Sentence examples for property of substrates from inspiring English sources

Whilst 'stiffness' is a recognised physical property of substrates and tissue microenvironments that influences many cellular behaviours, tissues and their extracellular matrices are not purely rigid but 'viscoelastic' materials, composed of both rigid-like (elastic) and dissipative (viscous) elements.

The physicochemical property of substrate may influence the attached microbial community structure (Dang and Lovell 2000).

When effect of deformation properties of substrate concrete are taken into account, the models require another input parameters to be determined i.e. shrinkage, creep and elastic property of substrate concrete.

In the development of model to predict shrinkage stress as given above, the only time-dependent deformation property of substrate concrete which has been taken into account is shrinkage while creep is omitted.

This amplification has been proposed to be a highly beneficial property of substrate based imaging agents yet, the real contribution of signal amplification has not been evaluated.

Some physiochemical properties of substrates presented in Table1.

Physical properties of substrates are presented in Table 2.

The detailed analysis of chemical and physical properties of substrates revealed that cellular behavior occurs only due to substrate elasticity.

The surface properties of substrates, such as roughness, wettability and chemical composition, modulated the behaviour of the cells.

Table 1 Comparison of physiochemical properties of substrates Substrate bulk density Porosity EC (ds/m) pH CEC (Cmol/kg) Palm waste 0.041 85 1.28 6.7 95 Perlite 0.32 48 0.38 6.9 13 Soil 1.25 37 2.3 7.1.25.1.25

The amount of physical indices of perlite were between palm and soil; therefore, physiochemical properties of substrates affected on plant growing indices and tend to above results.