ライフサイエンスコーパス: extensibility

1 h hardness, however, comes at the expense of extensibility.

2 iously undescribed mechanism for microfibril extensibility.

3 and decreased visco-elasticity with similar extensibility.

4 peared to be a function of altered cell wall extensibility.

5 e, and we present examples to illustrate its extensibility.

6 lular matrix and underlie its elasticity and extensibility.

7 in turgor rather than by a reduction in wall extensibility.

8 l yield threshold and the physiological wall extensibility.

9 the collagen by increasing its strength and extensibility.

10 related with acid-induced in vitro cell wall extensibility.

11 ory to explicitly take into account filament extensibility.

12 chanics and follows inevitably from filament extensibility.

13 as control), lipase use did not impact dough extensibility.

14 rgy dissipation and maintaining its original extensibility.

15 deficiencies was the lack of post-deployment extensibility.

16 those genes regulating wall composition and extensibility.

17 nd lack of verifiability, repeatability, and extensibility.

18 on which allows much greater flexibility and extensibility.

19 ll's polysaccharides, thereby affecting cell extensibility.

20 of natural materials permits such remarkable extensibility.

21 cs simulation toolkit with a unique focus on extensibility.

22 s of computational demands, ease of use, and extensibility.

23 modulus (28 MPa), toughness (9300 J m(-3) ), extensibility (800%), and tensile stress (2 MPa).

24 f S. pyogenes evolved to abrogate mechanical extensibility, a property that may be crucial in the pat

25 ffective shock absorber with high reversible extensibility and a stiffness that changes significantly

26 a fibre-reinforced structure whose strength, extensibility and anisotropy depend on the orientation o

27 emporally associated with changes in scleral extensibility and axial elongation rate.

28 Salinity did not decrease extensibility and caused small increases relative to the

29 the primary cellular growth parameters: wall extensibility and cell turgor.

30 the Galaxy platform to take advantage of its extensibility and displays the symmetry properties, the

31 However, dough extensibility and dough stability were unchanged at elev

32 se models are inconsistent with the measured extensibility and elastic modulus.

33 This adhesion may modulate titin extensibility and elasticity.

34 ix orders of magnitude and indicate that gel extensibility and expulsion of water are both manifestat

35 The extensibility and force response of N2B titin were studi

36 ional mechanical properties, with unrivalled extensibility and high tensile strength.

37 hese muscles exhibited significant decreased extensibility and increased stiffness.

38 K-mediated responses important for sarcomere extensibility and intracellular signaling.

39 nol (extracted at 75 degrees C) had inferior extensibility and loaf volume compared to control flour

40 We propose a molecular basis for the marked extensibility and negative compressibility of fibrin gel

41 unfolding is sufficient to predict the high extensibility and nonlinear stiffness of Fn fibers with

42 In this regard, reduced extensibility and resistance to extension of dough produ

43 that phosphorylation reduced the M-domain's extensibility and shifted the conformation of the N-term

44 ts of phosphorylation by increasing M-domain extensibility and shifting the phosphorylated N-terminal

45 requests from native Python types, allowing extensibility and straightforward modification.

46 late spidroin protein (MaSp2) increased silk extensibility and toughness, playing a critical role in

47 ose of other gene portals, are its community extensibility and user customizability.

48 annotation resources, emphasizing community extensibility and user customizability.

49 erties and shapes contribute to tissue-level extensibility and yield.

50 hnique to determine the stiffness (modulus), extensibility, and elasticity of individual, uncross-lin

51 al changes provide a broad basis for protein extensibility, and multidomain proteins broaden the poss

52 material system: elastic modulus, strength, extensibility, and robustness.

53 Protein extensibility appears to be based broadly on conformatio

54 r their unparalleled mechanical strength and extensibility arising from their high-beta-sheet crystal

55 gned plugin mechanism intended to facilitate extensibility at every level, with the goal of creating

56 ne end and a shock absorber with 160 percent extensibility at the other end.

57 tion data indicate that PEVK domains exhibit extensibility behavior, assist in the unfolding and refo

58 e outcome analysis, a need for assessment of extensibility beyond the 3-y observation time, and the n

59 me time, MAGNA++ offers source code for easy extensibility by computational scientists.

