Sentence examples for substitute design from inspiring English sources

High strength and toughness, long-life resistance, tailored stiffness, resistance to impact, abrasion and corrosion, adequate transparency to electromagnetic waves for diagnostic purposes, are the combination of properties relevant for tissue substitute design.

To this end, mimicking active platelet's hemostatically relevant matrix-adhesion properties and aggregation properties independently and then integrating them via heteromultivalent ligand decoration on a single synthetic particle can lead to an efficient platelet substitute design.

On the other hand, it was cast as a cigarette substitute designed to deliver nicotine 'in the right way', thereby advancing the creative destruction of the combustible cigarette as a drug delivery platform.

Two weeks ago, the Fouches swapped out their water-guzzling grass for a plastic substitute designed to simulate water-quenched natural turf, saving about $1,000 in rebates in the process.

This integration of adhesion and aggregation functions are a significant refinement over past platelet substitute designs.

Second, we did not investigate the effect of differences in geometry and/or soft tissue structures, such as a high-conformity design, post-cam design, or PCL-retaining design, on AP translation, because we intended to analyze only a PCL-substituting design.

Ultimately, the posterior cruciate sparing and substituting designs dominated the market.

The superiority between the posterior cruciate-retaining and the posterior cruciate-substituting designs still remains controversial.

Implant designs available include femoral components of fixed or multiple radii, high flexion knee replacements, posterior cruciate retaining or substituting designs and fixed or mobile tibial inserts.

Design modifications of the implant have been made to reduce the incidence of the patellar clunk, especially in the posterior substituted designs.

Results are presented for the wrist, spine and hip, which are sites of high fracture risk and relevant for bone substitute biomaterials design.