Sentence examples for matrices and lead from inspiring English sources

SEM, histological evaluations and confocal laser scanning microscopy showed that osteoblasts could grow inside the matrices and lead to mineralization.

This decoupling allows using parameter-dependant stability matrices and lead to less conservative results for both analysis and synthesis purposes as attested by a numerical example.

This ability determines the success of fermentation on high osmolarity food matrices and leads to spoilage of high sugar and high salt foods.

This decoupling allows using parameter-dependent stability matrices and leads to less conservative results as attested by a numerical example.

These properties prompted huge efforts for creating bio-nanocomposite materials and using RCs attached to different carrier matrices and led to numerous publications.

The increased free volumes in the glass matrix after tensile pre-deformation contribute to the decrease of the Young's modulus of the glass matrix and lead to the increase in the stress concentration, promoting multiplication of shear bands.

The less segregated short grafts are more constrained within the rigid cellulose acetate matrix and lead to pervaporation separation factors that are twice those of the corresponding copolymers with long grafts.

This indicated that defects inside martensite, considered to be hydrogen traps, could decrease the cohesive energy of the matrix and lead to a decrease of the Young's modulus after hydrogen insertion.

The addition of dibutyltin oxide catalyst was found to diminish the size of the dispersed phase, enhance its adhesion with the matrix and lead to an increase in the dynamic elastic modulus (G′) with temperature.

The use of supercritical carbon dioxide (scCO2) has proven to be beneficial for surface modified montmorillonite (MMT) nano-clay dispersion up to 6.6 wt% in a polypropylene (PP) matrix and lead to improved material mechanical properties in our earlier research.

Polymeric delivery systems may, instead, mimic certain sequestration and binding characteristics of the extracellular matrix and lead to the provision of therapeutic molecules at therapeutically efficient local concentrations [V], in the form of spatial gradients (d[V]/dx) and temporal gradients (d[V]/dt), and in combination with other morphogenetic cues.