ライフサイエンスコーパス: mechanical

1 lt baseline values to detect pediatric liver mechanical abnormalities may not allow detection of mild

2 or the TPC, the antioxidant capacity and the mechanical-acoustic properties.

3 We hypothesized that the mechanical activity associated with CCL induces an anabo

4 Joint morphogenesis requires mechanical activity during development.

5 surements, morphological, intracellular, and mechanical alterations of the RBCs were analyzed quantit

6 nanomechanical resonators, even if classical mechanical analogies were referred from a theoretical po

7 ellular and molecular mechanisms for sensing mechanical and chemical cues have been elucidated over t

8 Cell junctions are scaffolds that integrate mechanical and chemical signaling.

9 We expect that the higher mechanical and chemical stability of block copolymer mem

10 e controls and quantitative readouts in both mechanical and chemical terms, which is particularly sui

11 CM/nHA-AL and PLLA/nHA/AL scaffolds, and the mechanical and degradation properties of CM-ALs (10%) sc

12 In the heart, fibrosis causes mechanical and electrical dysfunction and in the kidney,

13 printed layers, which overall result in good mechanical and electrical properties, without any postpr

14 one-dimensional building blocks in terms of mechanical and electrical properties.

15 The latter strongly influences the mechanical and electronic properties of this material th

16 towards building composites combining unique mechanical and functional performances.

17 Mechanical and microstructural characterizations reveal

18 n recently suggested that it could be purely mechanical and originate from the coupling between the l

19 This approach allows us to predefine the mechanical and physical properties of these materials, a

20 fouling agent, as well as an enhancer to the mechanical and rejection properties of the PES membranes

21 es of chronic gliosis and instability due to mechanical and structural mismatch with the brain.

22 distinguish, and respond to diverse thermal, mechanical, and irritating stimuli.

23 measure transport (electrical and thermal), mechanical, and morphological properties of such porous

24 f this geometric feature, through the global mechanical balance, guides the flow and orients extensio

25 The mechanical barrier formed by the polymerization of Si be

26 ufacture of ordered, porous structures whose mechanical behavior is driven by architecture and materi

27 etten chain cross-linking on the anisotropic mechanical behavior of C-(A-)S-H.

28 ng the deformation mechanisms underlying the mechanical behavior of materials is the key to fundament

29 M and SMD data both indicate the distinctive mechanical behavior of the two types of modules distingu

30 ics, widespread in orogenic settings, on the mechanical behaviour of crustal rocks are largely unknow

31 There has been growing interest in the mechanical behaviour of skin due to the rapid developmen

32 on differentiating the RBC deformability (a mechanical biomarker) that is highly correlated with the

33 sults from the synchronized actuation of the mechanical bonds at the molecular level.

34 ng elective surgery for colon cancer without mechanical bowel preparation (n = 18).

35 gs was supported by state-of-the-art quantum mechanical calculations.

36 omposite of death through day 30 or use of a mechanical cardiac assist device through day 5.

37 ardial infarction through day 5, or use of a mechanical cardiac assist device through day 5; and a tw

38 rates with slender beam-like structures is a mechanical challenge, but is regularly done by female pa

39 fore, an in situ observation of chemical and mechanical characteristics during the photopolymerizatio

40 through grain boundary engineering, precise mechanical characterization of individual boundaries is

41 We report the morphological and mechanical characterization of mycelium through an integ

42 Short-term mechanical circulatory support, natriuretic peptide deci

43 Mechanical coherence of cell layers is essential for epi

44 onance (MR) images for the assessment of the mechanical competence of the hip and to demonstrate the

45 s known about how cells sense and respond to mechanical compression.

46 Cardiac damage was assessed after mechanical conditioning or pharmacological stimulation o

47 tion of protein self-assembly and microscale mechanical constraints is used to form oriented, porous

48 ent force orienting mechanism in response to mechanical constraints.

49 ge between cardiac electrical activation and mechanical contraction.

