ライフサイエンスコーパス: cytoskeletal organization

1 e metabolism, lipid droplet trafficking, and cytoskeletal organization.

2 plicable to proteins acting in chromatin and cytoskeletal organization.

3 disrupt Rho-dependent regulation of TM cell cytoskeletal organization.

4 mmunity in wheat via the modulation of actin cytoskeletal organization.

5 Binding of pro-PrP to FLNa disrupted cytoskeletal organization.

6 onal structures, and defects in apical actin cytoskeletal organization.

7 ated the receptor switch and altered tubulin cytoskeletal organization.

8 t on Rho GTPase-regulated integrity of actin cytoskeletal organization.

9 endocytosis, endosomal protein sorting, and cytoskeletal organization.

10 genes promoting myogenic differentiation and cytoskeletal organization.

11 llular adhesion and signal transduction, and cytoskeletal organization.

12 TPase function in cellular morphogenesis and cytoskeletal organization.

13 duced angiogenic effects by modulating actin cytoskeletal organization.

14 GTPases are key regulators of cell shape and cytoskeletal organization.

15 s fibers that indicated a profound change in cytoskeletal organization.

16 recognition as powerful regulators of actin cytoskeletal organization.

17 iting marked abnormalities in cell shape and cytoskeletal organization.

18 2) is an actin-binding protein implicated in cytoskeletal organization.

19 an essential regulator of Wnt signaling and cytoskeletal organization.

20 ced (RANKL-induced) osteoclast formation and cytoskeletal organization.

21 ect restrictive effect on cell spreading and cytoskeletal organization.

22 nce signals exert their initial influence on cytoskeletal organization.

23 ription, immunity/inflammation response, and cytoskeletal organization.

24 of Ca2+ influx, partly through regulation of cytoskeletal organization.

25 tory effects through regulation of leukocyte cytoskeletal organization.

26 ing protein essential for osteoclastic actin cytoskeletal organization.

27 proteins are important upstream mediators of cytoskeletal organization.

28 r through their effects on processes such as cytoskeletal organization.

29 ct the spheroid in relation to viability and cytoskeletal organization.

30 e diverse cellular functions including actin cytoskeletal organization.

31 ion of the outside-in signaling that confers cytoskeletal organization.

32 er function: integrin-mediated influences on cytoskeletal organization.

33 on kinase (FAK), is implicated in regulating cytoskeletal organization.

34 n and cofilin-1, belonging to or involved in cytoskeletal organization.

35 ved in the regulation of cell morphology and cytoskeletal organization.

36 intermediate filaments that are critical in cytoskeletal organization.

37 nication between neighboring cells regulates cytoskeletal organization.

38 ecent studies indicate an additional role in cytoskeletal organization.

39 (WASP) is a multi-domain protein involved in cytoskeletal organization.

40 l cell morphogenesis, polarity, adhesion and cytoskeletal organization.

41 activated kinases (PAKs) and deregulation of cytoskeletal organization.

42 arked alterations in synaptic morphology and cytoskeletal organization.

43 rmation, directly regulate subcellular actin cytoskeletal organization.

44 ndomembrane trafficking during interphase or cytoskeletal organization.

45 ll Rho GTPase Rac1, 3'-phosphoinositide, and cytoskeletal organization.

46 ing GTPase regulators and proteins affecting cytoskeletal organization.

47 am effector of Rho GTPase-induced changes in cytoskeletal organization.

48 ssential for developing predictive models of cytoskeletal organization.

49 nstream beta1 integrin-mediated adhesion and cytoskeletal organization.

50 regulator of Wnt signaling and functions in cytoskeletal organization.

51 hesion molecules and possess different actin cytoskeletal organizations.

52 defective acinar cell polarity, an abnormal cytoskeletal organization, a loss of tight junctions, an

53 that RbAp48 is involved in the regulation of cytoskeletal organization, a novel function.

54 motility is intimately connected to cellular cytoskeletal organization, a process that is also import

55 e III1 module of FN modulates cell growth or cytoskeletal organization, a recombinant FN with propert

56 lar network of fibrils that serve to support cytoskeletal organization, actomyosin-dependent tension,

57 Ras-related Rho GTPases regulate actin cytoskeletal organization, adhesion, gene transcription,

58 P/GTP exchange factor, plays a vital role in cytoskeletal organization, affecting process initiation

59 tyrosine-phosphorylated protein involved in cytoskeletal organization, also interacts with pyrin.

