ライフサイエンスコーパス: fluidity

1 sion, likely through an increase in membrane fluidity.

2 ion with phospholipids is driven by membrane fluidity.

3 ollective accuracy of a cluster by improving fluidity.

4 butes to increased whole-cell compliance and fluidity.

5 s, in addition to the modulation of membrane fluidity.

6 ted actin structures and the plasma membrane fluidity.

7 ty acids required to optimize membrane lipid fluidity.

8 ids play key roles in membrane curvature and fluidity.

9 zyl alcohol-mediated enhancement of membrane fluidity.

10 entially by increasing the cellular membrane fluidity.

11 s mediated by the physical property of lipid fluidity.

12 membrane or changes in membrane potential or fluidity.

13 rated fatty acyl chains, determines membrane fluidity.

14 -potential, phase transition temperature and fluidity.

15 The net effect is to reduce membrane fluidity.

16 to a sigma(W)-dependent decrease in membrane fluidity.

17 lation and redundancy while allowing spindle fluidity.

18 ther important factors in chromatin assembly/fluidity.

19 gy, vesicular trafficking, and membrane bulk fluidity.

20 to undergo reversible large deformation and fluidity.

21 dicated that there were changes in cell wall fluidity.

22 formation of neuronal synapses and membrane fluidity.

23 ence intensity responded to changes in lipid fluidity.

24 known effects of LPS composition on membrane fluidity.

25 erties, indicating a high degree of membrane fluidity.

26 amples and make measurements of the membrane fluidity.

27 the lipid composition as well as to membrane fluidity.

28 ounts for the effects of calcium on membrane fluidity.

29 ipids and contribute to maintaining membrane fluidity.

30 itigate the effect of aS binding on membrane fluidity.

31 producing the proposed increase in membrane fluidity.

32 rs on the resulting cell elastic modulus and fluidity.

33 on important molecular processes that affect fluidity.

34 ) drug, significantly increases mycomembrane fluidity.

35 olipids, which ultimately reduce ER membrane fluidity.

36 nce of mature HDL particles with low surface fluidity.

37 n distinct changes in emulsion stability and fluidity.

38 nt local structural fluctuations and crystal fluidity.

39 th can be used by cells to maintain membrane fluidity.

40 ting cellular lipid composition and membrane fluidity.

41 and phospholipids to control proper membrane fluidity.

42 thin supported biomembranes with native-like fluidity.

43 id lipid domains, affecting overall membrane fluidity.

44 g of cadherin to actin and cell-cell contact fluidity.

45 atty acid composition and increased membrane fluidity.

46 ng levels of lipid desaturation and membrane fluidity.

47 rthologs shared by two genomes, (ii) genomic fluidity (a measure of gene content dissimilarity), (iii

48 hanges in cell membrane tension and membrane fluidity affect conformational dynamics of GPCRs.

49 at this cls mutation helps maintain membrane fluidity after freezing and thawing and improves freeze-

50 85), but IGL-1 prevented changes in membrane fluidity after reperfusion when compared with UW (P=0.02

51 pe is characterized by an increase in tissue fluidity akin to a solid-like-to-fluid-like transition.

52 This fluidity also makes it difficult to refute a country's d

53 Increased membrane fluidity also supports hIBPLA(2) activity, suggesting th

54 Fluidity and a rigorously maintained spacing result in l

55 Cholesterol influences membrane fluidity and assembles lipid-rich microdomains within me

56 e location of the N-terminal helix, membrane fluidity and binding, and the release of lipid modified

57 near the solid interface, it retains natural fluidity and biological functionality and can be implant

58 s, especially fresh hIAPP, enhanced membrane fluidity and caused losses in cell viability.

59 The correlation between changes in membrane fluidity and cell viability and their lack of correlatio

60 riants determine membrane properties such as fluidity and charge that in turn modulate interactions w

61 Supported lipid bilayers capture the fluidity and chemical properties of cellular membranes.

62 e energy landscape was observed when bilayer fluidity and composition were modified, respectively, by

63 the direct result of changes in ER membrane fluidity and composition.

