Sentence examples for approaches will open from inspiring English sources

We expect that these novel hydrogel-based approaches will open up new possibilities in drug delivery and cell therapies.

As novel insights from studies using these translational models will advance the basic science, and close cooperation in this important field of clinical translation (Madry et al. 2014a) will improve current reconstructive surgical options, the clinical application of such innovative approaches will open novel avenues for regenerative therapies of musculoskeletal disorders.

We believe that our approach will open a new door to exploring the impact of social behavior on networking.

We believe this bio-inspired approach will open the door to a range of interesting studies related to micro/nano-materials fabrication.

The modified bismuth based oxide approach will open new avenues for the development of efficient photocatalyst for environmental remediation and energy conversion.

If combined with simultaneous nanoprobe spectroscopy, this approach will open the door to a new way of studying the kinetics of nano-scaled phenomena.

Our simple chemical approach will open the path to fabrication for rectangular GNSs in the hundred nanometers by few hundred nanometers scale and a broad application of MWCNTs to the novel carbon nanostructure.

The advances in stem cell approach will open a door of lung regeneration and contribute to future success of lung transplantation medicine, in cooperation with bioengineering approach for 3D structure.

The bio-inspired nanostructure, as well as the facile and scalable fabrication approach, will open a new avenue to the rational design and preparation of efficient photocatalysts for pollutant removal.

This chapter explores mechanisms of physical interaction and signaling from the cytoskeleton to the extracellular matrix, using endothelial responses to hemodynamic forces as an example to suggest that a systems modeling approach will open new directions for vascular bioengineering.

If combined with simultaneous nanoprobe spectroscopy (e.g., energy dispersive X-ray spectroscopy and energy-loss electron spectroscopy), this approach will open the door to a wide range of applications, such as studying the kinetics of nano-scaled phenomena.