Explore how immunoliposomes combine liposome drug delivery with antibody targeting to create precise cancer treatments with fewer side effects.
Explore how scientists design nanoparticle-tagged nuclear import complexes to deliver drugs and gene-editing tools directly to the cell nucleus.
Explore how histidine-rich peptides are bridging biotechnology and nanomedicine through their unique pH-sensitive properties and therapeutic applications.
Explore how injectable nanocomposite hydrogels are transforming treatments for heart disease, cancer, bone repair, and wound healing through targeted, minimally invasive interventions.
Discover how surface engineering transforms nanoparticles into intelligent medical tools that can precisely target diseases while minimizing side effects.
Explore how engineered nanomaterials are overcoming delivery challenges for siRNA therapeutics, enabling precise gene silencing for treating diseases.
Explore how dendrimers are transforming medicine through precise drug delivery, gene therapy, and targeted cancer treatments with their unique nanostructures.