64 ipose tissue represents decreased fatty acid fluidity and could play an important role in the etiolog

65 lization of composite materials that combine fluidity and different forms of ordering at the mesoscop

66 cell membranes because they control membrane fluidity and diminish passive diffusion of ions, and a f

67 Consequently, cytoplasmic fluidity and dynamics dramatically change as cells shift

68 Cooling and warming alter membrane fluidity and elicit intracellular free-calcium elevation

69 membrane insertion is controlled by membrane fluidity and facilitates activation of IB and IIA PLA(2)

70 ty acids (UFAs) have profound effects on the fluidity and function of biological membranes.

71 to the SSLBMs exhibited significant membrane fluidity and have been directed into dimer assemblies on

72 rtion of hIBPLA(2) is controlled by membrane fluidity and is necessary for the full activity of the e

73 were observed, highlighting the structure's fluidity and lack of attachment to underlying periplasmi

74 e lipogenesis possibly by modulation of raft fluidity and level of GLUT4.

75 Results revealed a decrease in lipid fluidity and lipid and protein content and also the diff

76 iated with Alzheimer's disease) upon bilayer fluidity and lipid dynamics through the application of v

77 in the pancreatic graft monitoring membrane fluidity and lipid peroxidation.

78 erized, binary composition BLMs feature both fluidity and long-term stability.

79 At the cellular scale, blood fluidity and mass transport depend on the dynamics of re

80 oduce a bilayer environment of unusually low fluidity and may slow the influx of drugs, contributing

81 insertion of 5-LO through increased membrane fluidity and may thereby modulate the activity of the en

82 sis, indicating a causal association between fluidity and metastasis.

83 Materials that combine the properties of fluidity and permanent porosity could therefore offer te

84 owever, the apparent incompatibility between fluidity and permanent porosity makes the stabilization

85 lipase A2alpha (cPLA2alpha) affects membrane fluidity and permeability by catalyzing the hydrolysis o

86 t the latter is also highly dependent on the fluidity and phase of the membrane.

87 can modulate membrane properties such as the fluidity and phase separation capability of giant plasma

88 ed without loss of integrity, as assessed by fluidity and protein binding.

89 Consistent with this increased membrane fluidity and reduced capture, ethanol reduced rolling ve

90 AA1 binding also inhibits membrane fluidity and reduces solvent accessibility around the li

91 an important role in maintaining the correct fluidity and rigidity of the plasma membrane of all anim

92 Developmental cues dramatically alter both fluidity and sorting within large RNP assemblies, induci

93 op provides selectivity for sensing membrane fluidity and targeting to defined membrane zones and org

94 In accord, membrane fluidity and the levels of certain PUFAs were decreased

95 1 and H2A variants that compromise chromatin fluidity and transcriptional programs within the develop

96 osome cell membrane confers a high degree of fluidity and unique susceptibility to killing by hydroph

97 l reorganization of the cytoplasm, cytoplasm fluidity, and cellular dormancy.

98 actor determining lipid packing and membrane fluidity, and it must be tightly controlled to guarantee

99 sical properties, including local hydration, fluidity, and lateral lipid packing, usually characteriz

100 depleted of cholesterol had higher membrane fluidity, and more uniform distribution of CD44 counterr

101 tory circuitry, epigenetic memory, cell type fluidity, and reuse of regulatory modules in achieving a

102 e cationic defensin hNP-1, enhanced membrane fluidity, and substantially greater adhesion to fibronec

103 he repulsive forces associated with membrane fluidity, and that small changes in any of these paramet

104 ells and nutrients, the maintenance of blood fluidity, and the growth of new blood vessels.

105 urated fatty acids decrease Saureus membrane fluidity, and these altered membrane dynamics are partia

106 brane domains which differ in local membrane fluidity, and which severely disrupts membrane protein o

107 reduced on elongation of the cell, while the fluidity appears to be maintained.

108 hanges in lipid packaging, permeability, and fluidity are appropriate to foresee the potential bioava

109 thered nanotubular porous wicks and enhanced fluidity are the main causes for promoting the CHF incre

110 vely, our findings reveal increased membrane fluidity as a necessary cellular feature of metastatic p

111 ation suggests significant changes in genome fluidity as a result of a phase transition affecting the

112 as no correlation of the rates with membrane fluidity as measured by fluorescence polarization.

