The issues described above can be addressed together with the development of a cost-efficient, mobile diagnostic device, which can be deployed into the community and test individuals closer to where they live.
The development of a cost-efficient and scalable enzymatic production platform would improve the reliability of sclareol production.
Thus, the ever increasing global market pressures lead to the demand of a cost efficient tool for the development of new products in the advanced materials industry.
These facts certainly demand the development of an efficient, cost effective and green technique for the detoxification and decolorization of dyes [1].
These facts certainly demand the development of an efficient, cost effective and green technology for decolorization and detoxification of dyes and industrial effluents.
Communications is at the heart of regional and international integration, with the development of an efficient, cost effective and technologically advanced communications infrastructure essential to Botswana's success in the global market.
Hence, the development of low cost, efficient and stable non-precious metal catalysts for ORR has become the goal of worldwide fuel cell people.
Since an accurate molecular diagnosis for this condition can lead to very dramatic improvements in patient care, development of reliable and cost efficient methods for quick and accurate DNA analysis are of major interest.
The development of a cost-effective and efficient bacterial detection assay is essential for diagnostic fields, particularly in resource-poor settings.
Therefore, further research and development (R&D) are needed to enable absorption cooling technology to compete with vapor compression technology via the development of energy efficient, cost effective, environmentally friendly, and compact size systems.
