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GeoVax Highlights the Critical Role of MVA-Based Vaccines in U.S. Biodefense Strategy

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GeoVax's GEO-MVA: Strengthening U.S. Biodefense

ATLANTA, GA - March 3, 2025 (NEWMEDIAWIRE) - GeoVax Labs, Inc. (Nasdaq: GOVX), a leader in developing vaccines and immunotherapies for infectious diseases and cancer, underscores the strategic importance of its Modified Vaccinia Ankara (MVA) vaccine platform in helping to bolster U.S. biodefense capabilities. Efforts in MVA vaccine design and manufacturing improvements align with key recommendations from the recent "Bolstering U.S. Biodefense: Recommendations For The New Administration" report, published by the Janne E. Nolan Center on Strategic Weapons at the Council on Strategic Risks, a respected think tank specializing in national security and biodefense policy. The report emphasizes the need for robust, diversified medical countermeasures to protect national and global security.

Addressing Biodefense Gaps with MVA-Based Solutions

The "Bolstering U.S. Biodefense" report highlights the urgency of strengthening U.S. preparedness against biological threats, including deliberate attacks, emerging infectious diseases, and supply chain vulnerabilities. GeoVax's efforts towards the development of MVA-based vaccines, including GEO-MVA for vaccination against Mpox and smallpox, and efforts to transition to a next-generation manufacturing platform utilizing a continuous avian cell line, directly align with these national security objectives:

  • Vaccine Supply Chain Resilience: Current reliance on a single non-U.S. manufacturer for critical vaccines, such as MVA, poses a national security risk. GeoVax's efforts to transition to a next generation manufacturing platform should allow for the use of existing domestic manufacturing facilities, leading to a reduced dependence on foreign suppliers and enhancing supply chain security.

  • Advanced Biomanufacturing for Scalability: The biodefense report calls for investment in next-generation biomanufacturing. GeoVax is developing a continuous cell line-based MVA manufacturing platform that it expects will result in rapid, high-volume vaccine production, which is currently not feasible utilizing existing MVA directed manufacturing platforms

  • Diverse Medical Countermeasures for Threat Readiness: The Department of Defense's Biodefense Posture Review and National Biodefense Strategy emphasize the need for multiple vaccine approaches. GeoVax's MVA platform complements mRNA and protein-based vaccines, ensuring a broader and more resilient national preparedness framework.

  • Strategic National Stockpile Shortfalls: The 2022 Mpox epidemic revealed significant vaccine shortages in the National Strategic Stockpile, leaving public health officials unable to meet urgent demand. The reliance on a single foreign supplier for any vaccine can further exacerbate these challenges, reinforcing the need for a diversified, U.S.-based vaccine supply.