Sentence examples for discover and design from inspiring English sources

Thus, the resultant pharmacophore can be used to discover and design the SIRT2 inhibitors with desired biological activity.

The two tunable bands will open a new avenue to discover and design optimal BFO compounds for optical applications.

High-throughput and combinatorial methodologies are being used more frequently to discover and design improved materials in a time efficient manner for a variety of applications.

An association of virtual screening, docking and a good rescoring procedure is a well known technique to discover and design new lead compounds in medicinal chemistry.

In the evolution of NMR in the pharmaceutical industry, the unique strengths of NMR to provide dynamic and atomic level information continue to be exploited to discover and design new drugs.

It is one of the Centralized Service Facilities of the Collaboration for AIDS Vaccine Discovery (CAVD) whose goal is to discover and design a safe and effective preventive vaccine against HIV/AIDS by means of collaborative and comparative research, supported by the utilization of innovative concepts and new technologies.

Sepsis has always been considered as a big challenge for pharmaceutical companies in terms of discovering and designing new therapeutics.

These findings not only would lay a scientific foundation for discovering and designing flavones-based food and drug, may also help us to understanding the structure-activity relationship between flavones at the molecular level.

More-recent advances have concentrated on the development of non-passive systems to aid delivery of larger drug molecules, such as proteins and nucleotides, as the trend for discovering and designing biopharmaceuticals continues.

"This proof of concept shows that we could make significant advances in discovering and designing complex drugs, which could lead to improvements in safety and efficacy, while also potentially reducing the cost of drug discovery which is a high-risk and expensive process". The research was funded by the Biotechnology and Biological Sciences Research Council and is published in the Nature journal.

The investigation of tunable generic models of ultrasoft particles, inspired by the bounded character of the real effective interactions in polymer solutions, offers a route for discovering and designing novel soft matter phases with potential realizations in real life.