Sentence examples for development of such approaches from inspiring English sources
Development of such approaches is discussed in Chapter 9 with the help of practical examples.
The development of such approaches to facilitate the risk assessment (RA) of MNs has become a dynamic area of research.
New strategies to control vaccine evasion are needed and understanding evolutionary theory is important for the development of such approaches.
The continued development of such approaches indicates that the prospect for development of a living, implantable artificial kidney remains just beyond the horizon.
Development of such approaches, which would rely upon contemporary, high current electron beams to initiate polymerization, would help the chemical processing industry alleviate its problems of catalyst disposal and its related environmental concerns.
In our final section, we discuss the main obstacles hampering the development of such approaches and we suggest that ecosystems services provided by termites are not sufficiently appreciated, especially in the context of long-term processes and possible biotechnologies derived from a detailed knowledge of their biology.
In this review article, the development of such approach is introduced in three categories: the low-Reynolds number turbulence models, the correlation-based transition models, and the recently proposed models based on local variables.
Nevertheless, the growing market for GM technologies, especially in the developing world, will continue to drive down the costs of development and implementation of such approaches.
Advances in both molecular genotyping technology and theoretical developments have contributed to the growing impact of such approaches on medical entomology.
The ultimate aim of such approaches is the development of antibodies with novel, tailored Fc regions able to elicit effects via one or more selected mechanisms of action that retain the favourable properties of specificity, affinity, low immunogenicity and acceptable pharmacokinetics.
While the generation of high titer producing strains remains per se an arduous field of investigation, elucidation of the biosynthetic pathways as well as characterization of their complex subcellular organization are essential prequels to the efficient development of such bioengineering approaches.
