Sentence examples for contribute for the development from inspiring English sources

Environmental factors, irrespective of age and sex contribute for the development of secondary osteoporosis.

Results presented in this work contribute for the development of innovative process for food processing and preservation.

These findings contribute for the development of an economical and efficient technology for large scale production of second generation ethanol.

This paper will focus the advantages of lightweight partition walls and may contribute for the development of new partition wall technologies.

This field experiment was, therefore, conducted to contribute for the development of appropriate nutrient management strategies that can sustain malting barley production, improve the livelihood of farmers and satisfy the increasing demands from the brewing industry in Ethiopia.

Understanding the biological activity profile of the snake venom components is fundamental for improving the treatment of snakebite envenomings and may also contribute for the development of new potential therapeutic agents.

As the finding of the study indicates, the firms that are supported by the government were more successful than their counter parts, therefore the government should expand its scope in developing small firms that contributes for the development of economy.

Also, the group has contributed for the development of novel statistical methods for QSAR modeling as best multilinear regression and heuristics regression methods.

With the aim of contributing for the development of design guidelines capable of predicting with high accuracy the punching resistance of steel fibre reinforced concrete (SFRC) flat slabs, a proposal is presented in the present paper and its predictive performance is assessed by using a database that collects the experimental results from 154 punching tests.

Celina Val, Peter Thorun, Vinícius Abreu, Paulo Batista and are computer science students that contributed for the development of the system.

This significantly reduces the mechanical load to the skeleton, contributing for the development of bone frailty and functional decline at advanced age.