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Anixa wins Australian patent for breast cancer vaccine technology through 2040

Anixa wins Australian patent for breast cancer vaccine technology through 2040 GenoMethods.org © genomethods.org
Anixa wins Australian patent for breast cancer vaccine technology through 2040 © genomethods.org
Anixa Biosciences now holds exclusive Australian rights to its breast cancer vaccine platform until 2040. This is a major step in the global race to create the first preventive vaccine for the disease.

Anixa Biosciences has locked down exclusive Australian rights to its breast cancer vaccine technology through 2040. This patent gives the company a stronger grip on its intellectual property and shows its intent to lead the global push for cancer immunoprevention.

Breast cancer is still the most common cancer in women worldwide. No preventive vaccine has ever been approved. Anixa’s vaccine, licensed from Cleveland Clinic, targets human α-lactalbumin. This protein is tied to lactation but also appears in some breast cancers. The vaccine trains the immune system to spot and attack this "retired" protein, aiming to stop tumors from forming without harming healthy tissue. The approach is meant to tackle tough cases like triple-negative breast cancer.

The Australian patent, number 2020221280, is titled 'Vaccine Adjuvants and Formulations' and is set to protect Anixa's technology in Australia through 2040.

The new Australian composition-of-matter patent, called "Vaccine Adjuvants and Formulations" and credited to Dr. Justin Johnson and the late Dr. Vincent Tuohy of Cleveland Clinic, adds to Anixa’s patents in the United States, Europe, China, and Japan. This wider patent coverage is more than just legal protection. It sets the stage for regulatory filings, new partnerships, and future commercial plans in major markets.

Early clinical results are starting to come in. A Phase 1 trial at Cleveland Clinic, funded by the U.S. Department of Defense, showed that Anixa’s vaccine met all main goals. The study found the vaccine was safe, well tolerated, and triggered immune responses in over 74% of people who got it. These results support further clinical work, but the vaccine is still experimental and not approved for any use, as reported in an Investing.com company news report.

Dr. Amit Kumar, Chairman and CEO of Anixa Biosciences, called the patent a key step: “This newly issued patent strengthens the global foundation we are building for our breast cancer vaccine.” He said the growing international patent portfolio helps Anixa look for global deals and possible partnerships with bigger drug companies for worldwide rollout.

No preventive breast cancer vaccine is currently approved anywhere in the world, highlighting the significance of Anixa's investigational approach and the competitive landscape for first-in-class immunoprevention.

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Anixa’s business model relies on partnerships with top research centers. Its pipeline includes the breast cancer vaccine, ovarian cancer immunotherapy (liraltagene autoleucel, or lira-cel) developed with Moffitt Cancer Center, and other cancer vaccines that target "retired" proteins in common cancers. Cleveland Clinic and Moffitt Cancer Center will get royalties and a share of any commercial revenue from these technologies.

With the Australian patent secured, Anixa is setting up for a global push in cancer prevention. The plan is simple: lock down patents, prove safety and immune response in early trials, and get ready for regulatory and commercial growth. If the vaccine works in larger studies, it could change how breast cancer is prevented. For now, Anixa’s strong patent strategy and early clinical results put it at the front of a high-stakes field.

Elena MacLeod Clinical biotechnology and CAR-T editor GenoMethods.org
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Elena MacLeod

Elena MacLeod is Clinical Biotechnology Editor at GenoMethods, covering CAR-T, engineered cell therapies, gene therapy, clinical trials, cancer immunology and regulatory developments. Her evidence-first reporting focuses on trial design, patient populations, safety, efficacy, response durability and the limitations that determine how early clinical results should be interpreted.