60 xtends or whether they contribute to titin's extensibility by unfolding.

61 eated within one microfibril period allowing extensibility by unpleating, has the best fit to the dat

62 tanding the conventional wisdom that coating extensibility can be increased only at the expense of ha

63 etion of seed germination requires cell wall extensibility changes in both the radicle itself and in

64 Based on the high force extensibility, CnaA-containing pili can dissipate approx

65 A change in scleral extensibility (creep rate) is closely associated with th

66 f splice variants, computational efficiency, extensibility, customizability and user-friendliness of

67 presence of 2.4 mmol SA/100 g flour, a dough extensibility decrease of 47-65% and a dough strength in

68 ll extensible and that their contribution to extensibility decreases in the order of tandem Igs, uniq

69 ted by protein-mediated changes in cell wall extensibility driven by the circadian clock.

70 The protein elastin imparts extensibility, elastic recoil, and resilience to tissues

71 nes the components of image I/O to encourage extensibility, facilitated by the dynamic discovery of t

72 all the data and indicates that microfibril extensibility follows conformation-dependent maturation

73 It also comes with better support and extensibility for data analysis and visualization tools.

74 en exhibit a trade-off between stiffness and extensibility; for example, strengthening elastomers by

75 , Fecenia silk lacks the high compliance and extensibility found in true orb spiders, likely due in p

76 nce of root elongation and increases in wall extensibility found previously.

77 n for various problems, and the plugin-based extensibility gives the tool an open architecture to inc

78 ecule extends over half a sarcomere, and its extensibility has been studied both in situ and at the l

79 Even slight filament extensibility implies that 1) relative displacement betw

80 in passive stiffness we investigated titin's extensibility in bovine atrium, which expresses predomin

81 n data, and suggests that the large observed extensibility in fibrin fibers is mediated by the native

82 ort quantitative analysis of flexibility and extensibility in isolated titin molecules visualized by

83 SpectralAnalysis was also developed with extensibility in mind to stimulate development, comparis

84 hierarchical level in the mechanism of titin extensibility in muscle cells.

85 methods and its computational simplicity and extensibility in the application of large complex biolog

86 orts spider orb webs, combining strength and extensibility in the toughest biomaterial.

87 that was proposed to modulate its mechanical extensibility in vivo.

88 The unusual combination of high strength and extensibility is a characteristic unavailable to date in

89 The difference in extensibility is attributable to the presence of deforma

90 its pre-yield state, whereas its post-yield extensibility is determined primarily by the pectin matr

91 ar region is highly extensible and that this extensibility is mainly caused by the unfolding of its I

92 line residues and find that their mechanical extensibility is sensitive to the position of the prolin

93 extend under an applied force and that this extensibility is the result of unwinding the pilus rod's

94 idespread natural tactic to regulate protein extensibility lies in the presence of covalent disulfide

95 it forms the majority of biomass, while its extensibility limits cell expansion.

96 d how regulatory mechanisms that affect wall extensibility maintain growth under water deficit.

97 ombination of great stiffness, strength, and extensibility makes spider major ampullate (MA) silk des

98 ties such as high tensile strength and great extensibility, making it one of the toughest materials k

99 Byssal thread extensibility may be imparted by the elastic domains of

100 This is the largest extensibility observed for protein fibers.

101 ties, including fibronectin (Fn) fibers with extensibilities of >700% strain.

102 The newly discovered extensibility of actin and myosin filaments challenges t

103 re believed to be a major contributor to the extensibility of bulk fibers.

104 sian inference to enhance the robustness and extensibility of computational analyses.

105 ess to determine the global contractility or extensibility of epithelia.

106 ongation growth by increasing the mechanical extensibility of excised hypocotyl segments.

107 n at best contribute partially to the 4-fold extensibility of fibronectin fibrils.

108 Extensibility of FN in response to substrate stiffness m

109 roscopy, we determined the elastic limit and extensibility of individual fibers.

