Post-targeting strategy for ready-to-use targeted nanodelivery post cargo loading.

Area of Science:

• Biomedical Engineering
• Nanotechnology
• Drug Delivery

Background:

• Conventional nanodelivery systems often face challenges with PEGylation, impacting targeting efficiency.
• Developing versatile and ready-to-use targeted nanoplatforms remains a significant goal in nanomedicine.

Purpose of the Study:

• To develop a post-targeting methodology for facile installation of targeting modules onto nanoplatforms.
• To enable the targeted delivery of broad-spectrum therapeutics, including drugs and genes, in aqueous media.
• To overcome limitations associated with conventional PEGylation strategies in nanodelivery.

Main Methods:

• Utilized boronate formation chemistry for post-targeting module installation.
• Developed a cargo-loaded nanoplatform compatible with aqueous environments.
• Demonstrated the attachment of versatile targeting modules to the nanoplatform.

Main Results:

• Successfully established a post-targeting strategy for nanoplatform functionalization in water.
• Achieved ready-to-use targeted nanodelivery of therapeutic cargos (drug/gene).
• Overcame the common PEGylation dilemma encountered in traditional targeting methods.

Conclusions:

• The reported methodology offers a versatile and efficient approach for targeted nanodelivery.
• This strategy provides a practical solution for preparing targeted nanotherapeutics on demand.
• The findings have implications for advancing the clinical translation of nanomedicines.