic compaction and extensive cytoplasmic reorganization, as well as the emergence of distinct mem

59 l cortex, and thalamus consistent with brain reorganization associated with increased learning.

60 iven expression of proteins and cytoskeletal reorganization at new synapses, requiring posttranscript

61 o-ordinate actin polymerization and membrane reorganization at sites of endocytosis and polarised cel

62 a longer duration of deafness might indicate reorganization at the cortical level.

63 pendages undergo a dramatic ultra-structural reorganization before mitosis, during which they tempora

64 the zygotes in a later phase of cytoplasmic reorganization, before the first cell division.

65 relationship between metabolism and network reorganization but only modulated existing interactions.

66 eased H(2)O(2) and Ca(2+) levels and F-actin reorganization, but the mechanism of, and connection bet

67 as stroke, is associated with neural circuit reorganization, but the underlying mechanisms and effica

68 eady furthered our understanding of cerebral reorganization by estimating stroke-induced changes in n

69 assembly accompanying the branching-induced reorganization caused by Arp2/3 were studied using a com

70 le calcium imaging, we demonstrate that this reorganization causes persistent changes in the compass

71 all GTPase widely implicated in cytoskeleton reorganization, cell motility, and metastatic disseminat

72 Our findings imply that ER reorganization contributes to other roles of UL148, such

73 onments and highlight the importance of host reorganization contributions in the free energy of bindi

74 ", which is the direction whereby electronic reorganization converts reactants' to products' bonding,

75 at HMR-1 is capable of mediating embryo-wide reorganization driven by a centrally located force gener

76 l heterochromatin undergoes lineage-specific reorganization during cell-fate determination.

77 As ELMO1 promotes cytoskeletal reorganization during engulfment, we hypothesized that E

78 Interneuron death and reorganization during epileptogenesis may disrupt the sy

79 tion, we demonstrate that actin cytoskeletal reorganization during ER stress results in an altered di

80 atula requires DREPP in order to regulate MT reorganization during initial root hair responses to rhi

81 owing that, while some societies faced major reorganization during periods of climate change, others

82 ational changes and their influence on lipid reorganization during PFT-mediated cell lysis.

83 molecular players governing microtubule (MT) reorganization during rhizobial infections remain to be

84 ing contralesional areas to cortical circuit reorganization during stroke recovery.

85 titude species richness presaged by ecologic reorganization during the late Neogene, a time of amplif

86 mechanisms underlying subcellular junctional reorganization during wound healing, inflammation, and a

87 strate that 14-3-3 proteins regulate keratin reorganization dynamics in embryonic mesendoderm cells f

88 alization is responsible for both decreasing reorganization energies and electronic couplings as n is

89 grals as high as 57 meV, and B3LYP/DZP-level reorganization energies as low as 147 meV, rival or surp

90 dent kinetics that provide insights into the reorganization energies associated with electron and pro

91 n to be a powerful tool for quantifying PCET reorganization energies at oxide surfaces for the first

92 nalysis of Y6 crystals reveals hole/electron reorganization energies of as low as 160/150 meV, large

93 reveal proton hopping at low activation and reorganization energies with greatly enhanced mobility.

94 This study shows that the solvent reorganization energy (lambda) correlates well with the

95 decrease of 28 kcal mol(-1) (1.4 eV) in the reorganization energy (lambda), which constitutes the ma

96 single electronic unit, possessing a smaller reorganization energy and more accessible redox states t

97 onstrate how the interplay of changes in the reorganization energy and the damping factor of the mole

98 he PCET process by lowering the inner-sphere reorganization energy by limiting the elongation of the

99 If this shift reflects a reduction of reorganization energy in the interior of the protein, it

100 lishing benchmarks for diabatic coupling and reorganization energy needed for efficient (1)TT formati

101 A Marcus analysis provided a total reorganization energy of 0.7 +/- 0.1 eV for excited-stat

102 n the QDs and AQ derivatives, and the sum of reorganization energy of AQ molecules and solvent calcul

103 Here, the larger reorganization energy of Fc relative to ZnP makes the di

104 fer from weak spin-orbit coupling and a high reorganization energy upon photoexcitation.

