ライフサイエンスコーパス: morphological change

1 gulate meiosis, oocyte development, and cyst morphological change.

2 ects of a single developmental gene underlie morphological change.

3 lopmental processes, despite a lack of gross morphological change.

4 and how membrane motility mediates this cell morphological change.

5 ment dynamics, channel patterns, and rate of morphological change.

6 rder magnitude error in either morphology or morphological change.

7 This development was independent of morphological changes.

8 t phenomena such as gene silencing and rapid morphological changes.

9 ree of contact was graded as with or without morphological changes.

10 xposed to altered oxygenation caused similar morphological changes.

11 Apoptotic cells undergo a series of morphological changes.

12 tor in MSI1/TNS3-mediated cell migration and morphological changes.

13 becomes almost independent of the cluster's morphological changes.

14 ery short temporal intervals without visible morphological changes.

15 tion, confirming that they contribute to the morphological changes.

16 ficient fish have a normal life span and few morphological changes.

17 ing actin-mediated BCR clustering and B-cell morphological changes.

18 nd mechanical properties consistent with the morphological changes.

19 oxalate) on biotite dissolution and surface morphological changes.

20 red by changes in salt concentration despite morphological changes.

21 has not previously been linked to microglial morphological changes.

22 terized signaling pathways and corresponding morphological changes.

23 The morphological changes achieved with NAM therapy occur in

24 The CRV analysis reveals hotspots of morphological change across the delta.

25 KLF4 promotes cell adhesion, migration, and morphological changes, all of which are abolished by R45

26 The time-lapse morphological changes along with the flow cytometry and

27 rated link between specific types of nuclear morphological change and applied force will allow resear

28 e advances our understanding of cryptococcal morphological change and may hold significant potential

29 dynamic behavior of T2DM RBCs in response to morphological change and membrane stiffening.

30 tress resilience by modulating mitochondrial morphological change and metabolic functions.

31 am departure ex vivo, and stream disruption, morphological changes and abnormal allocation of cortica

32 This process is accompanied by morphological changes and actin remodeling that drives c

33 ic model, which optimally follows the sample morphological changes and attempts to recover the origin

34 e results show that CUS promotes significant morphological changes and causes robust upregulation of

35 umulation of Mps3 at the INM impairs nuclear morphological changes and cell division.

36 TPase acts as a molecular switch to regulate morphological changes and cell migration, although the m

37 IFN-gamma induced substantial morphological changes and cell population expansion in m

38 events were accompanied by dramatic neuronal morphological changes and cell-cell fusion.

39 ium and macrophages was demonstrated through morphological changes and cytokine production.

40 Mitochondrial morphological changes and elevated ROS generation are al

41 rmore, SiCTeC enabled the discovery of rapid morphological changes and enhanced sensitivity to substr

42 healing B6 tendon cell behavior by inducing morphological changes and increasing proliferation in vi

43 R Q34A peptide also inhibited CXCL12-induced morphological changes and inflammatory cell infiltration

44 alterations to cell behavior in response to morphological changes and membrane stiffening.

45 microglia activation, we found that profound morphological changes and MHC-II and CD80 upregulation o

46 thway is an essential signal for PXR-induced morphological changes and migration.

47 gulated before the occurrence of significant morphological changes and one week later were down-regul

48 croglia to a reactive state characterized by morphological changes and production of cytokines to pre

49 lectron microscopy to directly visualize the morphological changes and the formation of both fully an

50 evealed that this adaptive response involves morphological changes and the remodeling of cartilage ti

51 ment image formation and relate this to both morphological changes and the state of the switch.

52 Isolated microglia are analyzed for morphological changes and their expression of activation

53 Kcl-22 subcutaneous mouse model resulted in morphological changes and TNT-like structures in the tum

54 fibroblasts and quantified cellular growth, morphological changes, and transcriptomic responses usin

55 elial cells lose cell-cell adhesion, exhibit morphological changes, and upregulate the expression of

56 re interested in testing whether these brain morphological changes appear before the clinical onset o

57 We show that patterns of juvenile-to-adult morphological change are largely similar in wolves and d

58 These morphological changes are accompanied by reorganization

59 These morphological changes are associated with slow muscle fu

60 ations, it is demonstrated that the observed morphological changes are caused by symmetry breaking of

61 ic spine density in NACsh neurons, and these morphological changes are entirely dissociable from chan

62 Furthermore, no obvious morphological changes are observed for the thermally tre

63 these metabolic alterations, and associated morphological changes, are reversed when the aae13-1 mut

64 oceria at pH 9, P. aeruginosa showed drastic morphological changes as a result of cellular stress.

