Sentence examples for modifications can achieve from inspiring English sources

To address this issue, we developed the effective circumvention of multidrug resistance in cancer cells by a yolk-shell Fe3O4@MgSiO3 nanoplatform with the polymerpoly ethylene glycol) and folic acid modifications can achieve active targeted delivery of anti-cancer drug by using combined magnetic and ligand targeting.

It is found that MFC with partial modification can achieve comparable performance with that of conventional full electrode modification, demonstrating the feasibility of partial modification method.

The presence or absence of this modification can achieve switch-like regulation [ 25, 26].

They argued that this asymmetry arises because many mutational routes to receptor modification or loss can achieve resistance, while phage infectivity requires the evolution of specific binding to the modified version of the existing receptor or to an entirely different receptor, which is likely to be subject to greater mutational constraint.

The implication is that many modifications of genome order can achieve attenuation for long periods of evolution, even gene orders that retain the natural order of the elements controlling entry and timing of gene expression.

This suggests that multiple methods of post-growth modification of CNT arrays can achieve densified turfs with tailored mechanical properties without corresponding degradation of the electrical contact behavior.

By ensuring d k  ≢ 0 (mod M + 1) for any k, the modification guarantees that we can achieve the same DFT-based submatrix structure as that of p = 2.

In combination with similar modifications, the library preparation protocol can achieve barcoding of 96 samples in parallel.

If not, are there simple modifications to the frame design that can achieve this?

Thus, different pathways of modification, and therefore different chromatin states, can achieve the same end: promotion of homologous recombination.

Such modifications can be achieved either by rational redesign, which requires knowledge of the enzyme structure, or by random mutagenesis methods followed by screening.