50 old difference in stiffness, approaching the mechanical contrast observed in biological gradient mate

51 eal detailed information on the pure quantum-mechanical contribution to the stereodynamics.

52 etermined by the sequence, and by a positive mechanical correlation along the sequence.

53 dulate the FHOD1 activity and the inside-out mechanical coupling that tunes the cell internal stiffne

54 The ability of cells to sense and respond to mechanical cues from the surrounding environment has bee

55 f subcellular contractility that can explore mechanical cues in the extracellular environment.

56 ells exhibit a complex nonlinear response to mechanical cues that is not understood.

57 ) actuator that delivers defined spatial and mechanical cues to receptors through target-specific one

58 s other, transitions so that completion of a mechanical cycle in a direction in which work is done on

59 Physiological mechanical damage, via induction of interleukin 6 (IL-6)

60 autonomously heals after experiencing severe mechanical damage.

61 methods that excessively focus on detecting mechanical deformations and cracks.

62 g perovskite devices capable of withstanding mechanical deformations.

63 ervation of strain-induced cracking suggests mechanical degradation in the material.

64 l molecular dynamics simulations and quantum-mechanical density functional theory calculations.

65 Based on the available literature, mechanical dermabrasion and fully ablative laser are not

66 Hence, we have made its electro-mechanical design and computer programme available onlin

67 n film materials that are promising for spin-mechanical devices.

68 Mechanical dormancy is conferred by preventing full phas

69 nd conformational, as well as purely quantum mechanical effects like charge-transfer or exciton-coupl

70 The total mechanical energy of the global atmosphere basically rem

71 that maintain high elasticity and dissipate mechanical energy within the protein networks.

72 negative correlation (r=-0.96) with specific mechanical energy.

73 pose an approach for generating steady-state mechanical entanglement in a coupled optomechanical syst

74 Chondrocytes experience a complex mechanical environment and respond to changing mechanica

75 ered protein concentrations dependent on the mechanical environment.

76 CME) across a diverse range of organisms and mechanical environments suggests that the protein machin

77 boundaries involves long-lived, long-ranged mechanical events.

78 aration independently of the biochemical and mechanical features of the local tissue boundary.

79 s such as amorphous InGaZnO (a-IGZO) possess mechanical flexibility and outstanding electrical proper

80 anostructures not only are beneficial to the mechanical flexibility improvement but also contribute t

81 Mechanical flour modification is frequently associated w

82 ng motifs allows determination of the ligand mechanical footprint, recognition site, and binding orie

83 uire Piezo1 at the steady state, the type of mechanical force controls the outcome: stretch induces c

84 physiological processes.Proteins fold under mechanical force during co-translational folding at the

85 o develop synthetic materials that transduce mechanical force into multifold changes in their intrins

86 tures that adapt their growth in response to mechanical force.

87 late how strongly sensory neurons respond to mechanical force.

88 In a more general framework, mechanical forces acting on a molecular system can stron

89 Mechanical forces are critical but poorly understood inp

90 ation, while coupling of thermal effects and mechanical forces controls the stability of the clusters

91 n and resort to enzymatic liberation only if mechanical forces fail to retrieve antigen.

92 We hypothesized that mechanical forces in bacterial adhesion could regulate t

93 The importance of mechanical forces in influencing cell behaviour is widel

94 nt signalling as a candidate for transducing mechanical forces into joint cell behaviours.

95 Mechanical forces play critical roles in collective cell

96 ation of the mechanosensors and the kinds of mechanical forces they can sense and respond to.

97 w that mitochondrial fission is triggered by mechanical forces.

98 ing area and that this behavior depends upon mechanical forces.

99 edge of the mechanisms underlying neural and mechanical functions, there is no relevant understanding

100 t allowed prediction of the calorimetric and mechanical glass transition temperatures that demarcate

101 f metal ion content, we created a continuous mechanical gradient that spans over a 200-fold differenc

102 f D-4F or E06 to rats profoundly ameliorated mechanical hyperalgesia and inflammation in collagen-ind

103 d a full preventive action against transient mechanical hypersensitivity in BMMC-treated rats.

