Explore the Agenda

8:00 am Check In & Morning Coffee

8:50 am Chair’s Opening Remarks

Nicholas Maiale Distinguished Professor of Neurology Chairman, Department of Neurology, Thomas Jefferson University

Honing Investment Potential in Exosome Therapeutics to Better Understand Movement in the Field & Optimise Investment in Your Company

9:00 am Understanding the Investment Landscape in Exosome Therapeutics & Evaluating the Risk Return of Clinical Validation & Scalable Platform Opportunity

Chief Executive Officer, Exocure
  • Identifying key value drivers from an investor perspective including clinical proof-ofconcept, regulatory clarity, and manufacturability at scale
  • Differentiating platforms based on strength of biological rationale, delivery efficiency, and defensibility of intellectual property
  • Assessing risk-adjusted return profiles across early-stage assets, focusing on translational milestones and partnering or exit opportunities

9:30 am Session Reserved for Esco Aster

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10:00 am Roundtable Discussion: Understanding Investor Perspectives on Exosome Therapeutics to Navigate Risk Reward Clinical Validation & Platform Scalability in a Growing Field

Chief Executive Officer, NurExone
  • Exploring how investors assess scientific credibility, clinical maturity, and differentiation within a rapidly evolving exosome landscape
  • Debating key risk factors including regulatory uncertainty, manufacturing scalability, and reproducibility of exosome-based products
  • Identifying investment catalysts such as early clinical readouts, strategic partnerships, and platform validation across multiple indications

10:30 am Where Can Electron Beam Fit? Evaluating E-Beam Applications Across Exosome Manufacturing and Microbial Control Strategy

Director, Steri-Tek
  • Where e-beam may fit within an exosome manufacturing and microbial control strategy, and where it may not
  • Evaluating product, component, and packaging compatibility through feasibility testing before selecting a sterilization approach
  • How e-beam can support microbial control while maintaining the quality attributes that matter most

11:00 am Morning Break

Ensuring Batch to Batch Consistency in Exosome Manufacturing to Streamline Manufacturing & Overcome Variability & Scale Up Challenges

11:30 am Ensuring Batch to Batch Consistency in Exosome Manufacturing to Define Critical Quality Attributes & Analytical Control Strategies

R&D Director, NurExone
  • Identifying and controlling critical quality attributes such as particle size distribution, cargo composition, and surface markers to ensure consistent product identity
  • Developing robust analytical assays for release testing and in-process monitoring to detect variability early in manufacturing
  • Linking manufacturing controls to functional potency to maintain reproducible biological activity across batches

12:00 pm Engineering Scalable Biologics: Gefjon Pharma’s Modular OMV Platform for High‑Yield, Cost‑Effective Production, Powered by NorthX Biologics’ Extensive GMP Manufacturing Expertise

Chief Commercial Officer, NorthX Biologics
Chief Technology Officer, Gefjon Pharma
  • Outer membrane vesicles (OMVs) are self-adjuvanting bacterial nanoparticles for next-generation vaccines and bioindustrials. This co-presentation introduces Gefjon Pharma’s hyper-vesiculating OMV platform and proprietary extraction method, enabling high-yield, de-risked and cost-effective production of many classes of protein-based pharmaceuticals
  • The value of their platform is illustrated by their first asset, a broad-protective E. coli vaccine
  • NorthX Biologics then presents the CDMO route to clinical and commercial supply — fermentation process development, scalable purification, and GMP manufacturing — with a focus on preserving yield, purity, and vesicle integrity during scale-up

12:10 pm Lunch

Analyzing The Applications of Exosomes in Inflammatory Diseases & Lethal Indications to Gain A Holistic Understanding of Their Applications

1:10 pm Exosomes Derived from Oligodendrocytes for Therapy of CNS Autoimmune Inflammatory Diseases

Nicholas Maiale Distinguished Professor of Neurology Chairman, Department of Neurology, Thomas Jefferson University
  • Current therapies for CNS autoimmune diseases are generalized immunosuppressant. There is a clear need for antigen-specific therapies that remove auto-reactive immune cells and leave the rest of immune system intact
  • Induction of antigen-specific immunological tolerance can help suppress the autoreactive immune cells without systemic immunosuppression
  • Exosomes from the target cells in autoimmune diseases can be used to induce immune tolerance to only target cell antigens, and examples of this novel therapeutic approach will be presented

1:40 pm Session Reserved for NanoFCM

2:10 pm Assessing the Preclinical to Clinical Translation of XOlacta

Chief Scientific Officer, The Tiny Cargo Company
  • Analyzing loading efficiency assessment and PK/PD evaluation
  • Understanding the IND process for lethal indications
  • Overview of clinical assessments of XOlacta

2:20 pm Chair’s Closing Remarks

Nicholas Maiale Distinguished Professor of Neurology Chairman, Department of Neurology, Thomas Jefferson University

3:00 pm End of 8th Exosome Based Therapeutics Summit