105 Density functional calculations reveal that reorganization energy, an important parameter in charge

106 reaction free energy, DeltaG(gamma), and the reorganization energy, lambda(gamma), both of which beco

107 ) make them excellent probes of outer-sphere reorganization energy, lambda(o), as lambda(i) << lambda

108 The total reorganization energy, lambda, for interfacial electron

109 The reorganization energy, lambda, for interfacial electron

110 g electron transfer by strongly lowering the reorganization energy.

111 ly compensated by an increase in the solvent reorganization entropy.

112 the mechanisms that allow or prevent tissue reorganization, especially in the presence of strongly a

113 However, O. bambolii also lacks the complete reorganization for torso stiffness seen in extant great

114 This process of dynamic reorganization happens in unique phases that have divers

115 cipitation patterns, but the drivers of this reorganization have yet to be identified.

116 ways and cell-specific pathways for membrane reorganization.IMPORTANCE Herpesvirus particles are comp

117 These findings show that endosymbiosis reorganization in a holometabolous insect relies on a sy

118 c coupling between metabolism and regulatory reorganization in adaptation.

119 and behavioral evidence of rapid topographic reorganization in adult human V1, and the strongest evid

120 rimental test case of short-term topographic reorganization in adult human V1.

121 merous studies have demonstrated topographic reorganization in adult V1 following the loss of bottom-

122 We propose that this reorganization in descending control contributes to the

123 own role of nuclear pores in heterochromatin reorganization in mammalian nuclei and demonstrate the i

124 n of specific cytoskeletal targets and actin reorganization in oligodendrocytes during developmental

125 is required to initiate this time-dependent reorganization in PL ensembles underlying memory retriev

126 rajectories of loci to reconstruct chromatin reorganization in response to cellular stress such as DN

127 of cells, thus facilitating extremely rapid reorganization in response to internal and external fluc

128 plants, but does not cause microtubule array reorganization in the afb4-8 afb5-5 mutant.

129 ansfer between particles or large structural reorganization in the bulk to establish unit cell non-eq

130 highlights the potential for major ecosystem reorganization in the coming decades.

131 Together, our results point to reorganization in the contralesional hemisphere, possibl

132 Targeting the potential for short-term reorganization in the lesioned brain, we applied 'virtua

133 motoneurons; therefore, it is possible that reorganization in these pathways contributes to the asym

134 stage where major structural and functional reorganizations in mitochondrial metabolism occur.

135 its germline-derived DNA undergoes extensive reorganization including the removal of ~50 Mb from thou

136 Ceramide elevation drives local bilayer reorganization into ceramide-rich platforms, macrodomain

137 This reorganization is accompanied by compartment-specific hy

138 soft tissues during maturation-induced body reorganization is accompanied by the recirculation, tran

139 For continuous ocean habitats this reorganization is characterized by large-scale species r

140 The data indicate that the solvent reorganization is indeed near zero and increases to bulk

141 We propose that the cytoplasmic reorganization is initiated by the local contraction of

142 Mitotic chromosome reorganization is marked by the general attenuation of t

143 This reorganization is often associated with low-frequency, h

144 SE reorganization is regulated by two molecular events: the

145 This reorganization is specific to the neuronal subpopulation

146 nd likely represent targets where beneficial reorganization is taking place.

147 A hallmark of this reorganization is the recruitment of deprived cortical s

148 ns and suggest that the capacity to cause ER reorganization is unique to HCMV UL148.IMPORTANCE In myr

149 cally to the formation of complex chromosome reorganizations, known collectively as chromoanagenesis.

150 The small inner-sphere reorganizations, lambda(i), for Ru(III/II)P and TPA(+/0)

151 inner ear mechanotransduction, cytoskeletal reorganization, myelin development and axon survival.

152 tion may have shifted to other regions after reorganization occurred.

153 multiple sclerosis suggests that functional reorganization occurs along indirect anatomical pathways

154 Time-dependent redox titrations show that reorganization occurs as a multistep process.

155 rin, the mechanism by which keratin filament reorganization occurs remains poorly understood.

