Recent developments in multilayered polymeric particles - from fabrication techniques to therapeutic formulations

Area of Science:

• Pharmaceutics and Drug Delivery
• Materials Science
• Biotechnology

Background:

• Multilayered particles are increasingly important in pharmaceutics.
• They offer advantages over single-layered systems, particularly in controlling drug release.
• These systems are crucial for advanced therapeutic applications.

Purpose of the Study:

• To provide an overview of recent advancements in fabricating multilayered polymeric particles.
• To discuss fabrication techniques for engineering these complex particles.
• To critically examine key issues and future outlooks for multilayered particle systems in therapy.

Main Methods:

• Review of recent literature on multilayered particle fabrication.
• Discussion of various engineering and fabrication techniques.
• Analysis of challenges and limitations in current methods.

Main Results:

• Multilayered particles demonstrate significant potential for controlled drug release.
• Fabrication techniques are diverse and continually evolving.
• Key challenges include scalability, stability, and precise layer control.

Conclusions:

• Multilayered particles represent a promising platform for targeted, triggered, and sustained drug delivery.
• Further research into fabrication and addressing current challenges is essential for clinical translation.
• These advanced systems hold potential to significantly impact therapeutic outcomes.