113 ar disorder would result in greater membrane fluidity, as detected by reductions in T(2) values.

114 n formation, cholesterol influences membrane fluidity, associates with myelin proteins such as myelin

115 of complex biomembrane models, which exhibit fluidity barriers and differentiate membrane properties

116 arachidonic acid-induced changes in membrane fluidity, because 11,14,17-eicosatrienoic acid did not a

117 population averages of elastic modulus E and fluidity beta (the power-law exponent of the cell deform

118 ochromatic genes and remarkable evolutionary fluidity between heterochromatic and euchromatic domains

119 the importance of the difference in membrane fluidity between the gel phase DMPC and the liquid cryst

120 This finding reveals evolutionary fluidity between these two genomic compartments and prov

121 stead triggers a rapid reduction of membrane fluidity both in live Bacillus subtilis cells and in mod

122 erent temperatures and analyzed the membrane fluidity by fluorescence anisotropy measurement.

123 c histone chaperones) in mediating chromatin fluidity by incorporating histone variants and assisting

124 The vascular endothelium maintains blood fluidity by inhibiting blood coagulation, inhibiting pla

125 blood vessels and function to maintain blood fluidity by producing the protease plasmin that removes

126 Tuning the degree of membrane fluidity by tailoring the amount of plasticizing stimulu

127 a highly stable BLM that retains significant fluidity by using a mixture of polymerizable and nonpoly

128 er-law relationship, the cell elasticity and fluidity can be estimated.

129 isentangling lipid composition from membrane fluidity can be obtained if time resolved spectra could

130 We further demonstrate that fluidity can be regulated by cellular cholesterol flux,

131 Membrane environment and fluidity can modulate the dynamics and interactions of m

132 molecular effects of foreign compounds in SC fluidity can therefore have strong impact on the develop

133 e perturbation of RhoA activity and membrane fluidity, can block this HSS-induced FAK polarity.

134 ew focuses on the architecture of a membrane fluidity communication network; how thermal information

135 m a lamellar phase with a slight increase in fluidity compared to a bilayer without PCB 52.

136 ealed that DCA causes a decrease in membrane fluidity consistent with the increase in membrane choles

137 in the content of alpha-helix, binding, and fluidity data are discussed in the framework of the ther

138 cytoskeleton or the nucleus, elasticity and fluidity data from all treatments collapse onto a master

139 easurements of mechanics and plasma membrane fluidity demonstrate that changes in actin patterning al

140 with model liposomes indicated that bilayer fluidity dictates the susceptibility of membranes to man

141 m the membrane, leading to enhanced membrane fluidity, disruption of rafts, and impaired antigen-pres

142 eases cholesterol levels, increases membrane fluidity, disrupts lipid rafts, and redistributes CD44,

143 hese compounds likely help maintain membrane fluidity during dehydration.

144 unction in preserving membrane structure and fluidity during dehydration/rehydration.

145 P-driven events are not a crucial enabler of fluidity during linear viscoelastic deformation of a sus

146 opmental biology concept of embryonic tissue fluidity enables the creation of a new rapid prototyping

147 We find that fluidity estimates are consistent in the time and freque

148 of these mechanisms likely regulate membrane fluidity, facilitating the maintenance of efficient phot

149 nd chemical properties and a high dielectric-fluidity factor, the use of electrolytes based on solven

150 ropane fatty acids, (iii) increased membrane fluidity following the initial response of increased rig

151 onset of fluidity reveals a locally enhanced fluidity for bilayer regions supported on nanoporous sil

152 Though the importance of membrane fluidity for cellular function has been well established

153 ce decay can distinguish changes in membrane fluidity from changes in cholesterol content.

154 lular viscoelastic properties (stiffness and fluidity) from these measurements.

