Sentence examples for cells for the future from inspiring English sources

Our results are an important step toward high-efficiency ultrathin solar cells for the future.

A number of clinical trials with CIK cells have been implemented during the progressive phases of cancer, presenting potential widespread applications of CIK cells for the future.

A longstanding question in mammalian development is whether the divisions that segregate pluripotent progenitor cells for the future embryo from cells that differentiate into extraembryonic structures are asymmetric in cell-fate instructions.

This was recorded by the Murchison Wide Field Array in Western Australia, a test cell for the future international Square Kilometre Array project (SKA 2015).

A further characterization of the electrophysiological and biochemical properties of these cells should reveal the potential and significance of this cell model for the future studies of airway sensory neurons (e.g., cough sensors).

On the other hand, recently cellular cooperative communication for multiple base stations and multiple users is drawing attention as a solution to achieve high system throughput in cell-edge for the future mobile communication systems, such as coordinated multipoint (CoMP) transmission, cooperative beam, cooperative resource control, cooperative transmission, cooperative relaying, etc [6 8].

As such, the commercial production of this type of solar cells holds promise for the future.

This ensures that healthy supply of progenitor cells is maintained for the future.

As stem cells hold promise for the future medicine, the possible aberrations in the genome level with their associations to the transcriptomics must be recognized before the cells can be safely used for example in stem cell therapy [ 23].

CONCLUSION: Biomatrix scaffolds can be used for biological and pharmaceutical studies of lineage-restricted stem cells, for maintenance of mature cells, and, in the future, for implantable, vascularized engineered tissues or organs.

Our findings, along with the ability of TGF-β to increase the expression of key macrophage cholesterol efflux genes (Fig. 2) and cellular cholesterol efflux, as shown elsewhere [18 20], indicate that TGF-β has substantial anti-foam cell properties and highlight its potential as a powerful anti-foam cell therapeutic tool for the future.