104 Mechanical hypersensitivity is a debilitating symptom fo

105 SNL-evoked mechanical hypersensitivity was attenuated, accompanied

106 subset of nociceptors to selectively inhibit mechanical hypersensitivity, a major symptom of neuropat

107 , and knockdown of Kv4.3 selectively induces mechanical hypersensitivity, a major symptom of neuropat

108 ion channel that contributes to inflammatory mechanical hypersensitivity, yet little is known as to t

109 ce lacking Pd1 (Pdcd1) exhibited thermal and mechanical hypersensitivity.

110 sibly through maintaining cochlear partition mechanical impedance, thereby ensuring effective transfe

111 Mechanical indentation of the membranous duct at high fr

112 nd cell motility, we formulate a generalized mechanical inference method to obtain the spatiotemporal

113 acellular matrix (ECM), and particularly the mechanical information in the ECM, guides these cellular

114 ion to regulate sensory thresholds by gating mechanical inputs in the dorsal horn.

115 cular interest are systems near the point of mechanical instability, which recently have been shown t

116 ion of the AZO layer and exhibited excellent mechanical integrity and electrical conductivity within

117 BM-2 stent with up to 6-month structural and mechanical integrity and excellent tissue compatibility

118 ompression measurements demonstrate that the mechanical integrity of individual BNNTs remain intact a

119 m present while not compromising the fibres' mechanical integrity.

120 h PAH and that this effect may be because of mechanical interaction with the dilated main pulmonary a

121 s Review, we discuss the fundamental role of mechanical interactions between cells induced by growth

122 ding between these two metals in addition to mechanical interlocking observed at a larger scale.

123 -shaped MNs provided an optimal geometry for mechanical interlocking, thereby achieving significant a

124 re is no relevant understanding of the neuro-mechanical interplay in the neuro-musculo-skeletal syste

125 nto how these critical bone cells respond to mechanical load in vivo, as well as provide a technique

126 Mechanical loading is necessary for the development and

127 chanical environment and respond to changing mechanical loads in order to maintain cartilage homeosta

128 which is capable of delivering well-defined mechanical loads to metatarsal bones of living mice whil

129 Mechanical manipulation of DNA hairpins with an engineer

130 Histologic and mechanical measurements were made in C57BL6/J mice and c

131 caliber and recruitment were estimated from mechanical measurements.

132 est due its relevance to the design of novel mechanical metamaterials with unique/unusual properties

133 The 'dimensionality' of the mechanical milieu under which experiments are carried ou

134 A mechanical model is developed to explain the interaction

135 at Spt4/5 may be important to coordinate the mechanical movement of RNAPII through the nucleosome wit

136 Next we deliberate on the mechanical, optical, electrical, and electromechanical p

137 tational platform by detecting variations in mechanical output induced by drugs and in cells expressi

138 ch beat, cardiac myocytes (CMs) generate the mechanical output necessary for heart function through c

139 found that RVM GABAergic neurons facilitate mechanical pain by inhibiting dorsal horn enkephalinergi

140 nnel subtype also plays an important role in mechanical pain signaling by primary afferent somatosens

141 ntification of essential features underlying mechanical pathology and their contribution to Zrs.

142 apers with 0.5 wt% GO show superior in-plane mechanical performance, compared to papers with higher G

143 ngineering and technology but their enhanced mechanical performances are significantly affected by th

144 It asserts that fission execution is a mechanical process.

145 te decades of extensive research, the spatio-mechanical processes of double-strand break (DSB)-repair

146 test plates and spines as well as the spine mechanical properties (two-points bending tests) in a ci

147 d to the cast-moulded equivalent in terms of mechanical properties and microstructure.

148 ss spider species despite the different silk mechanical properties and web geometries they produce.

149 ize effects of the ceramic nanolayers on the mechanical properties are revealed in these ceramic-base

150 Materials with switchable mechanical properties are widespread in living organisms

151 s while the latter results in size-dependent mechanical properties at the nanometer scales.

