Sentence examples for fully enables from inspiring English sources

Unfortunately, no enterprise architecture description language currently exists that fully enables integrated enterprise modelling.

The unique thin layer structure of Co3V2O8-Ni3V2O8 TLs@PCNfullylly enables utilization of the synergistic effects from both high electrochemical performance of cobalt, nickel, and vanadium and excellent conductivity, and flexibility of PCNFs.

However, a more complex simulation of the GIT is often needed, and currently only TIM-1 apparatus fully enables in vitro testing in completely biorelevant conditions ranging from stomach to ileum [ 3].

Meanwhile, we suggest that there is at least one additional molecular target in the R. opacus genome which fully enables the functionality of xylA and xylB genes to generate the xylose-fermenting strain capable of efficiently producing TAGs at high xylose concentrations.

We further demonstrated that in addition to the introduction and the concomitant expression of heterologous xylA and xylB genes, there is another molecular target in the R. opacus genome which fully enables the functionality of xylA and xylB genes to generate the robust xylose-fermenting strain capable of efficiently producing TAGs at high xylose concentrations.

The wardrobe shift accompanies the slightest change in on-court style, and a fully enabled Ginobili incorporates a familiar guile in breathtaking ways.

She eventually left after it got very ugly, and online viewers wound up watching a man who was rapidly losing his mind and explained as much into a fully enabled mirror that was really more of a window.

Facebook must have a search feature to fully enable connection.

The goal of the SAM-Grid project is to fully enable distributed computing for the experiments.

However, the delivery systems that fully enable this sector will rely on hybrid connectivity featuring both satellite and terrestrial technologies.

Thus, a greater understanding of these nanoparticle interactions with biomolecules and cells in vivo, and their biological consequences, is of outmost importance in fully enabling the successful design of minimally invasive SEPs (Kim et al. 2013; Polo et al. 2017).