65 , there was little difference in the rate of morphological changes as determined by UV-vis spectrosco

66 ebrate embryo undergoes a series of dramatic morphological changes as the body extends to form the co

67 restoring membrane fluidity, preventing the morphological changes, as demonstrated by scanning elect

68 superovulation defects were limited to these morphological changes, as we did not observe any differe

69 IVCM can reveal morphological changes associated with clinical outcome.

70 This process is also required for morphological changes associated with maturation of some

71 nge in vivo, suggesting that Lb1 facilitates morphological changes associated with migration.

72 study the underlying retinal functional and morphological changes associated with MPS IIIB disease p

73 ntributes to skeletal homeostasis and to the morphological changes associated with osteocyte formatio

74 biochemical imbalances may lead to permanent morphological changes associated with pathophysiology.

75 e stimuli and allow for visualization of the morphological changes associated with pyroptotic cell de

76 The current approach for detecting morphological changes associated with reprogramming pure

77 fluctuating temperature profiles also caused morphological changes associated with shade avoidance or

78 Although the age-related morphological changes at IHC ribbon synapses contribute

79 ineage commitment, divisions, migration, and morphological changes at the single-cell level.

80 There was no difference in morphological changes between the two groups.

81 R:4R tau relative content, neurons showed no morphological changes, but live imaging studies revealed

82 fically within interzone cells induces joint morphological changes by selectively inhibiting beta-cat

83 e objects, solids can mimic liquids in rapid morphological changes, by virtue of fast surface diffusi

84 ystem whose channel network is vulnerable to morphological changes caused by sea level rise, subsiden

85 ents correlated with suppression of abnormal morphological changes caused by the editing defect and,

86 mentary gene transfer can rescue significant morphological changes, caused by genetic deficits.

87 hod to kill host-infective amastigotes, with morphological changes consistent with heat treatment.

88 are mainly under inhibitory control, so this morphological change could increase inhibition on these

89 WISp39 KD-induced morphological changes could be rescued by overexpression

90 By affecting contact geometry, these morphological changes could influence cellular communica

91 New Guinea C strain (including degenerative morphological changes, detachment, membrane degradation

92 The range of morphological changes detectable on ultrasound examinati

93 The infected cells showed morphological changes due to structural modifications in

94 t time that the Deltaplb1 strain undergoes a morphological change during in vitro and in vivo intrace

95 CED-11 is required for multiple other morphological changes during apoptosis, including an inc

96 ng; and microtomography was used to evaluate morphological changes during deacclimation.

97 We show that scales undergo drastic morphological changes during development, from a cylindr

98 Morphological changes during development, tissue repair,

99 the mesenchymal origin of cells and tracked morphological changes during differentiation.

100 ary gland is its ability to undergo repeated morphological changes during each reproductive cycle wit

101 omponent involved in cytoskeleton-based cell-morphological changes during spermiogenesis.

102 effectors that mediate mechanical forces and morphological changes essential for migration in complex

103 elopmental innovations, thus, allowing rapid morphological change, facilitating evolutionary diversif

104 based visualization methods to interpret the morphological changes for specific clusters.

105 Localized to domain level, this morphological change forms large 3D spikes at the surfac

106 monstrated that dose-dependent, drug-induced morphological change from different experiments can be i

107 ansformer-based vaccine undergoes a dramatic morphological change from nanospheres (about 100 nanomet

108 This slowdown was accompanied by a distinct morphological change from unpeeling "ram's horns" to blu

109 ur through the slip of {111} layers, induces morphological changes from a core/shell to a dumbbell st

110 This technique clearly showed longitudinal morphological changes from the cervical roots to the ner

111 Spermiogenesis involves dramatic cell morphological changes going from sperm tail elongation a

112 Sugars caused osmosis-related morphological changes, however, decreased the toxicity o

113 vel, reshaping our understanding of adaptive morphological change in complex social lineages.

114 Morphological change in glomerular podocytes and the und

115 vasive and remotely applied means to trigger morphological change in protein-based mu3D-printed smart

116 development of melanoblasts coincided with a morphological change in the dorsal neural tube between s

117 den environmental change, rapid cognitive or morphological change in the hominids that created the to

118 stic strategy profoundly affects the pace of morphological change in traits involved in the interacti

119 The F3 generation exhibited morphological changes in adult hearts, including increas

120 We report striking morphological changes in axons following sustained impul

121 prosthesis with a PTB feature contributes to morphological changes in bilateral patellar tendons.

122 There was also increased microglia density, morphological changes in both microglia and astrocytes a

123 -nanocomposite is able to interact and cause morphological changes in cancer cells.

