Sentence examples for development of the convenient from inspiring English sources
In light of this, it is interesting to speculate if the development of the convenient single day antiemetic combination, NEPA, will offer physicians a possible solution to address this particular gap.
A rapidly rising interest in core-shell particles stimulated by the great achievements of modern nanotechnology brings to the fore the development of simple, convenient and practically useful techniques to simulate and design the optical properties of the particles and their composites.
The importance of the development of a convenient assay for anti-Th/To and -U3RNP antibodies cannot be underestimated because these two classic anti-nucleolar autoantibodies are associated with particular SSc variants and clinical features [ 1].
The development of more convenient methods for the measurement of catecholamines in blood and urine led to important new findings.
The rapidly growing interest of rheumatologists in autoantibodies to citrullinated proteins rendered the development of a convenient, fully automated test the next challenge.
The development of a convenient and efficient syringe became imperative with the arrival of the penicillin.
Therefore, the development of both convenient and direct methods for the determination of CLP in real samples is urgently needed.
The development of a convenient mathematical application for testing the antioxidant potential of standard and novel therapeutic agents is essential for the research community to perform evaluations in a more precise form.
The development of a convenient and widely-accepted reporting system and the establishment of a reward/penalty system may be essential in improving disease reporting compliance in private doctors.
Following the development of solid-phase synthesis that generated a series of libraries of aminosteroid derivatives, we now report the development of a convenient liquid phase chemical synthesis of RM-133, the most promising candidate, in order to obtain sufficient quantities to proceed with the first preclinical assays.
Thus, a central research focus continues to be the development of versatile, convenient, and cost-effective strategies for rendering surfaces resistant to fouling by proteins, cells, and bacteria.