60 ation of RalB at S198 is necessary for actin cytoskeletal organization, anchorage-independent growth,

61 s genes with longer 3'UTRs were enriched for cytoskeletal organization and actin binding.

62 Although the role of Ezrin in cytoskeletal organization and adhesion has been well stu

63 show that Apxl is involved in regulating the cytoskeletal organization and architecture of endothelia

64 uding transcription, translation, cell size, cytoskeletal organization and autophagy.

65 that Pcdh10 may influence subcellular actin cytoskeletal organization and axon-axon interactions in

66 sterile 20-like kinase (PSK) 1 alters actin cytoskeletal organization and binds to microtubules, reg

67 ing apoptosis, cell adhesion, cell motility, cytoskeletal organization and biogenesis, mitosis, trans

68 d that inhibition of ROCK activity disturbed cytoskeletal organization and blocked the formation of l

69 Cytoskeletal organization and bone resorption are more p

70 esses such as endocytosis, exocytosis, actin cytoskeletal organization and calcium signalling.

71 ed to the role for PAK4 in the regulation of cytoskeletal organization and cell and/or extracellular

72 rved syndecan-TRPC axis therefore fine tunes cytoskeletal organization and cell behavior.

73 gulate diverse cellular processes, including cytoskeletal organization and cell cycling, and more rec

74 s; therefore, CCT plays an important role in cytoskeletal organization and cell division.

75 ndispensable for the regulation of the actin cytoskeletal organization and cell migration in fibrobla

76 l action of NADPH oxidases (Nox) to modulate cytoskeletal organization and cell migration through unk

77 engages a SSH-1L-cofilin pathway to regulate cytoskeletal organization and cell migration.

78 TNs) are known for their ability to modulate cytoskeletal organization and cell motility by cross-lin

79 lin has been implicated in the regulation of cytoskeletal organization and cell motility.

80 and has been implicated in the regulation of cytoskeletal organization and cell motility.

81 cross-linking actin filaments that maintain cytoskeletal organization and cell motility.

82 ration by antagonizing the actions of Rac on cytoskeletal organization and cell movement.

83 the plasma membrane (PM), where it regulates cytoskeletal organization and cell polarization.

84 germinal center kinase family that modulates cytoskeletal organization and cell survival.

85 ignal transduction, transcriptional control, cytoskeletal organization and cell wall construction.

86 astasis are often associated with changes in cytoskeletal organization and cell-cell adhesion.

87 Rho family GTPases play roles in cytoskeletal organization and cellular transformation.

88 results demonstrate that interdependence of cytoskeletal organization and chondrogenic gene expressi

89 actin induce changes in cell shape and actin cytoskeletal organization and decrease MLC phosphorylati

90 gest an important role for tau in regulating cytoskeletal organization and dynamics during growth con

91 Formins are conserved regulators of actin cytoskeletal organization and dynamics that have been im

92 an essential actin cross-linker involved in cytoskeletal organization and dynamics.

93 N suggests an essential role of gigaxonin in cytoskeletal organization and dynamics.

94 roteins implicated in microtubule-associated cytoskeletal organization and dynamics.

95 urface in flies resulted in defects in actin cytoskeletal organization and egg morphology during ooge

96 abolism, epigenetic control of neurogenesis, cytoskeletal organization and extracellular matrix (ECM)

97 duration, and weakened relationships between cytoskeletal organization and force generation.

98 astrocytes showed abnormalities in the actin cytoskeletal organization and function but no detectable

99 Syk(Y317) suppresses cytoskeletal organization and function while binding the

100 and tau play a critical role in microtubule cytoskeletal organization and function.

101 epithelial cells showed proteins related to cytoskeletal organization and gene expression and epigen

102 Changes in focal adhesions, cytoskeletal organization and gene expression are major

103 egulate, either directly or indirectly, both cytoskeletal organization and gene expression associated

104 eam effector proteins, leading to changes in cytoskeletal organization and gene expression.

105 ade results in well-characterized changes in cytoskeletal organization and gene expression.

