Sentence examples for future advancement of from inspiring English sources

In addition, our perspectives on the in situ gelling systems are offered as signposts for the future advancement of this field.

The ability to visualize and characterize morphological, structural, and surface transformations associated with environmental exposure under in-situ conditions at high temporal resolution is critical for rationalization of structure property relationships and thus essential for future advancement of catalytic technologies.

Hence as a future advancement of this work, it will be worthy designing benchwork to detect the correlation of these miRNA-mRNA expressions within a SARS-CoV infected cell.

DNA has been widely investigated as it contains genetic information, critical in the understanding of the human body and the future advancement of medical science.

Ms. Mbengue is quick to point out that girls' education – and by extension, the education of adult women – is a critical component to the future advancement of any society.

This chapter provides an overview of the theranostic aspects of liposomal constructs and their role in future advancements of PDT.

Mobile hypoxic inflatable marquees directly located on the playing ground are now available, opening new boundaries in future advancements of hypoxic training practical applications.

Future advancements of technology, especially in manufacturing electronic components including cameras, GPUs, and CPUs, will provide more accurate data, enable faster processing, and solve the problem of system portability, thus expanding the possibilities of artificial perception systems in neurorehabilitation [ 7].

As I look to the future advancements of our field, I see research on the diverse array of such integral practices including Hindu and Buddhist Tantra, Kundalini Yoga, TM Siddhi, Qi-gong, Cabbala, Christian mysticism, and Sufism converging with research on the parasympathetic nervous system (PNS).

Finally, potential areas of future advancement and application of Raman spectroscopic techniques are discussed.

With further improvements to the accuracy of secondary structure prediction methods and incorporation of additional fold-conserved features from solvent-exposed regions, it is conceivable that more accurate structures may be predicted as part of future advancements to the PCAIN methodology.