GeoVax Labs, Inc. (Nasdaq: GOVX), a clinical-stage biotechnology company, announced that Senthil Ranganathan, PhD, Vice President, Technical Development and CMC Operations, will present at the World Vaccine Congress Europe 2026, taking place October 19–22 at the RAI Amsterdam. The presentation, titled "Revolutionizing MVA – Single Dose and Continuous Cell-Line Manufacturing," will highlight the company's progress in advancing next-generation Modified Vaccinia Ankara (MVA) technologies with two complementary objectives: achieving robust immunity after a single vaccine administration and establishing a scalable continuous cell-line MVA manufacturing platform.
MVA has a decades-long history as a well-characterized vaccine platform and is increasingly important for addressing emerging infectious diseases and biodefense threats. However, broader deployment of MVA-based vaccines can be constrained by multi-dose vaccination regimens and manufacturing processes dependent on primary avian cells. GeoVax's work aims to address both challenges through advances in vaccine design and manufacturing.
On the single-dose front, GeoVax's next-generation MVA-X technology is being developed to enhance immune responses and potentially enable effective vaccination following a single administration. Preclinical studies with MVA-X have demonstrated protective immune responses after a single administration, supporting its potential for simplified vaccination regimens and more rapid deployment during outbreaks and public-health emergencies. Earlier this year, data presented at World Vaccine Congress Washington demonstrated that a single administration of MVA-X achieved protective efficacy comparable to a traditional two-dose MVA regimen in a murine orthopoxvirus challenge model, with protection maintained through Day 150.
In parallel, GeoVax is advancing production of MVA using the AGE1.CR.pIX continuous avian cell line as an alternative to traditional chicken embryo fibroblast (CEF)-based manufacturing. GeoVax has demonstrated proof-of-concept of the upstream process, and the downstream process is in development to support production at the 200-liter scale, with a pathway toward 500-liter and larger-scale manufacturing. This approach is designed to enable scalable and reproducible production, reduce reliance on primary-cell supply chains, and facilitate manufacturing expansion and technology transfer. Continuous cell-line manufacturing could also provide a more flexible foundation for rapidly increasing MVA vaccine production in response to emerging infectious-disease and biodefense requirements.
Together, these advances represent a potential evolution of the MVA platform—from conventional multi-dose vaccination and primary-cell manufacturing toward single-dose immunization supported by scalable continuous cell-line production. David A. Dodd, Chairman and Chief Executive Officer of GeoVax, commented, "MVA is an important and well-established vaccine platform, and we believe there are significant opportunities to further improve how MVA-based vaccines are administered and manufactured. Our work with MVA-X and AGE1.CR.pIX addresses both sides of that equation—potentially simplifying vaccination through a single-dose approach while establishing a scalable manufacturing platform capable of supporting broader and more responsive vaccine supply." Dodd continued, "Senthil's participation in the Platform Technologies workshop at World Vaccine Congress Europe provides an important opportunity to share GeoVax's progress with the global vaccine community. Bringing together next-generation vaccine design and scalable manufacturing has potentially important implications for outbreak response, pandemic preparedness, biodefense, strategic stockpiling, and expanded global access to MVA-based vaccines."
The implications of these developments are significant. A single-dose MVA vaccine could simplify immunization campaigns, reduce logistical burdens, and enable faster deployment during outbreaks. Continuous cell-line manufacturing could overcome supply chain bottlenecks associated with primary avian cells, allowing for rapid scale-up and technology transfer. These innovations could enhance global preparedness for orthopoxvirus threats, including mpox and smallpox, and support biodefense stockpiling efforts. GeoVax's priority program, GEO-MVA, is advancing under an expedited regulatory pathway with plans to initiate a pivotal Phase 3 clinical trial in the second half of 2026. For more information, visit www.geovax.com. This news was originally distributed by NEWMEDIAWIRE.