156 supports a role for the selectivity based on reorganization of a non-conserved lysine and displacemen

157 We believe that the reorganization of actin filaments during EMT modified th

158 ioseparations and biosensors by facilitating reorganization of adsorbed protein, accelerating molecul

159 Successive reorganization of an F-actin meshwork, associated with m

160 d World monkeys was first characterized by a reorganization of basic molar morphology, and a reliance

161 f structural covariance networks in OCD, and reorganization of brain hubs.

162 chymal transitions (EMTs) require a complete reorganization of cadherin-based cell-cell junctions.

163 helial structure is generated by the dynamic reorganization of cells in response to mechanical forces

164 h cellular membranes during endocytosis, the reorganization of cellular membranes to form replication

165 ough the Tethyan Seaway resulted in a global reorganization of currents, paved the way to the develop

166 Spatial reorganization of cytoplasm in zygotic cells is critical

167 due to ongoing degeneration and compensatory reorganization of dendritic systems.

168 We demonstrate the reorganization of different tracts along the primate evo

169 However, common conformational reorganization of ECL2, linked to reorganization of ICL2

170 d decisive role in the permanent renewal and reorganization of epithelia, which forms or lines many t

171 ipates in senescence via gene regulation and reorganization of euchromatic A and heterochromatic B co

172 Reorganization of existing post discharge health care de

173 an inward movement of transmembrane helix 1, reorganization of extracellular loop 2 and outward movem

174 non-peptide agonist-binding pocket in which reorganization of extracellular loop 3 and transmembrane

175 Finally, there is a partial reorganization of FEF(SEM) population activity between p

176 nd their siblings, which are associated with reorganization of function and imply an underlying neuro

177 cohol abstinence resulted in the whole-brain reorganization of functional architecture in mice and a

178 Thus, fire reorganization of fungal communities may enhance persist

179 This step is associated with reorganization of further amino acids structurally trans

180 ssary for goal-directed learning and related reorganization of hippocampal pyramidal cell population

181 n with other factors to induce goal-directed reorganization of HPC representations and provide a bett

182 ormational reorganization of ECL2, linked to reorganization of ICL2, modulates G protein contacts.

183 midal cell activity(4-6), the SCG2-dependent reorganization of inhibitory synaptic input might be pre

184 While this reorganization of keratin is initiated by force transduc

185 tinct cell-cycle stages, revealing extensive reorganization of kinetochores during meiosis.

186 onsolidation subsequently results in spatial reorganization of large chromatin segments and promoter-

187 n newborn infants is marked by a substantial reorganization of large-scale cortical activity and func

188 ts induce currents of free charges and local reorganization of linked charges.

189 This effect depends on the slow reorganization of many weak suboptimal interactions with

190 Thus, the reorganization of metabolism induced by mutations has no

191 d materials yield and deform plastically via reorganization of microscopic constituents.

192 centrosome toward the contact site leads to reorganization of microtubules and associated organelles

193 infants show a deficit in this sleep-related reorganization of modal energy that carries novel progno

194 their applications to the deconstruction and reorganization of molecules.

195 nvestigated the active behaviour and dynamic reorganization of multidroplet clusters.

196 Repeated reorganization of myelin patterns in MS may alter circui

197 opy and quantitative image analysis revealed reorganization of Na(V)1.5 away from dense clusters loca

198 ound that social defeat induced a functional reorganization of neural activity as optogenetic activat

199 The reorganization of neural networks and the gene expressio

200 n of ribosomal RNA synthesis and large-scale reorganization of nucleolar architecture, but the signal

201 result in trans-streamline movement and the reorganization of particle distributions.

202 h its promotion of structural and functional reorganization of peri-infarct cortex, but how the reorg

203 silient animals, in part through an adaptive reorganization of prefrontal cortical activity.

