Sentence examples for modulus and degradation from inspiring English sources

The morphology, compression modulus and degradation kinetics of the scaffolds were characterized.

The in vitro gelation, morphologies, equilibrium swelling, compressive modulus and degradation of the composite hydrogels were examined.

Fundamental trends were established between the chemical structure, conversion during polymerization, macromer molecular weight, rubbery modulus, and degradation rate.

The compressive modulus and degradation properties of collagen hydrogels were ameliorated after cross-linked, and chondrocytes encapsulated in the cross-linked hydrogels proliferated well and maintained the cell phenotype.

Using ArcGel scaffolds of different tensile and shear modulus, and degradation behavior; in this study, we compared the fate of ex vivo engineered ArcGels-chondrocytes constructs, i.e. the traditional tissue engineering approach, with the de novo formation of cartilaginous tissue in HAC laden ArcGels in an ectopic nude mouse model.

The physicochemical properties of the hydrogels, such as gelation time, storage modulus, swelling and degradation time, could be controlled by varying the concentrations of HRP and H2O2.

In particular, the biaxial elastic modulus and its degradation behavior were measured and implemented in the constitutive model.

Compared to analogous hydrogels fabricated from aqueous precursor solutions, SIPS produced hydrogels with a macroporous morphology, a more even distribution of PDMSstar-MA, increased modulus and enhanced degradation rates.

Experimental results revealed that IPNs, where both the GelMA and SF were independently crosslinked in interpenetrating networks, demonstrated a lower swelling ratio, higher compressive modulus and lower degradation rate as compared to the GelMA and semi-IPN hydrogels, where only GelMA was crosslinked.

Increased crosslinking density typically leads to smaller mesh size, increased modulus, and slower degradation, owing to an increased number of cleavable bonds that must be broken for network mass loss and erosion.

These variations lead to changes in effective stresses, which in turn, modify the dynamic properties such as shear wave velocity distribution and modulus degradation and damping curves, as well as soil layer thickness and shape.