Explore how polybutylcyanoacrylate nanoparticles, derived from superglue, are revolutionizing gene therapy delivery systems in medical science.
Explore the development of multifunctional chimeric proteins as receptor-mediated gene transfer vectors, the molecular taxis delivering genetic material with precision.
Explore the groundbreaking gene therapy fidanacogene elaparvovec and its transformative impact on hemophilia B treatment through clinical trial results.
Explore the revolutionary development of hybrid artificial lungs using gene-transfected biological cells that could transform treatment for lung failure patients.
Explore antisense cancer gene therapy - a revolutionary approach that targets cancer at the genetic level by silencing specific genes responsible for cancer growth.
Explore how PEGylation creates molecular stealth coats for siRNA delivery, enabling precise gene therapy for cancer treatment by targeting the hTERT gene.
Discover how nature-inspired transcription factor engineering is revolutionizing gene therapy with reduced toxicity and enhanced precision.