The Missing Link In

Cell Therapy

Scientists reviewing cell imaging data

PushCART is transforming the face of cellular immunotherapy therapy for solid tumors.

While CAR-T has been successful for liquid tumors (leukemias/lymphomas/myelomas) it has not proved effective in the solid tumors that comprise 90% of all cancers (breast, lung, colorectal, pancreatic, ovarian, etc.).

PushCART’s novel suite of technologies promise to enable cell therapies to break through the wall that solid tumors build to protect themselves from attack by the immune system.

(About Us)

Our Mission

Our mission is to make cellular immunotherapy safe and effective at treating solid tumor cancers.

PushCART Therapeutics is pioneering a new generation of cellular immunotherapies designed to overcome one of cancer's greatest defenses.

Our proprietary enzyme-enabled technology empowers immune cells to penetrate solid tumors, unlocking the potential of cell therapies for the cancers that represent nearly 90% of all cancer diagnoses.

The Science

01

Fortified Tumors
Build Barriers

Like medieval fortresses, solid tumors build protective walls that shield cancer cells from the immune system.

Fortified extracellular matrix structure
02

PushCART Breaks
Through Barriers

PushCART provides the "battering ram," using engineered enzymes to break down the tumor's protective matrix

Immune cell breaking through tumor barrier
03

Unlocking More
Effective Therapies

Once inside, immune cells can work more effectively, complementing a broad range of existing cancer therapies.

Lab pipette working with sample vials

What sets us apart

Scientist examining a sample under a microscope Automated pipette dispensing samples into vials

Solves a Critical Challenge

Addresses one of the biggest barriers in cellular immunotherapy, enabling immune cells to reach solid tumors.

Breaks Through Tumor Defenses

Uses engineered enzymes to degrade the tumor's protective extracellular matrix.

Expands Treatment Potential

Enhances the effectiveness of existing cell therapies by improving tumor penetration.

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