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Workshop Chair: Dr Christian Harding, CSO and Co-Founder, Omniose
ANTIBODIES FOR ID
Room 202B
Research & Development of mAb therapeutics for infectious diseases
Workshop Chair: Dr Mark T. Esser, Chief Scientific Officer & Head, Paul and Diane Manning Institute of Biotechnology
Topics
· Development of mAbs for infectious diseases
· Development of mAbs for chronic & autoimmune diseases
· Reducing the cost of mAb production
10.10am – 12:00pm Development of mAbs for ID
12 - 1pm Panel: Next-Gen mAb Manufacturing: Beyond CHO & Protein A *Title TBC
Topics:
· Cutting-edge technologies shaping the future of vaccine development.
· Adjuvants
· AI tools for Protein Design/Epitopes
Worlshop Chair: Dr David Burkhart, Chief Executive Officer, Inimmune
Exploring the drivers and development of vaccines against non-infectious disease targets
Panel: Adjuvants and Immunity: Exploring Systemic Benefits Beyond Zoster
12:15 pm – 1:00pm – Panel: Early Intervention, Big Impact: Regulatory Perspectives on EBV Vaccine Development
Advanced vaccine delivery methods: novel routes and technologies to optimize administration, efficacy, and accessibility.
Identifying innovative and collaborative solutions throughout the development pathway to advance NTD vaccine candidates beyond historical roadblocks.
Vaccine Equity—A Historical Perspective and Future Imperative
GH Vaccine Development Updates:
Panel: How Vaccine Access Differs Across Countries—and What to Do About It
4.15pm Digital Twins and the Vaccine Manufacturing Ecosystem: A New Era of Preparedness and Collaboration
5pm -End of Workshop
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· Federal agencies view and strategy for the future of public health, infectious disease research and pandemic preparedness in the USA
· Understanding the US government’s vision for regulatory reform
· How has the respiratory season evolved? Co-circulation of respiratory pathogens, duration of the respiratory disease season, what are the dominant pathogens?
· Where are we seeing innovation in vaccines for respiratory diseases?
· How are we progressing with prophylactic antibodies, combination & universal respiratory vaccine approaches?
· Uptake for Flu, RSV, COVID vaccines. Are we seeing vaccine fatigue from a crowded schedule?
· Globally evolving regulatory and policy landscape
· What does a “sunsetting” model look like in practice?
· How can donors be aligned around joint replenishment and reform?
· What are the risks and opportunities of decentralizing global health governance?
· How can regional institutions be empowered and resourced effectively
· Tuberculosis:
o TB - Vaccine pipeline: Progress toward 2029–2030 implementation; regulatory and pre-marketing timelines.
o Implementation readiness: Infrastructure, access, early planning and potential health and economic impact in LMICs.
o Global TB strategy: Stakeholders role in shaping global TB policy and strategy, especially in LMICs.
o High-level framing: Positioning TB as a global health security issue
· Malaria:
o Vaccine deployment: Lessons from RTS,S and R21 rollouts.
o Vector control: Innovations to address insecticide resistance.
o Climate impact: Adapting to changing transmission zones.
o Sustained funding: Ensuring long-term support for endemic disease control.
1:10 – 2:30 1-2-1 Partnering
1:30 – 2:20 Start-up pitches
2:00 – 2:30 Poster Presentations
· 2026 key disease focus areas for vaccine manufacturers, upcoming approvals 2026
· What next generation vaccine platforms have the most impact/potential – why?
· Strengthening public-private collaborations – new partnership opportunities of interest
· Sustainability in Manufacturing
o How are manufacturers integrating green technologies? What are the trade-offs between sustainability and cost in LMICs?
· Regulatory Harmonization & Tech Transfer
o What frameworks are needed to streamline cross-border approvals? How can WHO, AVAREF, and regional blocs support harmonization?
· Decentralized & Modular Manufacturing
o What are the benefits and limitations of mobile/modular units? How can these models be deployed in outbreak-prone or remote regions?
· How are different regions evolving?
- How can vaccination contribute to our broader global health and sustainability agendas?
- Rethinking our approach from response to prevention: mitigating the effects of climate change and reduction of AMR through vaccination
- The effect of climate change and emerging pathogens on food security, is safeguarding livestock and agricultural productivity shaping vaccine prioritization and funding decisions?
Senior Leadership Representative, WOAH (Dr Emmanuelle Soubeyran, Director/ Dr Montserrat Arroyo Kuribreña Deputy Director, WOAH)
Senior Representative, GSK *TBC
Derrick Sim, Managing Director of Vaccine Markets & Health Security, Gavi *TBC
Dr Rino Rappuoli, Scientific Director, Fondazione Biotecnopolo di Siena; Coordinator, European Vaccine Hub* TBC
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- Designing platforms with dual use in mind
- Scaling up pandemic platforms – what are the remaining bottlenecks?
- How can ‘pandemic platforms’ be adapted to combat high burden or neglected diseases?
- Enabling manufacturing in LMICs to respond to outbreaks and strengthen routine immunization
- How are modular and portable vaccine manufacturing platforms transforming how and where vaccines are made.- Challenges for process design for modular systems.- How can these systems be validated, deployed and transferred to LMICs or outbreak zones
- Where can improved coordination between animal and human health sectors accelerate vaccine development and delivery?- In what ways can cross-sector collaboration unlock better use of existing tools — vaccines, diagnostics, digital platforms, and cold chain infrastructure?- How do we fund prevention when benefits are shared, but budgets and responsibilities remain siloed?