204 We conclude that a reorganization of PSII and PSI in UWO241 results in a un

205 ty-dependent associative and non-associative reorganization of pyramidal-interneuron connections trig

206 that trophic interactions play a role in the reorganization of regional communities under climate war

207 sition from evaluation to selection leads to reorganization of response subspace and suggests a mecha

208 ection) may favor a correspondent functional reorganization of RSNs, manifesting in distinct psychopa

209 ion and plasticity are shaped by the dynamic reorganization of signaling molecules within pre- and po

210 with FoG ('freezers') may require functional reorganization of spinal mechanisms to perform APAs due

211 with FoG ('freezers') may require functional reorganization of spinal mechanisms to perform APAs.

212 pport a unique disease mechanism whereby the reorganization of sub-TAD genome architecture results in

213 of mice, we demonstrate that the genome-wide reorganization of super-enhancers (SEs) drives bursts in

214 up-regulation of TOR activity, which causes reorganization of the actin cytoskeleton and actin-assoc

215 Reorganization of the actin cytoskeleton is crucial for

216 ults in down-regulation of Tns1 leading to a reorganization of the actin cytoskeleton, and a reductio

217 This leads to down-regulation of the WRC and reorganization of the actin cytoskeleton.

218 The dramatic reorganization of the Asian climate system coincident wi

219 In conclusion, topographic and functional reorganization of the beta(3)-AR/cGMP signalosome happen

220 ychosis may stem from an aberrant functional reorganization of the brain during adolescence.

221 Central or peripheral injury causes reorganization of the brain's connections and functions.

222 -1) infection results in the drastic spatial reorganization of the cellular chaperone Hsc70 into nucl

223 ural transformations that lead to a profound reorganization of the cellular landscape during sporulat

224 to anti-phase behaviour occurs, signalling a reorganization of the climate-carbon cycle system.

225 Importantly, such recovery relies on reorganization of the corticospinal pathway, as chemogen

226 n enormous invasive force by septin-mediated reorganization of the cytoskeleton and actin-dependent p

227 However, both processes require extensive reorganization of the cytoskeleton, and especially micro

228 The reorganization of the dentate gyrus (DG) in TLE may crea

229 ntial change in fluvial style, insignificant reorganization of the depositional surface, and no abrup

230 subiculum and CA1, reflecting a substantial reorganization of the encoding network.

231 rotein response (UPR) and causes large-scale reorganization of the ER.

232 rrelia, and Enterobacter genera; and a major reorganization of the family Enterobacteriaceae.

233 ior pre- and postcentral gyri, indicative of reorganization of the frontal opercular region.

234 e find that the PTMs elicit major structural reorganization of the fructose 1,6-bisphosphate (FBP), a

235 PPL SUMOylation is essential for the proper reorganization of the keratin IF network.

236 ontrolling cell functions that require local reorganization of the membrane components as well as dra

237 etochores, and cortical actin participate in reorganization of the microtubule network required to fo

238 These findings show that a complex temporal reorganization of the motor network co-occurred with the

239 rs, little is currently understood about the reorganization of the neuronal circuitry, particularly w

240 Furthermore, the capacitation-induced reorganization of the outer acrosomal membrane was slowe

241 duced quiescence was accompanied by a strong reorganization of the photosynthetic apparatus and chang

242 ly associated with, but even maintained by a reorganization of the somatotopic representation of the

243 organization mechanism may contribute to the reorganization of the spindle architecture during the me

244 Stress causes a massive reorganization of the transcriptional program.

245 s an adatom, thereby precluding the need for reorganization of the underlying surface lattice upon NH

246 polymers, a stoichiometric reaction leads to reorganization of the uniform ligand shell and self-limi

247 ally driven adsorption behavior is linked to reorganization of the uranyl-ion hydration and interfaci

248 enetic silencing of LH(vgat) cells induced a reorganization of these activity patterns during subsequ

249 Both behavioral and learning-dependent reorganization of these connections has also been demons

250 the nucleation of anatase and rutile and the reorganization of these phases to form Magneli phases on

251 Experience-dependent processes drive reorganization of these three representations toward a s

252 ether with enhanced apoptosis of TR-APhi and reorganization of transcriptional responses, could colle

253 ling in tumour-draining lymph nodes, causing reorganization of tumour vasculature and cancer cell dea

254 The model captures the reorganizations of septin filaments throughout cytokines

255 ntial expression, we saw evidence of spatial reorganizations of the cardiac proteome including the tr

256 ns have revealed learning-related functional reorganizations of the cortico-striatal and cortico-cere

257 llar bundle causes buckling, disassembly and reorganization on the other side of the bacterium.