124 roteins, early exercise induces long-lasting morphological changes in cortical and hippocampal neuron

125 ymus is regulated primarily by rate-limiting morphological changes in cortical stroma, rather than by

126 rosis and apoptosis generate biochemical and morphological changes in different manners.

127 re also led to decreased CK-14 secretion and morphological changes in HMEpiC cells.

128 gate the distribution of virus particles and morphological changes in host cells, the autopsied lung

129 We detected distinct morphological changes in LX-2 cells within 24 hr post-in

130 ted SNVs and provide a platform for modeling morphological changes in mental disorders.

131 We observed particle fragmentation and morphological changes in microcrystals of ZIF-8 at lower

132 chronology of infarct, and the viability and morphological changes in neuroglia and neurons located i

133 nic cocaine use is associated with prominent morphological changes in nucleus accumbens shell (NACsh)

134 ly with macula-on and macula-off RRD) showed morphological changes in OCT in the macular region, as e

135 may also improve upon humans' assessment of morphological changes in other biomedically important pr

136 We document small-scale morphological changes in P. robustus associated with eco

137 nd amphibians exhibit retinomotor movements, morphological changes in photoreceptors regulated by lig

138 ly, KIBRA overexpression induced significant morphological changes in podocytes, including disruption

139 simulations reveal the temperature-dependent morphological changes in poplar wood biomass during tetr

140 Whole OSPW exposures also caused morphological changes in RAW 264.7 cells, and at subleth

141 pathologic event in SCD, results in dramatic morphological changes in red blood cells (RBCs) because

142 ize and growth conditions, and predicts cell morphological changes in response to nutrient perturbati

143 ; and (iii) the limb BCG exhibits meaningful morphological changes in response to the alterations in

144 ocusing on quantifying glutamatergic-induced morphological changes in striatum exist, the role of glu

145 the concentration of 1x MIC induced obvious morphological changes in susceptible GNBs, including cel

146 tion, it discusses recent studies describing morphological changes in systemic vessels and the possib

147 Here we investigate morphological changes in T3 hyperthyroid cases in the ze

148 via Rac1, however they fail to induce these morphological changes in TGF-beta-mesenchymally transfor

149 Experimental manipulations of KIFC1 elicit morphological changes in the axon as well as changes in

150 lation, is associated with a number of gross morphological changes in the brain, but the fundamental

151 lation, is associated with a number of gross morphological changes in the brain, but the fundamental

152 e to the fact that many studies investigated morphological changes in the brain, where the majority o

153 icating that the disease process may produce morphological changes in the brains of those affected.

154 Significant morphological changes in the cortico-striatal system hav

155 However, whether morphological changes in the dorsal and ventral striatum

156 Our findings provide further insight into morphological changes in the ECM in CRLM and help explai

157 Following a high-fat meal, we observe morphological changes in the enterocytes of larval zebra

158 In addition, morphological changes in the gut wall microvilli layer w

159 impairs attention by inducing molecular and morphological changes in the NBM.

160 sed neonatal survival rates, but no apparent morphological changes in the placenta or surviving offsp

161 al tube formation assay revealed significant morphological changes in the presence of PSP-2, with thi

162 his dysfunction was not accompanied by gross morphological changes in the retina.

163 ts respond by compensatory physiological and morphological changes in the tracheal system, metabolic

164 However, morphological changes in the uterus of marsupials at ter

165 5Delta/Delta mutants to the wild type reveal morphological changes in their cell walls that correlate

166 We examined the gross morphological changes in these lungs, the density and fu

167 To analyse the morphological changes in tissue architecture during the

168 surements were used to monitor metabolic and morphological changes in tissues.

169 Morphological changes in U3O8 based on calcination tempe

170 Molecular and morphological changes in vivo and in vitro were prevente

171 TDSI-derived parameters quantified key morphological changes including cell size decreases duri

172 tion in ambient temperature induces adaptive morphological changes including elongated hypocotyls, wh

173 for culturing hPSCs and careful attention to morphological changes indicative of differentiation.

174 iffness modulates T lymphocyte migration and morphological changes induced by TCR/CD3 triggering.

