Sentence examples for have led us to develop from inspiring English sources

Such problems have led us to develop a green route for the synthesis of Pt@Cu nanostructures using A. laxiflora leaf extract (ALLE) as both a reductant and stabilizer, and then compare its catalytic activity with that of the conventional acetic acid used for oxidative desulfurization (ODS) process.

The participants, in turn, through their growing interest, participation and requests, have led us to develop a website and additional interactive platforms.

Within the Cochin Institute and the IFR Alfred Jost, a growing number of research projects in the field of genomics studies, as well as the hospital's need, have led us to develop a transcriptomic and genomic platform.

Our experiences have led us to develop and open source two platforms that strive to reduce the engineering effort required for deployments:.NET Gadgeteer (http://www.netmf.com/gadgeteer/), a prototyping platform for custom devices, and Lab of Things (http://www.lab-of-things.com/), an SDK (software development kit) that provides features such as remote monitoring and updates for home deployments.

These reasons have led us to develop an object-relational transformation methodology [20 25] which allows us to use the OO methodology for data modelling and to transform it into a relational logical model for implementation in relational database management systems (RDBMSs).

"Years of observing these pain points and obstacles faced by our clients have led us to develop a proprietary algorithm that will streamline the entire ordering process.

The growing demand for increased numbers of functional DCs, both for improved efficacy of DC-based immunotherapy and for use in the industrial production of DCs, has led us to develop an efficient method for the mass production of functional DCs.

Indeed, the integration of 3-residue and 9-residue LSPPs into the three widely used information, sequence profile, secondary structure and hydrophobic score has led us to develop the effective fold recognition program, FR-t5.

The increasing demand which society places on the forest landscapes has led us to develop a tool to identify the economic landscape value around natural protected areas.

The need for a prompt in-field quantitative identification of HAV in real samples has led us to develop a chemiluminescent fibre optic genosensor system.

This has led us to develop a multiagent expert systems capable to run on servers that can support a large group of users (clients) who communicate with the system over the network.