LaJolla Institute *TBC
Senior Representative, Valneva
Dr Joann D’Arce, Lead, Data Management and Analysis Core (DMAC), Precision Vaccines Program (PVP), Boston Children’s Hospital *TBC
Senior Representative, VisMederi
- Building and adapting to increased regional and domestic immunization systems - How are we transitioning vaccine supply and logistics operations for an expanded portfolio and life course vaccination?- Integration of vaccines into medical supply chains- Strategic partnering and sustainable funding approaches to support national immunization strategies and countries graduating from GAVI support.
Senior Representative, Intravacc
Senior Representative, Biontech *TBC
Senior Representative, Chongqing BDSyn Biotechnology Co., Ltd
- New approaches to longstanding diseases: African swine fever, Avian influenza.- Improving our understanding recombination, immunology and vaccine targets.- How do we define and measure "impact" in the absence of sterile immunity – DIVA vaccines?- Innovative delivery systems including microneedle patches, intranasal, and oral platforms for mass vaccination- Multivalent vaccine development: navigating formulation, stability, and immune interference across species
Senior Representative, Moderna *TBC
Senior Representative, Sabin Vaccine Institute *TBC
Senior Representative, Revival Research Institute
Senior Representative, Premas Biotech
Novel Method: Uses riboflavin and UV light to inactivate viruses without damaging proteins—avoids harsh chemicals.
COVID-19 Vaccine: SolaVAX™ CoV-2 showed strong, lasting immunity and variant coverage in pre-clinical studies.
Flu Vaccine: SolaVAX-Flu-Q induced high antibody responses in mice against four seasonal strains.
Platform Potential: Enables rapid, broad-spectrum vaccine development for emerging threats.
- Moving vaccines to market faster in emergency situations- Global regulatory harmonization – aligning with Europe and global markets- Understanding processes for innovative technologies
- How is climate change affecting disease distribution and frequency?- What areas are at risk from emergence and re-emergence?- How can climate change data be integrated with disease surveillance and how is this informing planning and procurement for vaccination programs?- Reviewing the pipeline for vaccines against mosquito borne diseases – where are our priorities for vaccine R&D?- How do we predict the effect of climate change on vaccine distribution e.g. cold chain capabilities?
- Continuing R&D against coronaviruses: has ‘COVID fatigue’ also stalled research and investment? - Target product profile: who, what and when?- Do we understand enough about circulating coronaviruses & other respiratory viruses like influenza to have sufficient coverage against high risk variants?- Stimulating mucosal immunity in non-naive populations and improving our understanding of correlates of protection.- Economic perspectives on funding BP vaccines – funding mechanisms, market dynamics
· Defining Immunobridging– Use cases in outbreak scenarios and population expansion.
· Assay Development & Standardization– Challenges in T-cell vs. antibody assays
· Data Integration & AI Tools– Improving comparability and accessibility.
· Case Studies– MPOX, Nipah, MERS, Chikungunya.
· Academic vs. Operational Perspectives– Translating research into scalable solutions.
Senior Representative, Thermo Fisher Scientific *TBC
Senior Representative, UKHSA *TBC
- What makes a publicly developed animal health technology attractive to industry?- How do governments decide when to advance a vaccine candidate, and when to hand it off?- Are there good models for co-development or joint IP stewardship in animal health?- What lessons can we draw from human health partnerships (e.g. CEPI, HERA) for veterinary tech transfer?- How do we avoid duplicating efforts across countries — is there scope for shared platforms?
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Senior Representative, NorthX Biologics
Senior Representative, SSI Diagnostica
Introduction & Context:o Challenges with mRNA vaccine durability and breadtho Emerging role of genetic adjuvantso Relevance to pandemic preparedness and immunological innovationTalk 1: Mechanisms & Promise of Genetic Adjuvantso Overview of cytokine-encoded mRNA adjuvantso IL-12 and other promising candidateso Immunological mechanisms and delivery challengesTalk 2: Enhancing mRNA Vaccine Breadth & Durabilityo Case studies on combining mRNA vaccines with genetic adjuvantso Data on durability, breadth, and safetyo NIH funding landscape and regulatory considerationsTalk 3: Translational & Clinical Perspectiveso Preclinical and early clinical datao Formulation and delivery innovationso Potential applications beyond infectious disease (e.g. allergy, autoimmunity)Discussion & Audience Q&Ao Where do genetic adjuvants fit in the current vaccine tech landscape?o Regulatory hurdles and funding gapso Opportunities for collaboration and future research
- What should we combine? Bi and Tri Pathogen vaccines.- What do we understand about efficacy, immunology and durability of combinations?- Balancing are we considering seasonality across diverse geographies?- Regulatory and policy considerations.
- What immunological and technical barriers remain in targeting CMV, and why has progress been so slow?- How are different platforms—mRNA, VLP, subunit, viral vectors—addressing the challenges of antigen complexity and needs of diverse patient groups?- How might progress in CMV vaccine R&D inform broader strategies for tackling other persistent viral infections?
- Funding innovation with a ‘One Health’ or ‘dual-benefit’ proposition – vaccines, diagnostics, etc.- How do we define the market for products with a downstream value proposition, who pays for these interventions?- Who are the early adopters and what are the drivers?- Integrating environmental vaccines into animal health frameworks- Global equity: will LMIC producers be left behind or lead innovation?- Innovation with dual human/animal benefit.