Sentence examples for pathways for the development of from inspiring English sources

We identified distinct pathways for the development of HL60 leukemia cell resistance to apoptosis induction.

For instance, these gene networks have identified transcriptional hubs that have revealed potential targets and pathways for the development of therapeutic options for retinal diseases.

There are a striking number of common underlying potential biological risks and pathways for the development of cancer, cancer-related cognitive declines, and aging processes, including the development of a frail phenotype.

These findings demonstrate a role for increased fat metabolism and autophagy in prostatic neoplasias and highlight the potential of targeting underexplored metabolic pathways for the development of novel therapeutics.

In the following, Section 2 presents the status of HVDC and MTDC systems; Section 3 discusses progresses in high-voltage AC and DC integration; challenges along with the research pathways for the development of MTDC systems are presented in Section 4; and some recent research works on the control of MTDC grids are reviewed in Section 5, before concluding remarks that are provided in Section 6.

Thus there can be many pathways for the development of brain abscesses in sepsis.

We review recent progress and future perspectives in targeting the IDO1/TDO2 KYN AhR signaling pathway for the development of novel cancer immunotherapies.

"As a public university with a large and varied student body, we are a central pathway for the development of a Millennial audience," noted Jackson.

The results presented here shed light on the deformation mechanism of self-associated polymers and offer a new pathway for the development of mechanically reinforcing materials.

The pathway for the development of the primary compound, 2-Acetyl-1-pyrroline, accounting for the typical aroma of the proposed products, is modeled according to a simplified reaction kinetic approach [1].

These findings open a new pathway for the development of novel and efficient semiconductor photocatalysts by tuning the superlattice structure with atomic precision, which will greatly benefit the solar water splitting area.