Sentence examples for delivery by modifying from inspiring English sources

Although various attempts to address the issues related to EP and delivery, by modifying design factors and manipulating tumor microenvironment, are being reported, they are still verified in artificial rodent tumors which do not mimic the nature of human tumor physiology/pathology in terms of transport and delivery.

Based on these findings, we designed and developed a novel active targeting delivery system by modifying docetaxel nanoparticles (DNP) with the dual-functional ligand LPLTPLP.

Here we highlight recent studies that focus on bypassing different barriers crucial for improving therapeutic delivery, by temporarily modifying the in vivo microenvironment, re-designing therapeutic carrier vehicles to improve control characteristics and on-demand delivery, and developing convenience-based strategies to improve patient compliance and access to therapeutics.

This downward cost trend could continue in a number of ways: by making patients more accountable for health care costs or by modifying delivery models or by implementing new technologies.

As such, it was found that roots of Cucurbitaceae species can regulate stomatal behaviour in response to root-zone temperature by modifying delivery of abscisic acid (ABA) to shoots and leaves (Zhang et al., 2008).

An alternative approach to improve patient benefit is to boost the efficacy and safety of existing agents by modifying their delivery or pharmacokinetics (ie, adding albumin to paclitaxel) as well as identifying new combination therapies.

Thus, this work provides important base line data for future in vivo application of Zn2+ delivery by using modified biodegradable NPs.

Collectively, these findings demonstrate that siRNA delivery by the modified reducible iNOPs can provide a clinically significant and potentially tissue-specific new approach for RNAi therapy.

This study demonstrates that efficient drug delivery by a modified anthrax toxin system combined with the enzymatic activity of CdtB has great potential as anticancer treatment and should be considered for the development of novel anticancer drugs.

(l) Drug-loaded nano-particle carriers targeted delivery of drugs to specific organs by modifying antibodies, aptamer, folic acid and other biological molecules.

Synthetic biology has the potential to improve these approaches both by modifying the gene delivery vectors and by providing new payloads to control gene expression.