Sentence examples for engineering protocols from inspiring English sources

Since traditional assessments of engineered tissue structure and function are destructive and logistically intensive, this non-destructive, label-free approach offers a potentially powerful high-content characterization tool for optimizing tissue engineering protocols and assessing engineered tissue implants.

Based on this observation, a new generation of transgene-instructed genome engineering protocols was developed.

Many tissue engineering protocols rely on an extracellular matrix or scaffold to support regenerating tissues.

Their realizations, using inverse engineering protocols, provide families of trajectories with appropriate boundary conditions.

Tissue engineering protocols, such as regenerative endodontic procedures (REPs), comprise biologically based procedures designed to restore normal physiologic function.

Natural biomaterials have demonstrated considerable promise and are likely to be an important element of future successful tissue engineering protocols.

Here we report on the analysis of Bay activity following its release from our PLLA scaffolds over the culture period imposed in our tissue engineering protocol using UV spectroscopy in combination with whole cell patch clamping techniques.

In this study, we report a high-throughput genome engineering protocol and demonstrate its potential to determine the contribution of DNA sequence to the establishment of epigenetic states.

Usually, compression stimulus was extensively used for bone and cartilage tissue engineering [ 71– 73]; however the favourable effect of mechanical compression was successfully certified in a cardiac tissue engineering protocol.

We and others have reported large inter-donor variation in the concentration of nucleated cells and in multi-lineage differentiation potential (Phinney et al. 1999, Siddappa et al. 2007), which hampers standardization of the bone tissue engineering protocol.

The evolutionary engineering protocol used to increase the consumption rate of xylose and arabinose in the laboratory S. cerevisiae strain [ 16] and in the currently reported industrial S. cerevisiae strain differed significantly in the selection method.