AU2023269182A1 — Immunotherapy of skin cancer using mpla-loaded hpg nanoparticles
Assigned to Yale University · Expires 2024-11-14 · 2y expired
What this patent protects
Encapsulation of MPLA in HPG-PLA nanoparticles having bioadhesive functional groups on the surface ("BNPs") prolongs the local antitumor immune response in melanoma and boosts the adaptive immune response conferred by MPLA due to the polymer's bioadhesive properties. Deli…
USPTO Abstract
Encapsulation of MPLA in HPG-PLA nanoparticles having bioadhesive functional groups on the surface ("BNPs") prolongs the local antitumor immune response in melanoma and boosts the adaptive immune response conferred by MPLA due to the polymer's bioadhesive properties. Delivery of MPLA in BNP prolongs the host's antitumor response with lower quantities of MPLA.Studies in mice showed that NPs delivered intratumorally have good lymphatic drainage and accumulate in lymph nodes, with prolonged dendritic cell maturation
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