Sentence examples for be attributed to optimized from inspiring English sources

The reason for a high transformation efficiency may be attributed to optimized regeneration protocol and the effective selection procedure employed for the recovery of transformants (8 10 weeks following particle bombardment).

Especially using Py-PPDO-b-PEG@MWCNTs prepared at 40 °C as the precursors, the composite film exhibits both best electrical conductivity (3 11 orders of magnitude higher than that of PCL/MWCNTs composites films at same MWCNTs contents) and mechanical properties, which could be attributed to the optimized wrapping density of this sample.

The low J th room temperature CW operation was demonstrated, which can be attributed to the optimized materials and low waveguide loss.

The most promising candidates (one cellulase, one lipase and one protease) were analyzed in detail to confirm that the increased production can be attributed to an optimized vector backbone.

This advantage can be attributed to the optimized fitting algorithm of HEM, which makes its running time proportional to the number of individuals and not to the number of markers, as is the case for RMLA.

Higher ovotransferrin content can be attributed to various optimized and nutritionally rich feeds given to the hens in poultry as compared to almost no special feed given to the hens under domestic household conditions.

However, MBG film and the incorporated nanorod film had the same loading amount of rhBMP-2, the latter showed a much higher expression of 7-day osteogenic differentiation index than the former, which could be attributed to the synergistic effect of optimized rhBMP-2 release behavior and surface morphology.

The enhancement in the gene length of our transcriptome may be attributed to various factors, such as the optimized assembly parameters (e.g. the K-mer size).

The positive zeta potential of the fabricated and optimized chitosan particles may be attributed to these ionized and protonated amine groups.

These excellent electrochemical performances could be attributed to the high surface area, unique micro/meso/macroporous structure, and optimized nitrogen content.

The excellent electrochemical properties of this graphene-supported nanocomposite could be attributed to the insertion of nanoparticles between graphene nanolayers and the optimized nanoparticles distribution on graphene nanosheets.