SF matrices were demonstrated to successfully deliver protein drugs and preserve their potency.
The effect of the size of the matrices was demonstrated and it was found that the drug release rate increased with decreasing of the size of the tablets.
The therapeutic relevance of ephrin-B2 fibrin ephrin-B2 fibrin was demonstrated by a local angimplant response in the chick ematricesorioallontoic membrane evoked by the local and prolonged presentation of matrix-bound ephrin-B2 to tissue adjacing the implant.
Deformation induced supersaturated solid solution of RE atoms in the Al matrix is demonstrated for the first time.
The ability of this scaffold to act as a gene-activated matrix is demonstrated with successful transfection efficiency.
A simple and generalized procedure to introduce well-dispersed metal nanoparticles into a polymer matrix is demonstrated.
A strategy of protein entrapment within the bicontinuous gyroidal mesoporous carbon (BGMC) matrix is demonstrated to probe the direct electrochemistry of myoglobin.
The electrochemical deposition of organic nanoparticles on conducting surface, such as a coronary stents, in the absence of a polymeric matrix is demonstrated.
A seamless integration between the CAD model and finite element analysis, and results of stress and deformation in composite unit cells and in the fiber and matrix is demonstrated.
The existence of a steady state configuration for the frictional contact zone between the fibre and the matrix is demonstrated, which propagates invariantly away from the surface of the matrix under constant applied loads.