155 ne sterol, liquid-ordered, high transbilayer fluidity gradient) and functional (cholesterol dynamics)

156 least fluid and had the highest transbilayer fluidity gradient, the most liquid ordered phase, and th

157 r study suggests that regulation of membrane fluidity has been among the important adaptation process

158 e how both sterols and phospholipids control fluidity homeostasis, we quantified the lipidic composit

159 Fluidity-hysteresivity normalized to the extremes of an

160 sts microdomain destabilization and enhanced fluidity in CLN3-null cells.

161 ranes with negative curvature and high lipid fluidity in complex heterogeneous membranes, which confe

162 g chemical structures can alter the membrane fluidity in either direction and correspondingly modulat

163 rospectroscopy further indicated lower lipid fluidity in NS cells than in Ctrl and LL cells, potentia

164 receptor action by increasing cell membrane fluidity in postsynaptic neurons.

165 hot flushes and effectively increase vaginal fluidity in rats.

166 sor protein involved in maintaining membrane fluidity in response to changes in environmental tempera

167 nism, there is relatively little evidence of fluidity in terms of mobile elements in the genome of th

168 action was accompanied by increased membrane fluidity in the alphaS overexpressing neurons.

169 uctures with strikingly different degrees of fluidity in the arrangement of the GJ channel subcompone

170 We discuss the role of this fluidity in the correlation between stability and functi

171 Overall, these data demonstrate significant fluidity in the T-cell-mediated IL-10 response during vi

172 They may demonstrate fluidity in their sexual identity as they move through a

173 eases in cell temperature, we establish that fluidity increases with temperature-now measured in a fu

174 hing revealed an increase in plasma membrane fluidity induced by cryptogein, but not by flagellin.

175 Here we show that membrane fluidity is an important determinant of membrane binding

176 We conclude that membrane fluidity is an important physicochemical parameter, whic

177 In many organisms, regulation of membrane fluidity is crucial for acclimating to variations in tem

178 Fluidity is essential for many biological membrane funct

179 In most eukaryotic cells, membrane fluidity is known to be regulated by fatty acid desatura

180 In all cases, the membrane fluidity is maintained, indicating that both cell types

181 Membrane fluidity is one of the important parameters involved in

182 Adequate membrane fluidity is required for a variety of key cellular proce

183 age-gated peptide channel for which membrane fluidity is required for activity, was reconstituted int

184 ible with ion channel function when membrane fluidity is required.

185 how our understanding of the nature of this fluidity is shaping therapeutic approaches to pancreatic

186 Although fluidity is suppressed by chemical cross-linking, we fin

187 Though the existence of membrane fluidity is well established, the nature of this fluidit

188 apability of CerC16 to modulate the membrane fluidity, its curvature propensity, and the membrane int

189 round each PCB 52 in the bilayer form a high fluidity lamellar phase, whereas lipids beyond these lay

190 for this is the interference of several high fluidity lamellar phases caused by interactions of PCB 5

191 lipid packing, thermotropic phase behavior, "fluidity", lateral mobility, and permeability between mo

192 Bdp-Chol) derivative to investigate membrane fluidity, lipid order, and partitioning in various lipid

193 egulation of blood flow, regulation of blood fluidity, maintenance of permselectivity, recruitment of

194 with phospholipids and sensitivity to lipid fluidity may be sufficient for localization of Hpr and m

195 fluence of MreB on membrane organization and fluidity may explain why the active movement of MreB sti

196 acquisition of this nondimensional property, fluidity may serve as a useful and robust parameter for

197 al change is accompanied by reduced membrane fluidity (measured by infrared ellipsometry).

198 AH domains that alter membrane curvature and fluidity, mediating the scission of constricted membrane

199 erse factors, including the membrane charge, fluidity, mode of membrane binding (insertion, orientati

200 , and nonperturbing in that neither membrane fluidity nor order were affected, as monitored by anisot

201 receptor partner or capable of mimicking the fluidity of biological membranes have been conceived by

202 ipid interactions, lipid order, and membrane fluidity of biologically relevant L(o) domains.

203 a useful parameter to monitor packaging and fluidity of biomembranes.

204 Cholesterol decreases the fluidity of bPC bilayers, but disrupts the highly ordere

205 ues, consistent with the hypothesis that the fluidity of cell membranes was altered.

