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1 , such as degradation, matrix deposition, or stiffening.
2 s accompanied by segmental infrarenal aortic stiffening.
3 ol1a2, leading to medial fibrosis and aortic stiffening.
4 in the form of hoop reinforcement and strain stiffening.
5 tion, or extracellular matrix deposition and stiffening.
6 nflammation and mechanical stretch in aortic stiffening.
7 eukin 17a were also protected against aortic stiffening.
8 t HSP27 or alphaB-crystallin suppressed this stiffening.
9 x adhesions, including integrin-induced cell stiffening.
10 destly favorable effect on age-associated LV stiffening.
11 of protein chains, which mediate the capsid stiffening.
12 othelial function and contribute to arterial stiffening.
13 impair vascular function and cause vascular stiffening.
14 onus and corneal ectasia by inducing corneal stiffening.
15 ponsiveness to vasoconstrictors and vascular stiffening.
16 instead delays the occurrence of the strain stiffening.
17 enic differentiation is favoured for earlier stiffening.
18 hibitor on pulmonary vascular remodeling and stiffening.
19 levels (P < 0.001) in the eyes with corneal stiffening.
20 erm (days-to-weeks) cell response to dynamic stiffening.
21 e, such as increased fat depots and arterial stiffening.
22 sponse to morphological changes and membrane stiffening.
23 post-LASIK keratectasia by means of corneal stiffening.
24 y associated with risk of progressive aortic stiffening.
25 of focal adhesions and adaptive cytoskeletal stiffening.
26 HFpEF is associated with ventriculoarterial stiffening.
27 stimulated fibrous ECM deposition and tissue stiffening.
28 creasing adherent area does not lead to cell stiffening.
29 on generally resulted in body shortening and stiffening.
30 esponse to morphological change and membrane stiffening.
31 ng evidence for a significant role for polar stiffening.
32 motility and proliferative responses to ECM stiffening.
33 geing is associated with marked large artery stiffening.
34 of cellular ageing, is linked with arterial stiffening.
35 focal adhesion maturation, and intracellular stiffening.
36 first: blood pressure elevation or arterial stiffening.
37 ng, thickening of dermal fibrils, and tissue stiffening.
38 ibit nonlinear elasticity, undergoing strain stiffening.
39 ular resistance, and arterial remodeling and stiffening.
40 ven though conventional wisdom only suggests stiffening.
41 d and is characterized by progressive matrix stiffening.
42 used by endothelial dysfunction and arterial stiffening.
43 calponin exhibited a delayed onset of strain stiffening (10.0% without calponin, 14.9% with calponin)
44 plications including structures with tunable stiffening, 3D structures with gradient and programmable
45 putational model, we recently predicted that stiffening a large anterior infarct anisotropically (in
46 ement analysis to explore the role of strain stiffening, a characteristic mechanical property of coll
47 We conclude that titin-based cardiac myocyte stiffening acutely after MI is partly mediated by interl
50 ition of LOX-dependent subendothelial matrix stiffening alone suppressed HG-induced retinal EC activa
51 quantum-mechanical calculations that strain-stiffening also occurs, surprisingly, in simple inorgani
54 ver, temporal relationships between vascular stiffening and blood pressure elevation have not been fu
60 noncooperative process, which results in DNA stiffening and DNA folding depending on protein concentr
61 1 clusters, there is an increase in cellular stiffening and enhanced RhoA signaling compared with ICA
62 ed tumor progression by reducing the stromal stiffening and epithelial contractility induced by loss
63 of the arms (widening or raising) and legs (stiffening and extending or tucking up) during Approach
64 ECs adherent on collagen display divergent stiffening and focal adhesion growth compared with ECs o
65 erstanding the fundamental science of strain-stiffening and incorporating this concept into the desig
66 rformed to quantify arterial and ventricular stiffening and interaction in 461 participants without h
67 ich is hypothesized to induce early vascular stiffening and may be promoted by macrophage-mediated ma
68 onstructed that incorporated stretch-induced stiffening and multidirectionality of the collagen fiber
71 idant stress to immune activation and aortic stiffening and provide insight into the systemic inflamm
73 therapeutic interventions that limit aortic stiffening and related cardiovascular disease events.
