Sentence examples for integrity of engineered from inspiring English sources

The integrity of engineered and natural barriers in such repositories must be carefully evaluated in order to minimize the release of radionuclides to the biosphere.

The effectiveness and integrity of engineered structures can also be compromised by the selection of cheap but inappropriate construction materials (Paguican et al. [2009]) and by ill-informed human activities, such as illegal sand mining at the foot of structures or dikes occasionally being opened to allow for easier road access into communities.

This novel and versatile apparatus will provide a means of enhancing structural and mechanical integrity of tissue engineered repair systems.

The main requirement for the HLW repository design is to keep the buffer temperature below 100 °C in order to maintain the integrity of the engineered barrier system.

In conclusion, we have developed a robust, fast and reproducible colorimetric tool that can verify and warrant viability and integrity of an engineered tissue/organ prior to transplantation.

One of the most important requirements of HLW repository design for a deep geological disposal system is to keep the buffer temperature below 100 °C in order to maintain the integrity of the engineered barrier system.

Further on the given facts, the fate of engineered gold nanoparticles in the ecosystem and food chain integrity are of great concern (Fig. 1).

To achieve efficient, tunable, and reversible gene activation while avoiding compromising the genome integrity of hPSCs, we engineered an iVPR system by inserting the CAG promoter driving the rtTA expression cassette and the TRE promoter driving the dCas9-VPR cassette into the two alleles of the AAVS1 locus on chromosome 19.

To test the mechanical integrity and functionality of SCs engineered constructs prior to implantation, Hollweck et al. [ 57] proposed in 2011 a pulsatile bioreactor mimicking myocardial contraction.

Dynamic phenomena can jeopardize the structural integrity of aerospace structures and engineers have developed different strategies to analyze them.

The model consists of an engineered depository constructed of earthen materials which minimise costs and maintain integrity over long-term.