This study demonstrates peptide nucleic acid conjugates stabilizing RNA G-quadruplexes, offering a novel approach to oncogene translation regulation.

The study highlights the potential of green nanotechnology in sustainable pollution control, waste treatment, and advancing circular economy principles for environmental remediation.

A low-cost, portable diagnostic device enables sensitive, rapid malaria detection, aiding intervention programs to reduce transmission and improve outcomes globally.

The GinerSTAT enables rapid, cost-effective detection of brevetoxins in seawater, revolutionizing harmful algal bloom monitoring and mitigating health and economic impacts.

Microporous COL-CaCO3 scaffolds with additives and compression tuning significantly improved mechanical strength, supporting sustainable bone tissue engineering applications.

This study develops thermoresponsive star copolymers with potential for efficient, biocompatible nucleic acid delivery in biomedical applications.

This study develops bioactive peptide-polymer scaffolds, enhancing chondrocyte proliferation, ECM deposition, and mechanical properties for advanced cartilage tissue engineering applications.

This study advances RBC-based nano-carriers using pseudopeptidic polymers and improved purification, enhancing targeted, personalized, and sustained drug delivery.

Combining biomaterial scaffolds with nucleic acid vectors enhances safety, delivery efficiency, and controlled release for regenerative medicine applications.