110 nsible for developing passive elasticity and extensibility of muscle, possesses about 40 immunoglobul

111 This demonstrates the flexibility and extensibility of our method.

112 To allow for extensibility of our program in identifying targets of o

113 The elastic extensibility of proximal byssus is extraordinary given

114 Specifically, the toughness and extensibility of synthetic polypeptides increase as a fu

115 This indicates that the extensibility of tenascin may be due to the stretch-indu

116 sion rates and wall stresses reveal that the extensibility of the cell wall must vary abruptly along

117 th symmetry breaking reflects changes in the extensibility of the cell walls.

118 h content increased the tensile strength and extensibility of the composite films.

119 tly been correlated to the hardness and high extensibility of the cuticle of mussel byssal threads an

120 cell adhesion inversely correlates with the extensibility of the fibrinogen matrix, the less extensi

121 our is closely related to the elasticity and extensibility of the gluten proteins stored in the starc

122 our is closely related to the elasticity and extensibility of the gluten proteins stored in the starc

123 with nanoscale granules, which increase the extensibility of the hard coating by to 70%, making it s

124 to study the molecular origin of the in vivo extensibility of the I-band region of cardiac titin.

125 The extensibility of the matrix prepared from FgAalpha251 wa

126 We suggest that the extensibility of the modular fibronectin type III region

127 ant mechanism in the control of strength and extensibility of the plant primary cell wall.

128 FTB) method, to unravel the mechanism of the extensibility of the polysaccharide amylose, which in wa

129 extracellular matrix (ECM) that controls the extensibility of the sclera.

130 standing of the remodeling that controls the extensibility of the sclera.

131 The extensibility of the tandem Ig segments, the PEVK segmen

132 response could not be attributed to altered extensibility of the vessel wall alone.

133 ly, and suggests how the effective yield and extensibility of the wall depend on microstructural para

134 The extensibility of this approach is demonstrated with the

135 The simplicity and extensibility of this platform should facilitate DNA rep

136 After extraction, the extensibility of titin was studied by using immunoelectr

137 combination (6, 120 and 60ppm) increased the extensibility of wheat flour dough by up to 42%.

138 t systematic effect on single-fiber modulus, extensibility, or stress relaxation times.

139 which characterises cell walls via yield and extensibility parameters, we derive the analogous tissue

140 how low modulus, good adhesion, and absolute extensibility prior to fracture enable robust performanc

141 high gauge sensitivity and large reversible extensibility promises the SWCNT/GNP hybrid thin film pi

142 cle myofibrils, possesses unique elastic and extensibility properties in its I-band region, which is

143 ncrease the dough strength and elasticity-to-extensibility ratio (P/L).

144 No change in composite stiffness or extensibility resulted, but a significant increase in cr

145 does not require a large development effort; extensibility, so that new technologies and data types c

146 yme and enzyme combinations can increase the extensibility, softening, mixing tolerance index (MTI) a

147 Bisque's extensibility stems from two core concepts: flexible met

148 They influence wall porosity and extensibility, thus controlling cell and organ growth du

149 hus, the unique sequence provides additional extensibility to cardiac titins and this may eliminate t

150 mpaction and bundling, whilst also retaining extensibility to ensure flexibility of the keratin filam

151 t exhibited a comparable reduction of vessel extensibility to fbln-5(-/-) mice.

152 n by a spectroscopic measurement, and facile extensibility to high-throughput formats.

153 The mechanochemical kinetics, single-chain extensibility, toughness and potentially optical propert

154 ing able to rapidly change its stiffness and extensibility under neural control.

155 tests showed a consistent decrease in dough extensibility upon increasing SA addition.

156 Wall extensibility was assessed by the Instron technique.

157 found under conditions where diminished wall extensibility was expected.

158 Titin's regional extensibility was not detectably affected by partial thi

159 The effect on dough extensibility was therefore related to its lipid composi

160 With a dough of 38% moisture, marama protein extensibility was very high (304% of its original length

161 To demonstrate this extensibility, we built a V3D-based application, V3D-Neu

162 PC1 extracellular region displays a dynamic extensibility whereby the resting length might be regula

163 hanical adjustment, i.e. an increase in wall extensibility, which may help counteract reductions in t

164 uscle elasticity derives directly from titin extensibility, which stems from three distinct types of

165 ness subsequently improved through increased extensibility within orb spiders, coupled with the origi

166 to tailor the network's elastic modulus and extensibility without the complications associated with