76 is maintained; these results indicate strain stiffening and/or dependence of mechanotype on deformati
77 These data suggest that targeting intimal stiffening and/or the EC response to intima stiffening c
79 n, extracellular matrix (ECM) production and stiffening, and contraction due to the expression of smo
81 ure; prevented vascular inflammation, aortic stiffening, and hypertension; and prevented DC and T cel
85 ern diet (WD) for 16 weeks results in aortic stiffening, and that these abnormalities were prevented
89 and t-ferulic acids indicates that the wall stiffening arises from cross-linkage to cell wall polyme
91 oduces the novel concept of segmental aortic stiffening as an early pathomechanism generating aortic
93 ine blood samples exhibited significant cell stiffening at 500 mug/mL iron dextran loading concentrat
97 g softening at a yield point and substantial stiffening at large strain until failure--as being cruci
98 t contracture formation is not the result of stiffening at the cellular level, but stiffening of the
100 ess is not explained by the nonlinear strain-stiffening behavior of the material alone and is likely
101 xonal microtubule bundles in tension display stiffening behavior similar to a power-law relationship
102 iological tissue, exhibit a nonlinear strain-stiffening behavior when subjected to large deformations
103 al hemodynamic shear stress and blood vessel stiffening both significantly influence the arterial end
104 age of 36 years predicted change in arterial stiffening by a mean age of 43 years, but not the revers
105 tion of the collagen I/III ratio and cardiac stiffening by excess n-6 PUFA represent a novel pathway
106 of the control of extracellular matrix (ECM) stiffening by the mechanosensitive microRNA-130/301 fami
107 ological and X-ray diffraction measurements, stiffening can be attributed to a mobile nematic directo
108 cross-links, we demonstrate that the strain stiffening can be caused by two distinctly different mec
110 riplet enables the replication of the strain-stiffening characteristics of jellyfish, lung, and arter
111 in the mouse myocardium, leading to cardiac "stiffening" characterized by impaired transmitral flow i
113 lthough SScPAH did not have greater vascular stiffening compared with IPAH, RV contractility was more
114 -dependent, indicating that anterior stromal stiffening contributes the most to mechanical outcome.
118 , dynamic-LH binding/unbinding reduces fiber stiffening dramatically (by a factor of almost 5, as mea
119 of the intact airway, accounting for strain-stiffening due to collagen recruitment (a large componen
120 properties of the macrofibrils dominate the stiffening due to the progressive setting up of the cyst
121 revealed a profound effect of cell membrane stiffening during deoxygenation, with granular RBC shape
124 We find that divalent ions produce a fiber stiffening effect that competes with, but does not overs
125 ays) and matrix fiber realignment and strain stiffening enables the cells to polarize and develop con
126 , we review the cross talk among vessel wall stiffening, endothelial contractility, and vascular dise
128 dynamic catch', characterized by abrupt bond stiffening followed by the formation of catch bonds, whe
129 cyte stretch, fibroblast stretch, and matrix stiffening following MI may separately regulate differen
131 lear localization of YAP/TAZ, and subsequent stiffening (from ca. 3.5 to 28 kPa) increased the cell a
132 y mediators and often results in ventricular stiffening, functional deterioration, and development of
135 ding stroke, myocardial infarction, arterial stiffening, heart failure, and renal insufficiency.
136 ibit plasticity in Cdc42-mediated mechanical stiffening, histone 3 lysine residue 9 (H3K9) methylatio
139 ffer a means to prevent accelerated arterial stiffening in adulthood and related cardiovascular seque
143 passive-force levels characterize diastolic stiffening in heart-failure patients, and it is critical
145 ts might underlie susceptibility to arterial stiffening in male and female Dahl salt-sensitive rats.
148 spreading on post arrays as demonstrated by stiffening in response to jasplakinolide and the abrogat
150 al LARG regulating leukocyte behavior and EC stiffening in response to tractional forces generated by
151 te the potential predictive role of vascular stiffening in the early detection of atherosclerosis.
153 ing other hallmark cellular responses to ECM stiffening including cell spread area, stress fiber form
154 ressure associated with age-related arterial stiffening increases risk for Alzheimer dementia but the
164 ins, we demonstrate that frequency-dependent stiffening is associated with the striated sheet matrix
170 n after MI, suggesting that MI-induced titin stiffening is mediated by elevated levels of the cytokin
171 n, it remains unknown whether age-related LV stiffening is merely a reaction to arterial stiffening o
172 , we demonstrated that subendothelial matrix stiffening is necessary and sufficient to promote EC act
173 e, and growing evidence suggests that matrix stiffening is particularly decisive during development,
175 (i.e., helices A-C and F), and a comparable "stiffening" is observed for residues in the DNA recognit
176 ng of the heart's matrix with collagenase or stiffening it with enzymatic crosslinking suppresses bea
178 he following: vascular dysfunction; arterial stiffening; left ventricular hypertrophy; and worsened m
179 that operate during material deformation and stiffening make stretchability and conductivity fundamen
180 In addition, monitoring segmental aortic stiffening may aid the identification of patients at ris
181 apies targeting load-independent ventricular stiffening may be effective to treat and prevent age-ass