258 apitulate the effect of hypoxia on FN matrix reorganization or cell migration.

259 anistic paths showing interesting electronic reorganization processes have been also scrutinized but

260 +/- 11 M(-2) s(-1)), indicating that dynamic reorganization processes lead to the preferential locati

261 naptic transmission and extracellular matrix reorganization processes that could exacerbate neuro-inf

262 sphorylation initiates a highly synchronized reorganization program in both parental genomes.

263 ppressed for auxin-induced microtubule array reorganization, providing additional evidence that auxin

264 tual significance of this plastic functional reorganization remains debated, greater cortical represe

265 Manipulations of concurrent actin reorganization reveal that actin remodeling drives vesic

266 Adolescence is a period of major brain reorganization shaped by biologically timed and by envir

267 es involved in chitin metabolism and cuticle reorganization show categorically a consistent pattern o

268 The initial cytoplasmic reorganization started with the contraction of vegetal h

269 s and explants results in actin stress fiber reorganization, stimulation of focal adhesion formation,

270 us is related to a more conservative form of reorganization than in hearing loss without tinnitus.

271 hosis entails a complete and abrupt internal reorganization that creates a constraint for endosymbion

272 During cortical reorganization that follows limb deafferentation, neuron

273 This provided a favored ECM reorganization that promoted tolerance to BRAF inhibitio

274 ofactor uptake and the subsequent structural reorganization that stabilizes the [2Fe(H)] cofactor in

275 In addition, the metabolic reorganization that would be required to enable Synechoc

276 d changes in lipid packing, as well as water reorganization, that occur during the dimerization proce

277 OEEF applied along the direction of electron reorganization (the "reaction axis").

278 ization, prompting subsequent plasticity and reorganization to compensate for the loss of specialized

279 echanisms by which experience drives circuit reorganization to establish a network of Fos-activated c

280 mplexes are considered to undergo structural reorganization to maintain the efficiency of photochemic

281 ical roles ranging from extracellular matrix reorganization to modulation of the immune response and

282 acts on keratin IFs and is involved in their reorganization to sites of cell adhesion.

283 a is responsible for retinal homeostasis and reorganization under normal and pathologic conditions.

284 While sleep has been linked with synaptic reorganization under other conditions, the role of sleep

285 highly site- and cell-type-specific synaptic reorganization underlying epileptic cortical circuits an

286 derstanding of high-order temporal chromatin reorganization underlying hormone-dependent breast cance

287 nization of peri-infarct cortex, but how the reorganization unfolds is scantly understood.

288 (BS), and immediately tested for topographic reorganization using functional magnetic resonance imagi

289 angiotensin II-induced podocyte cytoskeleton reorganization via FAK-Rac1 axis, FHL2 binds with FAK an

290 of cell shape directed by actin-cytoskeleton reorganization via their respective RhoGEF effectors.

291 of follow-up, both structural and functional reorganization was depicted with abnormal modular-specif

292 he extensive senescence-associated 3D genome reorganization, we generated genome-wide chromatin inter

293 ly evolves-throughout this major host-tissue reorganization, we used the association between the cere

294 ulates cell-mediated collagen compaction and reorganization, whereas aggrecan, a structurally-similar

295 n primarily through three-dimensional genome reorganization, which leads to epigenetic reprogramming

296 about both short-term and long-term circuit reorganization, which should be taken into account in th

297 The human BLA has undergone a reorganization with massive expansion relative to other

298 ts underwent multiple cycles of division and reorganization, with mother compartments giving rise to

299 oduces robust transcriptional and epigenetic reorganization within brain reward circuits that outlive

300 on guidance cues that stimulate cytoskeletal reorganization within the growth cone direct axon naviga