Sentence examples for more efficient viral from inspiring English sources

However, the episomal vector method solves tricky problems associated with the more efficient viral approach, which involves inserting foreign genes into the cell's genome and potentially interrupting or influencing other genes that can change cell behavior.

The obvious idea here is to provide artists with a more efficient viral promotion and distribution channel to reach, engage with and sell music to fans – seamlessly integrated with Twitter.

This would favor a more efficient viral processing and presentation to CD4+ T cells with a minor rate of infectious HIV transmission.

Moreover, in some cases such as poxvirus or HCV, one or more viral product can interfere with IFN secretion or signalling at multiple points, ensuring a more efficient viral escape to innate immunity of the host [6], [9].

This protective effect may arise from the activity of α-defensins1-3 to damage the virions prior and/or after their internalization by immature DC, and hence favoring a more efficient viral processing and presentation to HIV-specific CD4+ T cells, without or with a minor rate of transmission of infectious HIV-1 virions.

This structure, formed between HIV-infected cells and healthy mucosal epithelial surface, supports a more efficient viral transcytosis compared to cell-free virus.

Another great advantage of open-source companies is their far more efficient and viral go-to-market motion.

The NAs of both of these viruses display human host adaptations, but of the two, 09N1 is more robust and is thus more efficient at viral release.

These results provided further insight into the mechanisms of in vitro gene transfer enhancement by introducing reducible linkages, contributing to the rational design of more efficient non-viral gene delivery systems.

These findings provide further insight into the behavior and condensation mechanism of DNA in an organic solvent and may aid in developing more efficient non-viral gene delivery systems.

Viral vectors are more efficient than non-viral vectors for DNA delivery but may present a significant risk to patients, while non-viral carriers are inherently safer than viral carriers [8 10].