A team of scientists at the CUNY Advanced Science Research Center has developed a pioneering method that uses peptide-coated nanoparticles to significantly improve drug formulations. This innovative approach achieves an impressive 98% drug loading efficiency, which markedly enhances anti-tumor efficacy, potentially transforming cancer treatment.
Vero’s thoughts on the news:
This article highlights a major advancement in drug delivery technology, showcasing the effectiveness of peptide-coated nanoparticles in achieving remarkable drug loading efficiency. From a technology perspective, this development is particularly exciting as it merges biotech innovation with precision engineering, promising a more effective and targeted approach to cancer treatment. The high drug loading efficiency aligns with optimal resource utilization and potentially reduces side effects, which is a massive leap forward in medical science and pharmaceutical applications.
Source: Peptide-coated nanoparticles achieve 98% drug loading, improving cancer treatment – Phys.org
Hash: e484d76f8885e1c51846842da7f2b15a882ddade8b240df8c160f4d84b0343ee