152 Multi-layered thin films with heterogeneous mechanical properties can be spontaneously transformed t

153 The extraordinary mechanical properties exhibited by these materials are e

154 in morphology and an overall degradation of mechanical properties in a given material.

155 n bonded with a thin glassy layer.To improve mechanical properties in ceramics through grain boundary

156 Mechanical properties of a cell reflect its biological a

157 opological states can be used to control the mechanical properties of a material along an edge or aro

158 We measured mechanical properties of a particular chordotonal organ-

159 The mechanical properties of agarose-derived hydrogels depen

160 Thus, the mechanical properties of B cell synapses regulate antige

161 uced atomistic configurational change on the mechanical properties of C-(A-)S-H.

162 In this study, the mechanical properties of cells surrounding a single-cell

163 uscle afferentation, it is possible that the mechanical properties of muscle-tendon systems also affe

164 ization of HbS fibers, while maintaining the mechanical properties of polymerized HbS fibers by the m

165 highlights the importance of alterations in mechanical properties of single cells and their nuclei a

166 Fast ion transport and superior mechanical properties of solid electrolytes are both of

167 induce significant changes in morphology or mechanical properties of the collagen matrix.

168 vity to thickness, curvature stress, and the mechanical properties of the lipid bilayer.

169 , using the transient kinetic data, predicts mechanical properties of the motor that are compatible w

170 bres and intermediate filaments modulate the mechanical properties of the nucleus and also chromatin

171 its force-generation machinery to probe the mechanical properties of the opposing antigen-presenting

172 The mechanical properties of these materials are, however, d

173 Cellular-scale imaging of the mechanical properties of tissue has helped to reveal the

174 the former loading leads to size-independent mechanical properties while the latter results in size-d

175 y, functionality, surface finish, stability, mechanical properties, and porosity are addressed.

176 attention due to its extreme electrical and mechanical properties, chemical inertness and biocompati

177 Despite these excellent mechanical properties, low ductility at room temperature

178 To measure spatial variation of mechanical properties, one must determine the deformatio

179 ganic glass-forming sample result in stiffer mechanical properties, the molecular mobility of the sam

180 ed, offer a robust assembly with exceptional mechanical properties.

181 of the dual network structure as well as its mechanical properties.

182 of the scar, very little is known about its mechanical properties.

183 plications that arise from their fascinating mechanical properties.

184 g of the precipitates and consequent loss of mechanical properties.

185 lattice geometry, interfacial structure, and mechanical properties.

186 tructures of hybrid materials with excellent mechanical properties.

187 espite their distinct chemical, physical and mechanical properties.

188 stimuli, as well as the skin's structure and mechanical properties.

189 However, in a complete V1-ATPase, the mechanical property of the central stalk is a key determ

190 by FSP and evaluated for its microstructure-mechanical property relationship.

191 Here, we study the propagation of localized mechanical pulses in aqueous monolayers of micron-sized

192 ect (BIE) measurements combined with quantum mechanical (QM) calculations to solve the transition sta

193 ne for several applications, for example, as mechanical reinforcements.

194 ibrinolytic therapy offers an alternative to mechanical reperfusion for ST-segment elevation myocardi

195 Thus, acetylation increases mechanical resilience to ensure the persistence of long-

196 Cooling a mechanical resonator mode to a sub-thermal state has bee

197 Systems of coupled mechanical resonators are useful for quantum information

198 res that determine the interplay between the mechanical response and the electronic properties of CVD

199 These in turn alter the predicted mechanical response of the myosin independent of other f

200 The mechanical response time of a 100 nm long origami lever

201 ls in deformable devices, knowledge of their mechanical response to dynamic strain is necessary.

202 taken into account when deciphering the cell mechanical response to large-amplitude deformations.

203 ize different aspects of their structure and mechanical response, and second, we draw conclusions on

204 propagation is key for the observed leap in mechanical response.