106 nto lipid rafts and differentially regulates cytoskeletal organization and growth, in part, through t

107 as a major suppressor of RhoA-mediated actin cytoskeletal organization and in the acquisition of an i

108 hat Inca and PAK5 cooperate in restructuring cytoskeletal organization and in the regulation of cell

109 Tat treatment of HBMECs stimulated cytoskeletal organization and increased focal adhesion s

110 plated on laminin or fibronectin stimulated cytoskeletal organization and increased focal adhesion s

111 involved in cell wall biosynthesis influence cytoskeletal organization and indicate that this influen

112 Rather, ceramide affected cytoskeletal organization and inside-out signaling, lead

113 lial permeability via their actions on actin cytoskeletal organization and integrity of interendothel

114 CryAB protects cytoskeletal organization and intermediate filament asse

115 em cell niche, and it is a gene required for cytoskeletal organization and is associated with syndrom

116 Nesprin-3 also organizes perinuclear cytoskeletal organization and is required to attach the

117 strate that RAFTK is involved in NGF-induced cytoskeletal organization and may play a role in neurite

118 extended passaging, and we demonstrate that cytoskeletal organization and mechanical stiffness of at

119 eshwork structure, which could contribute to cytoskeletal organization and membrane morphogenesis.

120 lating numerous cellular processes including cytoskeletal organization and membrane trafficking.

121 Cell function requires the integration of cytoskeletal organization and membrane trafficking.

122 toplasm, strongly inhibited spreading, actin cytoskeletal organization and migration on TSP-1 and als

123 ovide a mechanistic connection between actin cytoskeletal organization and MMP-2 activation in TM cel

124 , suggesting a possible regulatory effect on cytoskeletal organization and mobility.

125 d, Gpg6 homozygous kidneys exhibited altered cytoskeletal organization and modulation of Wnt signalin

126 ca electron microscopy, we characterized the cytoskeletal organization and molecular composition of d

127 Interestingly, leader cells acquire a cytoskeletal organization and motility typical of fibrob

128 ence suggests close coupling between F-actin cytoskeletal organization and nuclear morphology however

129 amily small G proteins are key regulators of cytoskeletal organization and oncogenic transformation w

130 of the Src adaptor and kinase activities in cytoskeletal organization and osteoclast function, we ex

131 The mechanisms by which PYK2 regulates actin cytoskeletal organization and osteoclastic activation re

132 omposition, is a critical factor in defining cytoskeletal organization and phosphorylation at adhesio

133 ceptor signaling to pathways linked to actin cytoskeletal organization and regulated exocytosis.

134 ed in cellular response to external stimuli, cytoskeletal organization and regulation of molecular ac

135 lha15), previously shown to be essential for cytoskeletal organization and secretory activity, also f

136 Pase signaling pathway is required for actin cytoskeletal organization and serum response factor-depe

137 ulate TPM1's alternative splicing to promote cytoskeletal organization and terminal differentiation a

138 ammatory responses at the level of leukocyte cytoskeletal organization and that the unique therapeuti

139 cted with EXOC1 and Ndel1, which function in cytoskeletal organization and the cell division cycle.

140 ial cells was sufficient to disrupt neuronal cytoskeletal organization and trafficking pathways, resu

141 and implicates specific processes including cytoskeletal organization and transcriptional control in

142 ls and can be readily applied to investigate cytoskeletal organization and transport in other organis

143 ho and Rab family GTPases play a key role in cytoskeletal organization and vesicular trafficking, but

144 serve as a platform for signal transduction, cytoskeletal organization and vesicular trafficking.

145 ostatic pathways, 10 into pathways governing cytoskeletal organization, and 8 into pathways governing

146 hologic changes, an increase in stress fiber cytoskeletal organization, and a decrease in cell prolif

147 ges in cell-matrix and cell - cell adhesion, cytoskeletal organization, and activation of mitogen-act

148 e stress responses as well as cell motility, cytoskeletal organization, and angiogenesis.

149 hanges in pathways related to proliferation, cytoskeletal organization, and apoptosis.

150 fibrosis, inflammation, cell proliferation, cytoskeletal organization, and apoptosis.

151 t, during phagocytosis, membrane remodeling, cytoskeletal organization, and biochemical signaling are

152 play important roles in myofibrillogenesis, cytoskeletal organization, and cell adhesion and are imp

153 ding neurite growth and retraction kinetics, cytoskeletal organization, and cell polarity.

154 Proteins involved in translation, cytoskeletal organization, and cell proliferation were d

155 naling in the regulation of cell morphology, cytoskeletal organization, and cell proliferation.

156 cesses as endocytosis, regulated exocytosis, cytoskeletal organization, and cell signaling.