175 gulate multipolar neuron orientation and the morphological change into bipolar cells necessary to ent

176 This morphological change is accompanied by an increase in th

177 viding rare, large-scale evidence that rapid morphological change is associated with species divergen

178 ing both the cause and consequences of these morphological changes is critical to fully understanding

179 An improved understanding of warming-induced morphological changes is important for predicting biotic

180 ings suggest that neurovascular contact with morphological changes is involved in the aetiology of SU

181 Following fertilization, these morphological changes led to formation of elongated, pea

182 ile force with adherens junctions to mediate morphological changes like the extrusion of apoptotic ce

183 ren with T1D can cause evident microvascular morphological changes long before any pathological manif

184 e protocol allows us to define the nature of morphological changes more accurately in patients with s

185 ent of SLAMF1 induces dramatic but transient morphological changes, most prominently in the formation

186 al diagnostic information on tissue-specific morphological changes not depicted by conventional radio

187 These effects resembled the morphological changes observed following transcriptional

188 ion, remodelling processes are initiated and morphological changes occur in the alveolar bone.

189 ken together, we have shown that long before morphological changes occur in the shoot apical meristem

190 These findings demonstrate that morphological changes occur in the STN, which likely imp

191 This morphological change occurs in parallel with the degener

192 id and myoid is the underlying force for the morphological change of myoid elongation.

193 We also observed that the morphological change of the HoxD cluster in developing d

194 lectrochemical deposition, which governs the morphological change of the Li anode.

195 susceptibility test are correlated with the morphological changes of bacteria caused by the antibiot

196 Furthermore, the associated morphological changes of bone marrow-derived mesenchymal

197 y responsive surfactant allows us to observe morphological changes of complex emulsions in randomized

198 ssion and knockdown of PCDH7 induce opposing morphological changes of dendritic structures.

199 Morphological changes of gonads and accessory glands att

200 learning via alterations in brain structure (morphological changes of gray and white matter) and func

201 s (ELF MFs) on a recognition memory task and morphological changes of hippocampal neurons.

202 ity, apoptosis, cell cycle distribution, and morphological changes of MDA-MB-231 and MCF-7 cells.

203 We observed dramatic morphological changes of mitochondria in activated mast

204 ast markers; alpha-SMA and Col-1 and reduced morphological changes of myofibroblast differentiation.

205 Synaptic transmission and morphological changes of NMJs have been explored in two

206 Our goal was to quantify the morphological changes of ocular tissues caused by formal

207 ired for stable thrombus formation, and that morphological changes of platelets differ between a stat

208 This work shows that morphological changes of solid-state syndiotactic polyme

209 aggregation kinetics and conformational and morphological changes of the Abeta peptide are poorly de

210 The double-mutants showed no gross morphological changes of the brain, and in contrast to t

211 aging data are frequently analysed to reveal morphological changes of the human brain in dementia.

212 l was trapped in an acoustic beam focus, the morphological changes of the immobilized cell were monit

213 neously provided comprehensive details of 3D morphological changes of the IVD and canal network in th

214 ational tools to quantitatively characterize morphological changes of the primary cilium under differ

215 suggests an intuitive picture of the role of morphological changes of the protective cap for the age

216 ecords the diffusion and deformation-related morphological changes of the sintering particles.

217 has resulted in the ability to impose major morphological changes on the endosymbionts.

218 Social defeat stress causes dendritic morphological changes on this MSN subtype through expres

219 under the control of the 35S promotor led to morphological changes opposite to what was seen in the t

220 zygous mice leading to severe anatomical and morphological changes overlapping with the anomalies obs

221 tive phenotypes in microglia associated with morphological changes, population expansion, CD11b and C

222 d tumor involution associated with pervasive morphological changes, proliferative arrest, and apoptos

223 Emerging evidence suggests that these morphological changes reflect functional alterations tha

224 e and lipid metabolism, cellular growth, and morphological changes (related to adaptation and surviva

225 level during gastrulation drives pronounced morphological changes reminiscent of a DV inversion.

226 cell layers confirmed that observed cluster morphological changes required close proximity to vascul

227 utes to decidualization, a series of uterine morphological changes required for placental formation a

228 Subtle but significant morphological changes result from the nature of the coor

229 wise interaction parameters that explain the morphological changes resulting from thermal and solvent

230 Climatic Optimum also coincided with several morphological changes shared by 80% of cucurbits.

231 reated with 200 ug/mL protosappanin B showed morphological changes (shrinkage, rounding, membrane abn

232 , and modern experiments can replicate these morphological changes so that they can be better underst

233 expression of CaMKIIdeltaB promotes distinct morphological changes such as increased cell surface are

234 ctivated protein kinase (MAPK), and triggers morphological changes, such as cell and nuclear swelling

235 effects are attributed to a reversion in EC morphological changes, such as cell size and shape that

236 e distinct from seasonal, often anticipatory morphological changes, such as the reversible size chang

237 ning and improved CEC that may contribute to morphological changes suggesting plaque stabilization am

238 This radical morphological change suggests a dietary shift, probably

239 icrotubule cytoskeletons to mediate cellular morphological changes suggests shared function with othe

240 hore initial cell with > 90% accuracy before morphological changes, supporting our hypothesis that, b

241 meloblasts which themselves undergo striking morphological changes, switching function from a secreto

242 athrin coat dynamics is also observed during morphological changes taking place within developing mul

243 refractility of the dying cell is a hallmark morphological change that is caspase dependent.

