Sentence examples for been devoted to engineering from inspiring English sources

A lot of efforts have been devoted to engineering the delivery of hydrophobic drugs due to the high demand of chemotherapy against cancer.

Much work has been devoted to engineering lycopene biosynthesis in E. coli [ 63- 72], due to the fact that it shares metabolic precursors (DMAPP and IPP) to other isoprenoid natural products with immense therapeutic value, such as the antimalarial sesquiterpene artemisinin and the anticancer diterpenoid paclitaxel [ 70].

While a significant amount of these efforts have been devoted to molecular engineering of the dye sensitizer [9 13], others have focused on the optimization of the electrodes [14, 15] and electrolytes [16 18] along with factors such as the concentrations of the solvent baths during sensitization [19], and the size and thickness of photoanodes [8, 20, 21].

In order to solve these problems, numerous research efforts have been devoted to the engineering and manufacturing of devices that could meet the standards of the photovoltaic cells market for various applications, but the low efficiency and stability have remained as the major challenges in development of DSSCs over the past 25 year.

In the past several years, enormous efforts have been devoted to surface engineering of different graphene derivatives for studying their in vivo biodistribution patterns and tumor targeting efficacy using imaging modalities such as optical imaging, positron emission tomography (PET), magnetic resonance imaging (MRI), and others.

Online learning communities have gained popularity amongst engineering learners who seek to build knowledge and share their expertise with others; yet to date, limited research has been devoted to the development of analytics for engineering communities.

For tissue engineering applications, considerable research has been devoted to extending the capability of dispensing technology to create artificial tissues or organs.

A large proportion of software engineering research has been devoted to consistency maintenance, or geared towards eradicating inconsistencies as soon as they are detected.

Recent efforts have also been devoted to produce MCFAs using bacterial genetic and metabolic engineering [ 8, 9].

Much effort has been devoted to the study of superplastic forming in aluminium alloys because of its engineering advantages.

Recent efforts have been devoted to designing non-uniform, heterogeneous scaffolds for clinical applications that require multiphasic tissue engineering, such as for the repair of osteochondral lesions.