157 ILK is involved in cell-matrix interactions, cytoskeletal organization, and cell signaling.

158 the effects of statins on cell shape, actin cytoskeletal organization, and cell-extracellular matrix

159 The Pak4 serine/threonine kinase regulates cytoskeletal organization, and controls cell growth, pro

160 or the mechanisms of polarity establishment, cytoskeletal organization, and cytokinesis.

161 s in angiogenesis, cell motility, apoptosis, cytoskeletal organization, and extracellular matrix orga

162 ic forces; these forces determine the shape, cytoskeletal organization, and function of endothelial c

163 as signal transduction, cell proliferation, cytoskeletal organization, and intracellular membrane tr

164 odulated pathways related to cell migration, cytoskeletal organization, and intracellular vesicle for

165 hat BMPs inhibit keratinocyte proliferation, cytoskeletal organization, and migration in regenerating

166 sion of Thy-1 differ markedly in morphology, cytoskeletal organization, and migration, suggesting dif

167 s involved in cell proliferation, migration, cytoskeletal organization, and myogenesis.

168 protein transport, cell growth and survival, cytoskeletal organization, and neutrophil defense.

169 associated with virus attachment and entry, cytoskeletal organization, and NF-kappaB pathways that m

170 RAS, and NRAS, regulates cell proliferation, cytoskeletal organization, and other signaling networks,

171 g signal transduction, membrane trafficking, cytoskeletal organization, and pathogen entry.

172 In morphology, signaling properties, cytoskeletal organization, and physiological function, a

173 itol 3-kinase/AKT signaling, disrupted actin cytoskeletal organization, and reduced plasma membrane r

174 the leading and trailing ends of the cells, cytoskeletal organization, and remodeling of focal adhes

175 otein scaffolds involved in vesicle budding, cytoskeletal organization, and signaling.

176 ic changes in cell survival, cell signaling, cytoskeletal organization, and the abundance of translat

177 s control the overall state of cell contact, cytoskeletal organization, and the establishment of many

178 n by lovastatin leads to disruption of actin cytoskeletal organization, and to loss of integrin-media

179 Beta2-integrins, which mediate adhesion and cytoskeletal organization, are emerging as negative regu

180 oding proteins involved in actin binding and cytoskeletal organization as highly enriched gene cluste

181 eviously in membrane vesicle trafficking and cytoskeletal organization, as a mammalian host-cell gene

182 t of the intercalated disc, is necessary for cytoskeletal organization at sites of membrane attachmen

183 tional invaginations and perturbation of the cytoskeletal organization at the MAS.

184 w that CAP regulates junctional membrane and cytoskeletal organization at the membrane-cytoskeletal i

185 PIP5KIgamma also participates in cytoskeletal organization by delivering talin to integri

186 e inert particles and suggests regulation of cytoskeletal organization by GM-CSF/PU.1 as the molecula

187 eby RbAp48 regulates cellular morphology and cytoskeletal organization by increasing K-Ras activity a

188 miR-21 inhibited cell migration and promoted cytoskeletal organization by modulating an activity of s

189 hibitor), were examined for changes in actin cytoskeletal organization by phalloidin staining, MMP-2

190 Members of the Rho GTPase family regulate cytoskeletal organization by stimulating actin polymeriz

191 lear positional dynamics is sensitive to the cytoskeletal organization by studying the effect of acti

192 , Mkl2(-/-) ES cells exhibit derangements in cytoskeletal organization, cell adhesion and expression

193 al to or within introns of genes involved in cytoskeletal organization, cell adhesion, growth factor

194 g sequence; and several proteins involved in cytoskeletal organization, cell communication, and regul

195 multiple functions, including regulation of cytoskeletal organization, cell cycle progression and ce

196 ion, differentiation, gene regulation, actin cytoskeletal organization, cell fate determination, and

197 e processes share genetic programs-linked to cytoskeletal organization, cell movement, and differenti

198 racellular nuclear movement and positioning, cytoskeletal organization, cell polarization, and cell m

199 teine proteases that have been implicated in cytoskeletal organization, cell proliferation, apoptosis

200 teine proteases that have been implicated in cytoskeletal organization, cell proliferation, apoptosis

201 ine protein kinases plays important roles in cytoskeletal organization, cellular morphogenesis, and s

202 n-dependent compaction, columnarization, and cytoskeletal organization characteristic of differentiat

203 with Skb15 loss, including defects in actin cytoskeletal organization, chromosome segregation, and c

204 ast formation and targets RNAs important for cytoskeletal organization, commitment, and osteoclast fu

205 homology protein family that participates in cytoskeletal organization, cytokinesis, and signal trans

206 ing defective pharyngeal isthmus elongation, cytoskeletal organization defects, and maternal effect l

207 prominent functions in organelle transport, cytoskeletal organization, division and motility.

