Sentence examples for extensive requirement for from inspiring English sources

Instead, medical users like Mik, who predominantly make less than $30,000£19,08686) a year and suffer from various diseases, will be forced to purchase corporate dope: only for-profit companies can afford the extensive requirement for licenses to grow in the new system.

Instead, medical users like Mik who predominantly make under $30,000 per year and suffer from various diseases will be forced into purchasing corporate dope: only for-profit companies can afford the extensive requirement for licenses to grow in the new system.

Heart pumps oxygen and nutrient-rich blood throughout the body to sustain life and has an extensive requirement for energy production.

Frequent defects in the proximal tarsus, deletion of the tibial spurs, and malformation of the distal tibia may indicate a more extensive proximal requirement for EGF in the legs of T. castaneum compared with D. melanogaster.

In a statement, the Frankel-Viertel-Baruch-Routh group of producers said, "The show's extensive technical requirements for film and multimedia projection required raising what proved to be an extraordinarily large amount of additional money; millions, actually, which was simply unavailable for a noncommercial production in the current economic climate".

Given the extensive computational requirements for computing exact confidence intervals, high quality approximations can in turn be used.

The method is based on analyzing chemical reactions by making a distinction between intensive and extensive concentration requirements for the involved chemical substances.

The histopathological scoring system proposed by Brandwein-Gensler et al. is a powerful tool but its broad implementation may be limited by its labour intensiveness and the requirement for extensive training.

This was achieved using Opal OP to wrap the DOCK application as a grid service and PERL for data manipulation purposes, alleviating the requirement for extensive knowledge of grid infrastructure.

This approach also does away with data retrieval and integration complexities arising from heterogeneously derived information attached to a single chemical entity in certain databases, manifested in the requirement for extensive involvement of a human expert to identify a set of descriptors suitable for a particular comparison.

This points to a requirement for extensive scientific innovation and DRR collaboration that reduces uncertainty, for better modeling, early warning, and more cost-effective approaches to hydrological and meteorological risks, both with respect to climate change and with respect to the translation of science and technology into actions.