Sentence examples for applications highlighted from inspiring English sources

Here, I discuss the major research findings presented and the important roadblocks to therapeutic applications highlighted by these ongoing research efforts in stem cell biology.

Although micelles formed by block or branched copolymers could be useful for controlling the loading and release of proteins or other hydrophilic drugs from oil phases relevant to many of the biomedical applications highlighted above, very few studies of micellar systems in biocompatible oil phases for drug delivery have been reported.

The most current data from industry and academia have been used with the relation between fuel cell fundamentals and applications highlighted throughout the manuscript.

In this chapter, the state of the art of spinal implants such as interbody spacers and intervertebral disc (IVD) prostheses made of conventional materials, is described and the role of composite biomaterials for spine applications highlighted.

It is not the intent of this spotlight to review thoroughly the rheological behavior of the metal, but understanding aspects of the rheology at a basic level helps explain the applications highlighted herein.

The functional implications of expression of this variant (which has partial deletion of exon 8 and exon 12 and skipping of exon 9, 10 and 11) are discussed and potential applications highlighted.

The TV station also transmits the LibrasTV application (highlighted), which is encoded using DSM-CC Object Carousel standard [19].

Mappæ Clavicula has a distinctly alchemical character and only briefly touches upon craft applications, as highlighted by both its enigmatic prologue and the sequence of its texts.

Meanwhile, a 3D streaming technology, which can effectively transmit visualization information across networks for Web applications, is highlighted and the algorithms behind it are disclosed.

Several examples of polymeric materials specially developed for optoelectronic applications are highlighted demonstrating that by fine-tuning chemistry and architecture in highly aromatic polymers significant progress can be made in their performance.

Two examples of application are highlighted, showing the suitability and usefulness of the proposed model for the evaluation of bioactive glasses in tissue engineering applications.