206 ommon mechanism, the ability to modulate the fluidity of cell membranes.

207 How do cells maintain the fluidity of cellular membrane in response to temperature

208 controls the lipid saturation level and the fluidity of cellular membranes by transcriptionally regu

209 ibit viral entry, possibly by modulating the fluidity of cellular membranes.

210 the variety of genomic events that drive the fluidity of chromosome termini.

211 Our approach is able to account for the fluidity of discursive categories over time, and to anal

212 These results emphasize the fluidity of mammalian DSB repair pathway usage.

213 th in phospholipids facilitate curvature and fluidity of membranes, which favors fusion of membranes.

214 dimensions, and this is consistent with the fluidity of other ionic liquids and molten salts.

215 lipids and fatty acids without altering the fluidity of plasma membranes, indicating that the expres

216 at the interaction likely contributes to the fluidity of RNP droplets.

217 In contrast to the encapsulates increasing fluidity of saturated membranes by disturbing the lipid

218 All solvents investigated cause an increased fluidity of SC lipids, with the most prominent effects s

219 This superflexibility compares with the fluidity of self-assembled liquid bilayers.

220 Although long-range lateral fluidity of the bilayer, characterized by fluorescence r

221 bilayers; however, it says little about the fluidity of the bilayer-a key physical aspect.

222 generated on mechanical damage, owing to the fluidity of the capillary bridges between nanoparticles

223 iration, metabolism, transcription of genes, fluidity of the cellular wall).

224 The phase characteristics and fluidity of the ER biomimetic was characterized with flu

225 eosome assembly and disassembly and thus the fluidity of the ever-changing chromatin landscape.

226 tin substrate exerted a direct effect on the fluidity of the lipid membrane and highlighted the fact

227 nfrared spectroscopy were used to assess the fluidity of the lipids.

228 meabilization is reduced dramatically as the fluidity of the membrane is decreased.

229 presence of PsbS leads to an increase in the fluidity of the membrane, accelerating the re-organizati

230 id tail of liposomes and finally changed the fluidity of the membrane.

231 The fluidity of the membranes was determined using fluoresce

232 smic green fluorescent protein and probe the fluidity of the periplasm as a function of external osmo

233 We have investigated the fluidity of the Salmonella chromosome architecture using

234 otobleaching (FRAP) is used to determine the fluidity of the samples.

235 The plasticity of cancer cells and the fluidity of the tumor microenvironment continue to prese

236 ms) depends on their ability to increase the fluidity of their cellular membranes at low temperatures

237 Bacteria remodel the fluidity of their membrane bilayer precisely via the inc

238 cationic [2]rotaxanes increased not only the fluidity of their smectic A phases but also their therma

239 data modeling challenge, due to the size and fluidity of this resource: each of the 33 cancer types i

240 hloroplasts, was associated with the reduced fluidity of thylakoid membranes, which in turn negativel

241 ify rapid changes in the bending modulus and fluidity of vesicle lipid bilayers on the micrometer sca

242 with deficits in the initiation, speed, and fluidity of voluntary movement.

243 lts demonstrate the exceptional evolutionary fluidity of vomeronasal receptors, making them excellent

244 cal stretching, we examine the dependence of fluidity on chemical and environmental influences at a t

245 as we previously reported, decrease membrane fluidity on mouse polymorphonuclear leukocytes (PMNs).

246 bilayer, either by a generalized increase in fluidity or by a focal induction of interfacial boundari

247 of P-gp per se has little effect on membrane fluidity or membrane potential, and it does not have H(+

248 d to investigate the rules underlying genome fluidity or rigidity, e.g., by comparing marker distance

249 In terms of their size, fluidity, order and lifetime these nanodomains may repre

250 s required for proper membrane permeability, fluidity, organelle identity, and protein function.

251 ive diverse mealybug species and find marked fluidity over evolutionary time.

252 ds, cholesterol, sphingomyelin, and membrane fluidity play critical roles in these processes.

253 lipids and bilayer curvature, while membrane fluidity plays a very minor role.

