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1 ion at the inlet of the micropipes thanks to capillarity.
2 overy of re-watered plants was attributed to capillarity.
3 ids distort fluid interfaces and interact by capillarity.
4 trast to ~10 microm resulting from diffusion/capillarity.
5 depends on the objective characterisation of capillarity.
6  a two-fold proliferation in skeletal muscle capillarity.
7 ere significant increases in skeletal muscle capillarity.
8 nastomosed capillaries to establish baseline capillarity.
9 es with conventional macroscopic theories of capillarity.
10  morphometry, oxidative enzyme activity, and capillarity.
11 ced angiogenic gene expression and decreased capillarity.
12                    Training increased muscle capillarity 11%, 15% and 22% starting with 7, 14 and 28
13                  Normalization of functional capillarity after aerobic exercise (P = 0.065) and overl
14 sociated with reduced (P = 0.009) functional capillarity after development of CCH without interventio
15                We found that intrinsic beach capillarity along with groundwater depth provides primar
16 fibre hypertrophy, with increased indices of capillarity alongside preserved contractile properties d
17 , which crucially relies on a combination of capillarity and bulk elasticity.
18 cropillars determined by the balance between capillarity and elasticity, the stability and reversibil
19                       We discuss the role of capillarity and film thickness on the dimensions of the
20                                              Capillarity and its hysteresis have been extensively stu
21  alter genes responsible for skeletal muscle capillarity and mitochondrial biogenesis.
22 mpound to maintain exercise-induced improved capillarity and mitochondrial capacity, even when exerci
23 termined by a competition between condensate capillarity and network strength.
24 fects seem to play no role, the interplay of capillarity and viscoelasticity can lead to an elastocap
25 xercise performance, (2) muscle fatigue, (3) capillarity, and (4) mitochondrial biogenesis in mouse h
26 ity at all S(h), (ii) includes the effect of capillarity, and (iii) includes the effect of pore-size
27 articles assemble end-to-end, as dictated by capillarity, and align along the easy axis of the direct
28 lated to the transcriptome, fiber phenotype, capillarity, and circulating factors.
29 pe cross-sectional area, myosin isoform, and capillarity, and estimated muscle PO(2) .
30 vaporation, crystallization, thermodynamics, capillarity, and fluid flow.
31 sult of a delicate balance between freezing, capillarity, and mass diffusion.
32  whereas muscle fiber cross-sectional areas, capillarity, and mitochondrial volume density were not d
33 y scales with septal complexity and membrane capillarity, and negatively scales with size.
34  regulating both cardiac and skeletal muscle capillarity, and that a reduced number of VEGF-dependent
35  is essential in regulating postnatal muscle capillarity, and that adult mice, deficient in cardiac a
36  as determined by competition among inertia, capillarity, and viscosity.
37 nnot be infiltrated into enamel by diffusion/capillarity are often considered molecules with sizes ab
38  that ERRa overexpression increases baseline capillarity, arterioles and non-leaky blood vessel forma
39                                   The use of capillarity as a means of fluidic manipulation in lab-on
40                        Under wet conditions, capillarity-assisted energy dissipation pertaining to li
41  petals designed to curl into closed shapes, capillarity balances bending forces.
42  of small liquid bridges can be significant (capillarity-based adhesion) and these contacts can be qu
43 rganization of cell tissues or the design of capillarity-based microrheometers.
44 r results rule out previous conclusions from capillarity-based models of nectar feeding and highlight
45  will not flow across the caprock because of capillarity, but brine will, which will reduce overpress
46                                              Capillarity can be used to direct anisotropic colloidal
47 o steady-state solutions in a nutrient-rich, capillarity dominated regime.
48  to the development of predictive models for capillarity-driven microstructure evolution in a wide ra
49 nescent and non-photoluminescent polymers by capillarity-driven solvent evaporation.
50 from the streamwise gradients created by the capillarity-driven squeeze flow.
