Sentence examples for further optimizations such as from inspiring English sources

After candidate selection, further optimizations such as shortening and modifying candidate sequences are performed.

However, 3D organoid models still need further optimizations such as the size and density of cell aggregates and the treatment period of NPs as well as drug-conjugated NPs [50].

Secondly while access to users is still easier than in the traditional space, securing the top spots of the app stores has become much more expensive and requires further optimization, such as SEO, branding and media buying, that most studios don't have.

However, these options often require some degree of further optimization such as balancing expression of each polypeptide chain, or the use of proprietary modified E. coli strains which are not readily available.

The analysis and parametric imaging algorithms may be improved by further optimization, such as increasing the number of averaged A-scans for greater speckle reduction, or altering the fitting range based on the expected homogeneity of selected regions.

Further optimization, such as surface treatment within the microfluidic channel or redesign of channel geometry, can be applied to protect the channel wall from precursors to avoid precipitation during long-term operation.

According to the results of further analysis, structure optimizations such as using block structures in the break-out and modifying the feeder supports are proved with good effect.

Additional analyses using the state-of-the-art algorithm random forest as well as further optimization methods such as SANN and greedy, revealed similar results which strengthened the reliability of the GALGO results.

This geometry model serves as the core of the design system on which further aerodynamic and mechanical optimization, such as full 3D computational fluid dynamics (CFD) analysis and finite element analysis (FEA), can be subsequently performed.

Although the initial MESA development described here relied upon design-based methods, it is certainly possible that these functional designs may serve as starting points for further optimization using approaches such as directed evolution or computation-guided protein engineering.

Further optimization of such large surfaces could be conducted using affinity maturation methods.