205 ions (e.g., Field's metal, Pb-based solder), mechanical rigidity can be actively tuned with external

206 potential for absorption and dissipation of mechanical shock.

207 t utilizes the interference from six electro-mechanical signal paths.

208 nal lesions in the larval heart, implicating mechanical signaling and MET in the etiology of congenit

209 play a key role in generating heterogeneous mechanical signaling in the extracellular matrix of deve

210 hese processes, cells integrate chemical and mechanical signals to direct force production.

211 Applied to quantum-mechanical signals, however, these phenomena face fundam

212 o avoid overheating effect while maintaining mechanical stability even under the resonant condition o

213 Natural cellular solids achieve good mechanical stability via a defined hierarchical organisa

214 nt mutation suffices to more than double the mechanical stability.

215 eus into its environment and influencing its mechanical state.

216 are selectively activated by high-threshold mechanical stimulation (HTMRs).

217 nuated in Calhm1 knockout cultures following mechanical stimulation at a pressure of 55 mmHg for 50 m

218 iquid interface (ALI) and subjected to light mechanical stimulation from an air puff.

219 can reliably provoke VF if, and only if, the mechanical stimulation site overlaps the repolarization

220 calcium levels and transients increased upon mechanical stimulation with a hydrogel, and single cells

221 f algal cells in response to a novel form of mechanical stimulation, or a pulsed wave at the frequenc

222 In response to mechanical stimulation, these IS cells differentially ex

223 g mice is an innate response to isolation or mechanical stimulation.

224 The ability to respond toward mechanical stimuli is a fundamental property of biologic

225 cle mass, but the mechanism(s) through which mechanical stimuli regulate mTOR signaling remain poorly

226 How mechanical stimuli such as stiffness of the extracellula

227 elastomeric pillar arrays to apply distinct mechanical stimuli to primary murine chondrocytes, stret

228 internal (body) and external (environmental) mechanical stimuli.

229 bility to change conformation in response to mechanical stimuli.

230 Sound vibration (SV), a mechanical stimulus, can trigger various molecular and p

231 We test the hypothesis that mechanical strain and strain rate are greatest in sulci,

232 patial coupling of growth to regions of high mechanical strain can explain the plastic response of ce

233 by cytokines, neuroendocrine effectors, and mechanical strain that promote resident fibroblast diffe

234 d vessels, and connective tissues, adapts to mechanical strains in the extracellular matrix (ECM).

235 ir minimum possible material thickness, high mechanical strength and chemical robustness, they could

236 ion of mineralized particles can enhance the mechanical strength of alginate-based MN by crosslinking

237 of BCG vaccine packaged in the caves and the mechanical strength of the powder-laden MNA did not alte

238 tural integrity despite being under constant mechanical stress [4].

239 in the absence of AMPK, cells generate more mechanical stress and increase fibronectin fibrillogenes

240 ble in vitro model to examine the effects of mechanical stress and interstitial flow on biodegradable

241 ensuring that both organs can withstand the mechanical stress of embryo elongation; mistiming of epi

242 ting the response of this modular protein to mechanical stress, we studied its force-induced unfoldin

243 ch assays, but after subjecting the cells to mechanical stress, which is normally present in wounds,

244 mMLCK is suspected to be also regulatable by mechanical stress.

245 ear deformation in response to physiological mechanical stresses.

246 and their actuation of pore opening via both mechanical stretching and temperature, along with their

247 The optical radiative force on the mechanical structure is also considered in the analysis.

248 In the case of mechanical subfailure damage, no apparent macroscale dam

249 deubiquitination and strongly accelerated by mechanical substrate translocation into the AAA+ motor.

250 plications included cardiogenic shock (24%), mechanical support (28%), urgent percutaneous coronary i

251 cells (RGCs) process and integrate synaptic, mechanical, swelling stimuli with light inputs is an are

252 ooling experiments continue to bring massive mechanical systems to unprecedentedly low temperatures,

253 hat resemble similar modes in electronic and mechanical systems.