51                                              Capillarity-driven transport in nanoporous solids is wid
52           This work improves the analysis of capillarity effect on multi-well performance with comple
53 for mitochondrial volume density (Mito(VD)), capillarity, fibre types and respiratory capacity (OXPHO
54 ties based on macroscopic theories-classical capillarity for intrusion and classical nucleation theor
55 for efficient micromixing, and by regulating capillarity for sample transport.
56      Drops of the sample solution diffuse by capillarity from the center to a circular area of the pa
57         During layerwise growth of crystals, capillarity governs the generation of new crystal layers
58 lting coupling of solid elasticity to liquid capillarity has remained largely unexplored.
59 in reduced muscle bioenergetics and hindlimb capillarity, helping to explain the observed impairment
60 etal muscle of healthy rats decreased muscle capillarity in immunofluorescence assays (P < 0.05) and
61 zyme activities, oxidative fibre density and capillarity in the gastrocnemius, and used a comprehensi
62  (uptake rate up to 1microl/s) by exploiting capillarity in the microneedles.
63   Here we present the physical principles of capillarity, including examples of how capillary forces
64                                              Capillarity-induced clustering, however, has several lim
65 g to the rapid solidification which prevents capillarity-induced fiber breakage.
66  hydrophilicity assists liquid spreading and capillarity-induced liquid pumping, which are estimated
67 combination of high strain load stemmed from capillarity-induced-self-crumpling and sulfur (S) vacanc
68 picture of describing protein folding as the capillarity-like growth of folding nuclei.
69                           Here, we show that capillarity-mediated binding between magnetic nanopartic
70 nderstood under confinement, where classical capillarity models fail.
71 ives (ECA), which takes the advantage of the capillarity of paper and thus both the conductivity and
72 twald ripening process that is driven by the capillarity of the confined liquid.
73 e 'contact time'--depends on the inertia and capillarity of the drop, internal dissipation and surfac
74 hanical interaction, hydrodynamic shear, and capillarity/overlap of menisci.
75 rs of type I fibers, alongside higher muscle capillarity (P(interaction)<0.05) and higher type I fibe
76 rmodynamic conditions is addressed using the capillarity picture in which distinct spatial regions of
77 ing the crossover between the mean field and capillarity pictures of the energy landscapes are discus
78 CCH can be countered by improving functional capillarity, providing a therapeutic target to improve s
79     Exercise capacity correlated with muscle capillarity (r = 0.84, P < 0.01).
80  the biomolecular determinants of condensate capillarity represents an exciting frontier, bridging so
81 d by a balance of polymer hydrophobicity and capillarity, reveals how amphiphilic nanostructures can
82  and matrix porosity determine the rock mass capillarity-saturation P(c)-S(w) curve.
83 odel invasion percolation to investigate the capillarity-saturation P(c)-S(w) fracture response to ch
84 l in terms of a generalized formalism of the capillarity scaling theory that assumes the volume of th
85 nanometers or more were filled, suggesting a capillarity size dependence as a result of the lowering
86 ation-complex proteins, mitofilin, porin and capillarity than (-)-epicatechin alone.
87                             The quantitative capillarity theory is based on the nucleation theory of
88              It wets RE and AE, and flows by capillarity through the paper contacting the carbon WE s
89 to the conjugate pad and the sample flows by capillarity throughout the strip until reaching the test
90 the immune-target measurand complex flows by capillarity towards the upper-most layer to generate a c
91  container with the solution, which flows by capillarity until it reaches the working electrode.
92                           However, classical capillarity utterly overestimates the critical bubble en
93                 In addition, the increase in capillarity was related to decreased protein expression
94                                  Coupling of capillarity with nematic elasticity could offer ways to
95 nder the influence of their surface tension (capillarity), with a velocity proportional to their mean
96 atively described by the classical theory of capillarity without adjustable parameter.
97 he first two aspects conform to conventional capillarity (Young-Laplace), but the latter two do not.