254 Membrane fluidity plays an important role in cell function and ma

255 also showed no relevant effects on membrane fluidity, polarity or partitioning of the spin probe TEM

256 of benzyl alcohol, which increases membrane fluidity, prevented Nup mislocalization and restored the

257 evels of untreated cells, restoring membrane fluidity, preventing the morphological changes, as demon

258 ts, including increases in cellular membrane fluidity, promotion of neurite extension and inhibition

259 ion location has a larger effect on bilayer fluidity properties than lipid headgroup size, where the

260 ular strategies to sense changes in membrane fluidity, provoked by a decrease in environmental temper

261 dity is well established, the nature of this fluidity remains poorly characterized.

262 Polymerization yielded BLMs that retain the fluidity required for alamethicin activity yet are stabl

263 s junctions (AJs) provide epithelia with the fluidity required to maintain tissue integrity in the fa

264 ative antimetastasis agents reduced membrane fluidity, resulting in decreased cell motility, stem cel

265 afish tailbud and identify changes in tissue fluidity revealed by reductions in the coherence of cell

266 asurements of temperature-dependent onset of fluidity reveals a locally enhanced fluidity for bilayer

267 ate specific membrane regions with increased fluidity (RIFs).

268 ssential to brain functions such as membrane fluidity, signal transduction, and cell survival.

269 quid which possesses magnetic properties and fluidity simultaneously.

270 ficient, lipid order parameter, and membrane fluidity that are sensitive to phase domains.

271 cholesterol content, displaying a profile of fluidity that depends on their intracellular location.

272 hanges resulted in increased plasma membrane fluidity that renders them susceptible to reactive oxyge

273 effect that lipid chemistry has on membrane fluidity the inclusion of three different lipids into eg

274 eme and ergosterol depletion alters membrane fluidity, thereby activating Hog1 for hypoxic induction.

275 ssembles nucleosomes, and promotes chromatin fluidity, thereby affecting the transcription of many ge

276 nt and that lipid bilayer properties such as fluidity, thickness, lateral pressure profile, and charg

277 mechanism to conditionally decrease membrane fluidity through the opposed regulation of FabHa and Fab

278 pted its fatty acid composition and membrane fluidity to a considerably lesser extent when compared w

279 displays decreasing stiffness and increasing fluidity toward its posterior elongating region.

280 these hybrid, supported membranes undergo a fluidity transition, producing a fully percolating fluid

281 ories involving changes to the cell membrane fluidity, uptake and synthesis of compounds conferring c

282 effects of trans-resveratrol on the membrane fluidity using planar lipid bilayer and liposome models.

283 hing experiments and found that mycomembrane fluidity varies widely across species and correlates wit

284 tion of lipid desaturase levels and membrane fluidity via an unprecedented mode of fatty acid signali

285 ors in vitro and in vivo The requirement for fluidity was further supported by the finding in breast

286 ching experiments demonstrated the bilayers' fluidity was maintained while being individually corrall

287 ly anchored to the membrane, and its lateral fluidity was quantitatively characterized by direct fluo

288 nhibited spontaneous metastasis in vivo When fluidity was unchanged, the antimetastasis compounds cou

289 tivities are a major determinant of membrane fluidity, we asked whether membrane-associated translati

290 Because tumor cells exhibit altered membrane fluidity, we suggest this might influence pHLIP tumor ta

291 tioxidant genes and genes affecting membrane fluidity were up-regulated in both irradiated strains.

292 ical stability and for influence on membrane fluidity, when quercetin and fish oil were encapsulated.

293 a significant increase in genome mobility or fluidity, which facilitates genome release at temperatur

294 es positive curvature and decreases membrane fluidity, which inhibits virus-cell membrane fusion duri

295 refore characterized by a remarkable spatial fluidity, which is likely to impede community-based meth

296 llows for appropriate adjustments in luminal fluidity while reclaiming water used in digesting and ab

297 Strikingly, increasing membrane fluidity with benzyl alcohol treatment prevented the sth

298 in cell elastic modulus and decrease in cell fluidity with increasing lamin A levels.

299 eveloped porous material that combine unique fluidity with permanent porosity, which exhibit promisin

300 he most striking results is the evolutionary fluidity with which novel imprinted genes are gained and