Immune cells as natural couriers for precision therapeutics
Immune cells as natural couriers for precision therapeutics.
The human immune cells have been shaped over millions of years of evolution to reach, penetrate, and migrate through all body tissues – identifying and targeting specific threats with remarkable precision.
Edity has developed an advanced AI-powered platform to engineer therapeutic proteins and optimize them for targeted delivery through the immune system.
These immune cells serve as intelligent carriers, transporting the AI-engineered therapeutic proteins directly to diseased tissues, where they are specifically activated to induce precise pathophysiological changes that treat the underlying condition.
Plug And Play Technology
Plug And Play Technology
Compatible with allogeneic approaches.
Shown to work with T-cells, NK cells.
Creating new modalities
for intracellular therapy
Creating new modalities
for intracellular therapy
Drew M. Pardoll, MD, PhD, is Director of the Bloomberg-Kimmel Institute for Cancer Immunotherapy at Johns Hopkins. A globally recognized pioneer in tumor immunology, his foundational research laid the groundwork for modern immune checkpoint blockade, therapeutic cancer vaccines, and T-cell therapies that transform how we treat cancer.
is an internationally recognized expert in T-cell therapy and immunotherapy. He brings over 25 years of experience and expertise in cell therapy, including C-level and executive roles at Janssen, Eli Lilly and ArsenalBio,and is a co-inventor of the CART-19 technology from the University of Pennsylvania.