CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
A vessel-cancer co-culture microfluidic model that replicates the tumor microenvironment to assess CAR-T cell migration, infiltration, and cytotoxicity—enabling dynamic, high-throughput evaluation of immunotherapy candidates in solid tumors.
CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
A vessel-cancer co-culture microfluidic model that replicates the tumor microenvironment to assess CAR-T cell migration, infiltration, and cytotoxicity—enabling dynamic, high-throughput evaluation of immunotherapy candidates in solid tumors.
CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
A vessel-cancer co-culture microfluidic model that replicates the tumor microenvironment to assess CAR-T cell migration, infiltration, and cytotoxicity—enabling dynamic, high-throughput evaluation of immunotherapy candidates in solid tumors.
CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
A vessel-cancer co-culture microfluidic model that replicates the tumor microenvironment to assess CAR-T cell migration, infiltration, and cytotoxicity—enabling dynamic, high-throughput evaluation of immunotherapy candidates in solid tumors.
CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
A vessel-cancer co-culture microfluidic model that replicates the tumor microenvironment to assess CAR-T cell migration, infiltration, and cytotoxicity—enabling dynamic, high-throughput evaluation of immunotherapy candidates in solid tumors.
CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
A vessel-cancer co-culture microfluidic model that replicates the tumor microenvironment to assess CAR-T cell migration, infiltration, and cytotoxicity—enabling dynamic, high-throughput evaluation of immunotherapy candidates in solid tumors.
CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
A vessel-cancer co-culture microfluidic model that replicates the tumor microenvironment to assess CAR-T cell migration, infiltration, and cytotoxicity—enabling dynamic, high-throughput evaluation of immunotherapy candidates in solid tumors.
CAR-T Migration & Cytotoxicity in a Vessel-Cancer Co-Culture
A vessel-cancer co-culture microfluidic model that replicates the tumor microenvironment to assess CAR-T cell migration, infiltration, and cytotoxicity—enabling dynamic, high-throughput evaluation of immunotherapy candidates in solid tumors.