208 Our results therefore suggest a link between cytoskeletal organization during cellularization and sub

209 ion site in adhesion-dependent signaling and cytoskeletal organization during osteoclast spreading an

210 ins in acting to modulate cell signaling and cytoskeletal organization during polarized growth.

211 acellular matrix-mediated tissue remodeling, cytoskeletal organization, epithelial-to-mesenchymal tra

212 f EC structure and function, including actin cytoskeletal organization, expression and localization o

213 eceptors, respectively), and restored normal cytoskeletal organization, filamentous actin distributio

214 generation of specific cell shape depends on cytoskeletal organization for wall deposition and/or cel

215 ed in multiple cellular processes, including cytoskeletal organization, gene expression, and transfor

216 RhoA GTPase is involved in regulating actin cytoskeletal organization, gene expression, cell prolife

217 At the cellular level, forces influence cytoskeletal organization, gene expression, proliferatio

218 ulate diverse cellular activities, including cytoskeletal organization, gene transcription, and cell

219 inding protein, plays pivotal roles in actin cytoskeletal organization, Golgi vesicular trafficking,

220 egulate many biological processes, including cytoskeletal organization, growth factor signaling, and

221 of genes involved in mitogenic response and cytoskeletal organization, hampered prostate cancer cell

222 years, new functions of tau in signaling and cytoskeletal organization have recently emerged.

223 (SRF)-mediated gene transcription and actin cytoskeletal organization; however, less is known regard

224 in, an intracellular protein known to affect cytoskeletal organization in adherent cells.

225 e show that myosin IIB is required for actin-cytoskeletal organization in both superficial and deep l

226 altered cell adhesive interactions and actin cytoskeletal organization in cells of the outflow pathwa

227 dc42 is a key regulator of cell polarity and cytoskeletal organization in eukaryotic cells.

228 c42p is a key regulator of cell polarity and cytoskeletal organization in eukaryotic cells.

229 ession, indicating that Smad3 also regulates cytoskeletal organization in HSC.

230 ization and thereby contributes to proper MT cytoskeletal organization in interphase and mitosis.

231 s been shown to regulate cell morphology and cytoskeletal organization in mammalian cells.

232 el PYK2-gelsolin pathway in regulating actin cytoskeletal organization in multiple cells, including o

233 tial in the regulation of adhesion-dependent cytoskeletal organization in osteoclasts.

234 ndicates that similar mechanisms may monitor cytoskeletal organization in other eukaryotes.

235 netic screen to identify genes that regulate cytoskeletal organization in plants.

236 iR-29 negatively regulates RNAs critical for cytoskeletal organization, including Cdc42 (cell divisio

237 in-cross-linking protein known to coordinate cytoskeletal organization, interacts with the glucocorti

238 Cytoskeletal organization is central to establishing cel

239 in-sensitive BEL-7404 cells, suggesting that cytoskeletal organization is disturbed in the CP-r cells

240 ation, indicating that an intact actin-based cytoskeletal organization is required for RAFTK phosphor

241 tion to its known roles in transcription and cytoskeletal organization, JNK acts posttranscriptionall

242 ring the cell nanoarchitecture by disrupting cytoskeletal organization leads to the attenuation of th

243 f rhAPC on EC permeability and intracellular cytoskeletal organization may provide understanding of t

244 lexes and are implicated in both nuclear and cytoskeletal organization, mechanical stability, chromat

245 TGFbeta signaling, and pathways involved in cytoskeletal organization, migration, adhesion, and cell

246 FR2) activation and subsequent alteration of cytoskeletal organization, migration, and barrier functi

247 articipate in integrin signaling, regulating cytoskeletal organization, motility, and bone resorption

248 cytoskeleton; as such, we hypothesized that cytoskeletal organization, motility, and EMT in response

249 licated in key cellular functions, including cytoskeletal organization, motility, growth, survival, a

250 new antiproliferative compounds that target cytoskeletal organization of cancer cells in vivo by a c

