Sentence examples for overcoming bottlenecks from inspiring English sources

This is an essential ingredient in overcoming bottlenecks to achieving national and global health goals [ 3, 4].

The WHO report states "[d]eveloping capable, motivated and supported health workers is essential for overcoming bottlenecks to achieve national and global health goals" [[ 1]:xv].

But innovative thinking aimed at overcoming bottlenecks in delivering services is also essential – not least because it can bring care, treatment and support to the women, babies, and families in greatest need.

According to the WHO, developing capable, motivated and supported health workers is essential for overcoming bottlenecks to achieve national and global health goals [ 4] and UNFPA stated that "Continuing education is essential for professional responsibility, and it is also a path to career opportunities for those who want to become educators, supervisors and researchers" [ 7] (p. 19).

Overall, all of these relatively new approaches are based on spatial, temporal, and quantitative regulation of gene expression at the transcriptional or translational level, or both, thereby enabling production of higher amounts of specialized metabolites by overcoming bottlenecks, optimizing expression of genes, and redirecting the flux of precursors.

Furthermore, the strong survival ability of the Père David's deer has allowed these animals to repeatedly overcome bottlenecks when building new breeding populations.

A thorough understanding of the factors that determine expression levels and strategies to overcome bottlenecks are important for predictable protein production.

Since productively infected mosquitoes are capable of transmitting DENV for life, and also take multiple bloodmeals over a single gonatrophic cycle [34], an increased ability of DENV to overcome bottlenecks at the midgut infection stage could have implications for virus transmission.

The simplicity and accessibility of SPMA can overcome bottlenecks due to difficult sample preparation and handling in urinary proteomics.

This approach has previously been shown to overcome bottlenecks in engineering of heterologous pathways and to improve sugar utilization in S. cerevisiae engineered for pentose fermentation [ 22, 23].

Our results demonstrate a powerful strategy for applying systems biology methods to rapidly identify metabolic engineering targets and overcome bottlenecks in performance of engineered strains.