254 pe of these interstitial gaps depends on the mechanical tensions between cells and at gap surfaces, a

255 Finite element modeling, mechanical testing, and immunohistochemical analyses at

256 Endovascular treatment with mechanical thrombectomy (MT) is beneficial for patients

257 ent retriever (n = 189) immediately prior to mechanical thrombectomy.

258 Conclusion Mechanical tumor tissue disruption with pulsed focused u

259 not follow these predictions unless quantum mechanical tunneling along the heme doming coordinate is

260 viewed here include multidimensional quantum mechanical tunneling, multistructural VTST (MS-VTST), mu

261 dification of cryptic side chains exposed by mechanical unfolding can be slowed by the addition of an

262 We induce targeted mechanical unfolding of the G-quadruplex while leaving t

263 Recovery of cardiac function in response to mechanical unloading was assessed by echocardiography du

264 respiratory distress syndrome onset, neither mechanical variables nor PaO2/FIO2 were associated with

265 ures of the most invasive (MI) EOL care (eg, mechanical ventilation < 14 days from death).

266 9.5-78] vs. 19 [10.5-27.5] days; p = 0.003), mechanical ventilation (36.5 [20-80.5] vs. 16.5 [9-25.5]

267 evidence), and no change in the duration of mechanical ventilation (mean difference, 0.01 d [95% CI,

268 injury was associated with increased use of mechanical ventilation and renal-replacement therapy.

269 After 34 days, the patient was weaned from mechanical ventilation and was discharged to the pulmona

270 ere incidence of CMV reactivation in plasma, mechanical ventilation days, incidence of secondary bact

271 had aspiration syndrome, including 92 before mechanical ventilation discontinuation.

272 y rats weighing approximately 400 g received mechanical ventilation for 60 minutes according to the p

273 t of patients experiencing OHCA who received mechanical ventilation for at least the first 48 hours o

274 ldren 2 weeks to 17 years receiving invasive mechanical ventilation for lower respiratory tract disea

275 tudy over 3 months of all patients receiving mechanical ventilation in 36 intensive care units, with

276 d clinical practice guidelines on the use of mechanical ventilation in adult patients with acute resp

277 anaian non-tertiary hospitals where invasive mechanical ventilation is not routinely available.

278 Mechanical ventilation is used to sustain life in patien

279 Reintubation after liberation from mechanical ventilation is viewed as an adverse event in

280 aluate the impact of an emergency department mechanical ventilation protocol on clinical outcomes and

281 tients, greater than or equal to 48 hours on mechanical ventilation with a nonneurologic ICU admissio

282 oldest ICU survivors (> 82 yr), survivors of mechanical ventilation, and discharged to skilled-care f

283 six patients with aspiration syndrome after mechanical ventilation, and therefore without telescopic

284 stoperative major complications, duration of mechanical ventilation, cardiac surgical ICU readmission

285 lloid resuscitation with hospital mortality, mechanical ventilation, ICU utilization, and length of s

286 rom October 2013 until May 2014 and required mechanical ventilation, vasopressors, or both.

287 further lung injury in patients on invasive mechanical ventilation.

288 duced by repeated lung lavages and injurious mechanical ventilation.

289 feelings of regret about choosing prolonged mechanical ventilation.

290 with an extended ICU stay who were receiving mechanical ventilation.

291 volving respiratory failure, intubation, and mechanical ventilation.

292 Scale score </= 8) and treated with invasive mechanical ventilation.

293 Noninvasive ventilation versus invasive mechanical ventilation.

294 Piezoelectric energy harvester scavenges mechanical vibrations and generates electricity.

295 he films were characterized according to the mechanical, water vapor barrier, thermal, and biodegrada

296 Finally, mechanical withdrawal threshold revealed a full preventi

297 ts in activity to temporal variations in the mechanical work of faulting.

298 Crooks fluctuation theorem, we measured the mechanical work produced during the breaking and rebindi

299 n and the conversion of chemical energy into mechanical work.

300 wn as shear bands), which are typical to the mechanical yield.