251 The cytoskeletal organization of detached and circulating tu

252 We also explored the cytoskeletal organization of developing sensory and non-

253 We propose a conceptual model for the cytoskeletal organization of endothelial cells (ECs) bas

254 The dramatic changes in cell behavior and cytoskeletal organization of giant cells correlate with

255 We therefore examined cytoskeletal organization of OSN axons in the ONL, focus

256 al analysis to map the growth, geometry, and cytoskeletal organization of single bacterial cells at s

257 Cytoskeletal organization of the osteoclast (OC), which

258 In contrast, the cytoskeletal organization of the other degradosome prote

259 find BLNK-deficient OCs are normal, whereas cytoskeletal organization of those lacking SLP-76 is del

260 There were associated deficiencies in actin cytoskeletal organization of vasodilator-stimulated phos

261 these cell types and studied the effects of cytoskeletal organization on disorder strength differenc

262 Morphological variability in cytoskeletal organization, organelle position and cell b

263 o better understand the relationship between cytoskeletal organization, organelle positioning, and re

264 , and ERK phosphorylation at the wound edge, cytoskeletal organization, phospho-ERK intracellular loc

265 ferentiation and for normal cell morphology, cytoskeletal organization, proliferation and survival of

266 Similarly, actin cytoskeletal organization, proliferation, and apoptosis

267 ated genes controlling early G1 progression, cytoskeletal organization, protein synthesis, mitochondr

268 h cytoskeletal quantification, we assess how cytoskeletal organization regulates nuclear state.

269 by which PYK2 participates in and regulates cytoskeletal organization remain largely unknown.

270 Thus, adducins may be involved in changes in cytoskeletal organization resulting from synaptic stimul

271 tained their normal epithelial phenotype and cytoskeletal organization, similar to those grown on typ

272 SSF8 may also be required to maintain actin -cytoskeletal organization since immunofluorescence analy

273 signals and is regulated by determinants of cytoskeletal organization, such as integrins.

274 FAK) and RhoA GTPase and a transformation of cytoskeletal organization, suggesting both molecular and

275 IQGAP1 homologues have an important role in cytoskeletal organization, suggesting that modulation of

276 function of PP2A and is required for normal cytoskeletal organization, synaptic growth, and synaptic

277 on and results in defects in cell growth and cytoskeletal organization that are associated with dysre

278 ) triggers changes in growth, migration, and cytoskeletal organization that differ from those generat

279 requires Phr1 activity for coordinating the cytoskeletal organization that distinguishes axons from

280 nin turnover at adherens junctions and actin-cytoskeletal organization that is critical for intercell

281 at higher-order variations in cell shape and cytoskeletal organization that occur within hours of sti

282 g to increased cell migration and an altered cytoskeletal organization that results in reduced cell s

283 alyses indicate that Daam1 does not regulate cytoskeletal organization through RhoA, Rac1 or Cdc42.

284 a rapid coordination of gene expression and cytoskeletal organization throughout the cell in respons

285 te1 knockout cells have severe impairment of cytoskeletal organization throughout the cell.

286 ular processes, including endocytosis, actin cytoskeletal organization, transcription, and stress res

287 lia with other cellular processes, including cytoskeletal organization, vesicle trafficking and cell-

288 c phosphoprotein that has been implicated in cytoskeletal organization, vesicle trafficking and more

289 h a number of host cell processes, including cytoskeletal organization, vesicular trafficking, and ap

290 ator of a variety of cellular functions from cytoskeletal organization, vesicular trafficking, and ce

291 ing protein essential for PYK2 regulation of cytoskeletal organization via Rho family GTPases.

292 ers via C-terminal LIM domains and modulates cytoskeletal organization via the N-terminal domain.

293 Stretch-induced actin cytoskeletal organization was concomitantly impaired.

294 To identify factors that influence cytoskeletal organization we screened for Arabidopsis (A

295 n to cross-link actin filaments and modulate cytoskeletal organization, we have previously shown that

296 the hypothesis that UNC-115 modulates actin cytoskeletal organization, we show that UNC-115 activity

297 t junction (TJ) protein expression and actin cytoskeletal organization were examined after stretch.

298 steoclast (OC) to resorb bone is dictated by cytoskeletal organization, which in turn emanates from s

299 attractant source display a highly polarized cytoskeletal organization, with F-actin localized predom

300 exhibited dramatic changes in cell shape and cytoskeletal organization within 24 hours, consisting of