The smartest move for lasting cancer remission.

The smartest move for lasting cancer remission.

Unlocking new ways to overcome drug resistance and enhance existing treatments.

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A New Genetic Logic for Cancer Therapy

Targeted therapies have transformed precision oncology, but they lack the long-term durability needed to cure advanced tumors.

At Red Ace, we take a different approach: we reprogram tumors from the inside out to create entirely new therapeutic opportunities.

By rewiring cancer cells with synthetic vulnerabilities, our platform can overcome resistance and enable treatments that last.

Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.
Scientist with a microscope.

Why it Works

We use tumor-targeting vectors to deliver gene circuits that reprogram cancer cells.

Then, engineered cells work like a Trojan horse, re-engineering the tumor before delivering the final blow.

Overrides Drug Resistance

Active against broad sources of potential treatment failure

Safe & Selective

Tumor-specific delivery reduces off-target effects

Durable Remission

Reprogrammed tumors collapse, preventing relapse

Modular Platform

Adaptable across multiple disease areas and therapies

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red gradient
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Inside the Genetic Logic

Inside the
Genetic Logic

We’ve pioneered a new therapeutic platform called selection gene drive technology.

Using tumor-targeted viral vectors, we selectively deliver therapeutic gene circuits directly into cancer cells. These circuits work in combination with existing treatments to rewire tumors with new, synthetic vulnerabilities.
Once the tumor is reprogrammed, we activate these vulnerabilities to eliminate resistant cancer cells—delivering a powerful, two-step strategy designed to prevent relapse.

The Vector

Programmable viral vectors seek out and selectively modify cancer cells.

Resistant cell

Vector

Shield

Sensitive cell
Engineered
cell

The Vector

Programmable viral vectors seek out and selectively modify cancer cells.

Resistant cell

Vector

Shield

Sensitive cell
Engineered
cell

Resistant cell

Vector

Shield

Sensitive cell

Engineered cell

The Vector

Programmable viral vectors seek out and selectively modify cancer cells.

Resistant cell

Vector

Shield

Sensitive cell

Engineered cell

The Vector

Programmable viral vectors seek out and selectively modify cancer cells.

Resistant cell

Vector

Shield

The Vector

Programmable viral vectors seek out and selectively modify cancer cells.

Sensitive cell

Engineered cell

vector schematic
Vector

Meet the Team

Meet the Team

Led by Experts in Gene Circuits and Oncology

Led by Experts in Gene Circuits and Oncology

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Partner With Us

Let’s Build the Future of Cancer Therapy

If you're an investor or strategic partner interested in advancing
the next generation of gene therapies, we’d love to hear from you.

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