244 on, the Raman spectra not only indicated the morphological changes that are identified by cytology wi

245 work revealed a chronological progression of morphological changes that better predicted blood qualit

246 arkedly reduced cell proliferation rates and morphological changes that developed over 2-4 days and c

247 y expansion postdates the major dentognathic morphological changes that distinguish Australopithecus

248 ation of kinase activation affects secondary morphological changes that follow transient Src activati

249 rol tomato plants, the (CCD8)Cas9 mutant had morphological changes that included dwarfing, excessive

250 the CNS, oligodendrocytes undergo extensive morphological changes that involve cellular process exte

251 In pre-diabetes, delta cells undergo morphological changes that may be a compensation to main

252 nown about the age-related physiological and morphological changes that occur at ribbon synapses.

253 acterized transcriptomic, physiological, and morphological changes that preceded degeneration; and id

254 l number, activating p16/p21, and undergoing morphological changes that resemble cellular senescence.

255 aging via supercontinuum excitation to probe morphological changes that result from LPA treatment.

256 Morphological changes through MET correlate with silenci

257 The disruption did not involve detectable morphological changes to axons of glutamate neurons.

258 development than in the mouse and undergoes morphological changes to form a progenitor pool in the p

259 es of plant cells, undergo physiological and morphological changes to fulfill distinct biological fun

260 riggers a wide range of signaling events and morphological changes to induce the immune response.

261 ve occlusion in calcite (CaCO3), and to link morphological changes to occlusion mechanisms.

262 tion, when nuclei and lamins undergo extreme morphological changes to squeeze through the space.

263 Along with morphological changes to stream-terrestrial boundaries,

264 Morphological changes to the lower jaw were detected at

265 to correspond to vasculopathic changes (i.e. morphological changes to the small vessels) instead of f

266 ria parasite - the merozoite - induces rapid morphological changes to the target erythrocyte during e

267 connects the experimentally observed nuclear morphological changes to the underlying biophysical fact

268 PA emulsions evalauted inhibited Salmonella, morphological changes to this antimicrobial varied subst

269 microscopy) have been combined to study the morphological changes under reaction conditions and inve

270 ion events in VBW closure that explain early morphological changes underlying the development of cong

271 ession co-occurred on the phylogeny with the morphological changes underpinning inflorescence diverge

272 pathways alters gene expression and leads to morphological changes upon initiation of metamorphosis.

273 blasts from patients with this disorder have morphological changes: vacuolation with disordered endos

274 used MDA-MB-231 to become elongated and this morphological change was due to a loss of protraction at

275 mptomatic nerves, neurovascular contact with morphological changes was caused by an artery in 95.0% (

276 Neurovascular contact with morphological changes was defined as contact with distor

277 t the presence of neurovascular contact with morphological changes was strongly associated with the s

278 To model this morphological change, we first estimate the mechanical p

279 ination of intracellular reorganization with morphological changes, we monitored centrosome positioni

280 Furthermore, these morphological changes were accompanied by an increased e

281 These morphological changes were accompanied by significantly

282 Pericyte morphological changes were assessed in mural cell-specif

283 These morphological changes were associated with decreased act

284 These morphological changes were associated with profound podo

285 Crystal type, relative crystallinity and morphological changes were characterised by XRD and SEM.

286 Neurovascular contact with morphological changes were considerably more prevalent o

287 changes that occur simultaneously with these morphological changes were determined using RNA sequenci

288 Force relaxation and morphological changes were found to depend on wavelength

289 These mitochondrial morphological changes were more pronounced in HFrEF (0.5

290 Likewise, no morphological changes were observed and no evidence for

291 Surprisingly, morphological changes were observed in the bile duct, in

292 The morphological changes were verified ultrastructurally, a

293 Significant microscopic morphological changes were visualised, such as the ruptu

294 relationship exists between distance and QRS morphological change when restricting pacing points to a

295 These morphological changes, which only occurred after 6 month

296 ty, in that astrocytes and microglia undergo morphological changes, while in developing neurons and o

297 corneal layers and the assessment of corneal morphological changes with age.

298 The damage includes severe morphological changes with destabilization of SDs and th

299 partial picture of the timing and nature of morphological change, with genetic data indicating that

300 s for studies of real-time cell invasion and morphological changes within a single platform.