Sentence examples for environment capable to from inspiring English sources

Their ability to work autonomously provides a distributed environment capable to monitor even remote or inaccessible areas, which explains the wide application range of WSNs.

The proposed testbed features (i) an emulation capability allowing live experiments with prototyped hardware and software embedded into robotic cars, computers/laptops, and netbooks; (ii) an integrated environment capable to emulate VDTN protocol stacks, services, and applications; and (iii) operation under emulated realistic operating conditions.

Other guidance advocates a person centred approach encompassing tenets of PBS which leads to environments capable to deal with such behaviour and the implementation of skilled commissioning for care provision [ 29].

This indicates that E. hormaechei is widely distributed in the environment and capable to adapt to different niches.

A fundamental feature of any culture system is its cytocompatibility therefore hESCs embedded within this hydrogel were subjected to live/dead staining in order to validate if the hydrogel construct was able to provide an environment capable of maintaining sufficient hESC viability.

When Nature is out of balance, the system itself will initiate whatever action it must take in order to reestablish an environment capable of sustaining all life -- not just human life, but all life.

Despite the specific microaerobic growth requirements, C. jejuni is ubiquitous in the aerobic environment and is capable to face different stresses during transmission, including temperature changes, starvation, hypo- and hyper-osmotic stress, and desiccation.

Our goal is to provide a meshing environment capable of meshing not only anatomic structures, but implants as well.

We propose instead that elevated estradiol levels in the periovulatory period act via epithelial ERα to alter secretion of oviduct innate immune mediators, particularly proteases and PIs, and that this process is essential to generate a luminal environment capable of supporting fertilization and embryo development.

Design of new osteoinductive biomaterials to reproduce an optimized physiological environment capable of recruiting stem cells and instructing their fate towards the osteoblastic lineage has become a priority in orthopaedic surgery.

A possibility to integrate a multilayer set of computational models into file database is foreseen with the aim of creating a computational environment capable of combining with other models and software to enable a high level of flexibility and computation automation.