Sentence examples for the development of desirable from inspiring English sources
Detroit is crowing that the auto industry is back, but so far, at least, it is a success story built as much on a revival in lending as on the development of desirable cars.
In conclusion, the aligned electrospun nanofiber structure provides an instructive microenvironment for hTSPC differentiation and may lead to the development of desirable engineered tendons.
Additional studies have demonstrated that the IGF system is important for postnatal maturation and the development of desirable carcass traits [ 9- 11].
From teacher educators' perspective, "appropriate" ways of emotion display was a useful and irrefutable tool to facilitate the development of desirable classroom environments cognitively, motivationally, emotionally, and socially.
The environmental and genetic factors that influence the timing of these processes have been shown to also influence the development of desirable fiber traits such as lint yield and fiber quality [ 7, 11- 13].
The notable feature of this study was the monolithic development of desirable superalloy properties without conventional, multi-step heat treatments.
Since then, many research groups and companies around the world have worked on the development of microorganisms with desirable industrial characteristics, such as the capacity to synthesize and also secrete a chemical block that could be employed in the production of complex molecules and polymers.
Biotechnology tools associated with conventional citrus breeding programs have facilitated the development of cultivars with desirable characteristics [ 10].
System level understanding of such post-transcriptional regulation can be effectively employed in synthetic-biology and metabolic-engineering strategies for the development of strains with desirable robust traits.
Our findings could assist the development of nanomotors with desirable performances for various applications and impact research areas including NEMS, microfluidics, and nanobiotechnology.
Currently, there are no good in vivo models to predict the diverse behaviors of the many types of nanoparticles under investigation, so the development of nanoparticles with desirable properties has to rely on empirical evidence and extensive preclinical animal testing.
