Sentence examples for matrix engineering from inspiring English sources
Molecular matrix engineering may compliment or offer an acellular alternative to current regenerative medicine strategies.
Thus, in the context of matrix engineering, by producing Nɛ-carboxymethyllysine, glucuronic acid offers a convenient way of introducing additional stable acidic groups into protein matrices.
BPGs infiltrated the tissue, distributed and integrated with the ECM on a molecular scale, in the absence of a bolus, thus demonstrating a new molecular approach to tissue repair: molecular matrix engineering.
The adaptive response involves "growth and developmental processes", probably made possible through their "high sensitivity to synaptic processes" and "matrix" engineering properties.
In order to recreate and model some of the cues defining the cell microenvironment in vitro, matrix engineering techniques have been developed to model cell-ECM or cell-cell interactions and integrate physical parameters (stiffness, topology, topography) [4].
In addition to natural GAGs, artificial GAGs with distinct sulfation patterns are promising components for functional biomaterials targeted for extracellular artificial matrix engineering since additional sulfate groups could modulate specific binding of growth factors and thereby influence wound healing [ 29– 31].
Due to the promising results obtained with native S-layers as immobilization matrix, genetic engineering of S-layer proteins was envisaged.
This paper proposes a general frequency-domain response estimation method for incorporating possibly asymmetric mass, stiffness and damping matrices in engineering.
This precisely controlled 3D culture system thus may serve as a potential alternative to natural matrices for engineering cardiac tissue structures for cell culture and potentially therapeutic applications.
The proposed interface defects model obeys the porosity effects resulting from the nature of some matrices in engineering composites as well as the interface cracks appearing as a result of composites ageing during static or fatigue fracture.
Despite the well known benefits of physical units, matrices, and matrix algebra in engineering computations, most engineering analysis packages are essentially dimensionless.
