Sentence examples for has opened avenues from inspiring English sources

The identification of gene variations in HLA-B, HLA-C, HLA-G, and HCP5 has opened avenues of drug and vaccine development that had not been previously explored for HIV infection.

Discovery of BAT has opened avenues for a new therapeutic strategy for the treatment of obesity and related metabolic syndrome.

The utilization of stereocomplexation strategy to these newly developed copolymers has opened avenues to access a variety of new materials with unique characteristics, including novel chemical functionalities, bioactivities, and smart (responsive to external stimulus) properties tailored for specific applications.

In recent weeks, the pre-election vote grab has opened avenues of access and information that reveal elements of both to be true.

Although genome coverage in single-cell approach is still low, this technology has opened avenues for single-cell genomics studies in malaria and offers great opportunities for dissecting multiple genotype infection.

This is a rather profound example, and knowledge of the responsible gene has opened avenues for therapeutic intervention in cases of X-linked SCID, where gene transfer of the normal CD132 appears to be a promising, even curative, treatment modality [ 4, 5].

In both laboratory and field research, new techniques and instruments have opened avenues of research that had previously been difficult or impossible.

Proliferation of open standards and research initiatives towards federated clouds have opened avenues for conceiving truly global cloud markets that can have great impact in delivering economic services, customer satisfaction and environmental implications.

Technologies such as airborne and terrestrial lidar (Light Detection and Ranging) to obtain high-resolution topography have opened avenues for the analysis of landslides, hillslope and channellization processes, river morphology, active tectonics, volcanic landforms and anthropogenic signatures on topography.

As recent preclinical studies have opened avenues for promising pharmacologic, gene and cell therapies of the disease [6], in-depth knowledge of DMD natural history is now mandatory.

Among them, the wide band gap nanocrystalline materials have opened avenue in fundamental studies and tremendous potential applications in diverse areas such as solar cell, photo-catalysis, sensors, photonic and other optoelectronic devices [4 7].