182 ss or the endothelial cell response to tumor stiffening may help restore vessel structure, minimize m
186 l twin-boundary dominated indentation strain-stiffening mechanism that produces a large strength enha
189 e, can affect the transition between the two stiffening mechanisms and, as such, control the dominant
190 providing a fundamental understanding of the stiffening mechanisms of Pf-infected RBCs, our simulatio
191 usions, known as "knobs," introduce multiple stiffening mechanisms through composite strengthening, s
194 ed ECM production; and 3) progressive matrix stiffening, modeling the mechanical effects of infarct s
195 ay contribute to the rapid mechanical tissue stiffening occurring in many diseases, including cancer
197 efect-driven' hypothesis, we clearly observe stiffening of C-S-H with increasing Ca/Si in the range 0
199 ises from competition between passive strain-stiffening of ECM and force generation by ASM yielding a
203 as a muscle contractant, but it also causes stiffening of mutable connective tissue in the body wall
205 n of strain-concentrating defects and to the stiffening of nanoscale components at high strains, such
207 hich promotes the spreading of cells and the stiffening of nuclei as both actomyosin assembly and nuc
212 Finite-element analysis reveals that early stiffening of the aneurysm-prone aortic segment leads to
221 ologic range of ECM stiffness and found that stiffening of the ECM leads to both cell cycling and cel
222 ult of stiffening at the cellular level, but stiffening of the ECM with increased collagen and an inc
223 ive extracellular matrix deposition leads to stiffening of the heart, which can eventually lead to he
224 sedentary ageing leads to marked atrophy and stiffening of the heart, with substantially reduced card
225 onal stability of the duplex and the related stiffening of the heterocyclic bases and the sugar-phosp
230 OX-induced collagen cross-linking results in stiffening of the matrix both in vitro and in vivo.
231 ional changes that result in fluidization or stiffening of the melt can be induced by crystal growth
232 cess adhesive energy combined with the local stiffening of the membrane, which occurs in a narrow ran
234 on in heart failure patients is evident from stiffening of the passive properties of the ventricular
235 addition, our analysis reveals an unexpected stiffening of the polar regions of the stomata complexes
236 explained by the occurrence of electrostatic stiffening of the polymer chains at large charge densiti
242 d that implementation of frequency-dependent stiffening of the TM in the OHC attachment region facili
243 cell to adhesion structures and facilitates stiffening of the vessel wall, regulating blood flow ret
244 ns as an energy source, and Ca(2+)-dependent stiffening of titin stretched during eccentric muscle co
245 approach minimized the impact of chest wall stiffening on alveolar recruitment without causing hemod
248 n the complete cohort and progressive aortic stiffening over 30 months in a subgroup of 93 patients.
250 rts the experimental observation that radial stiffening plays a very limited role in stomatal opening
251 ng started later in life fails to reverse LV stiffening, possibly because of accumulation of irrevers
254 n fibers, responses to applied force, strain stiffening properties of the aligned fibers, aspect rati
258 plus modeling lead us to propose that polar stiffening reflects a mechanical, pectin-based pinning d
262 develop vascular collagen deposition, aortic stiffening, renal dysfunction, and hypertension with age
263 ice eliminated vascular inflammation, aortic stiffening, renal dysfunction, and hypertension; however
265 connection between attenuated stiffness and stiffening response and the increased invasion capacity
267 e for the solid-like behavior and the stress-stiffening response of the soma, whereas neurofilaments
270 hat alpha-SMA inhibition following substrate stiffening resulted in attenuated stellate cell activati
271 diseased lung tissue and determined that ECM stiffening resulted in mechanoactivation of the transcri
272 we demonstrate quantitatively that arterial stiffening seems sufficient to explain age-related emerg
274 provided experimental evidence that corneal stiffening significantly increases GAT and Tono-Pen read
275 Unlike Fe3C, no new bond forms in Al3BC3 but stiffening still occurs because strong repulsion between
276 ed on the period of culture, before or after stiffening, such that adipogenic differentiation is favo
279 ), we identify progressive structural aortic stiffening that precedes the onset of arterial hypertens
280 uced membrane disruptions while mechanically stiffening the associated complexes under the applied me
282 ered the cuticle biomechanical properties by stiffening the elastic and viscoelastic phase and by red
285 would improve LV function, whereas isotropic stiffening, the focus of previous studies and therapies,
287 eter-deliverable soft hydrogels with in vivo stiffening to enhance therapeutic efficacy achieve these
289 iopolymer networks have shown similar strain-stiffening trends regardless of the differences in their
293 have shown softening via photodegradation or stiffening via secondary cross-linking; however, our sys
295 ogenic differentiation is favoured for later stiffening, whereas osteogenic differentiation is favour
296 w-driven fibrous ECM accumulation and tissue stiffening, while the addition of lysophosphatidic acid
297 The vessel wall experiences progressive stiffening with age and the development of cardiovascula
299 roves hemodynamics, indicating that arterial stiffening with exercise is at least partially reversibl
300 study tested the hypothesis that CXL-induced stiffening would be proportional to the collagen autoflu
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