Explore the Agenda
8:00 am Morning Check-in & Coffee
8:50 am Chair’s Opening Remarks
Unlocking Novel Neoantigens in the Dark Genome & Exploring Tumour Associated Antigens & New Neoantigen Classes to Improve Tumour Targeting & Reduce Off-Target Toxicities
9:00 am Exploring Why We Need to Mine the Dark Genome to Find the Targets for Affordable Multi-valent Immunotherapies
- Exploring the limitations of conventional neoantigens including immune escape and restricted patient coverage
- How aberrantly expressed TSAs represent an untapped source of highly tumour specific targets that may evade central tolerance
- Demonstration of the potential of dark genome antigens for tumour control in mice & modelling performance of multi-valent off-the-shelf cancer vaccines in patients
9:30 am HLA-G–Presented Peptides: Defining a New Class of Neoantigen Targets for Hard-to-Treat Solid Tumours
- Why HLA-G? Restricted expression in healthy tissues and enrichment in hypoxic, advanced tumours
- Enabling technologies for high-confidence identification of HLA-G–bound peptide repertoires
- Translational insights from mapping the HLA-G immunopeptidome in pancreatic ductal adenocarcinoma (PDAC)
10:00 am Unveiling the Shadows: How We Can Harness Proteogenomics Techniques to Uncover Hidden Antigens
- Highlight the integrated approach combining Ribosome Profiling (Ribo-Seq), RNA sequencing, and mass spectrometry to identify novel "dark antigens" – previously unannotated proteins derived from non-coding RNAs, alternative reading frames, and alternative splicing events
- Emphasize how this approach reveals tumor-specific cell surface targets missed by traditional genomic approaches, focusing on the workflow that identifies transmembrane domain-containing proteins with tumor-specific expression Outline the systematic approach for target validation, starting with computational prediction and progressing through experimental confirmation of expression and localization
- Outline the systematic approach for target validation, starting with computational prediction and progressing through experimental confirmation of expression and localization
10:30 am Morning Break
Balancing Personalised & Off-The-Shelf Neoantigen Therapies to Improve Clinical Outcomes & Practical Implementation
11:30 am Personalised Neoantigen Peptide Immunotherapy in Glioblastoma: From Pre-screening to Clinical Translation
- Pre-screening in glioblastoma – Identifying patients with sufficient tumour material and actionable neoantigen profiles for a personalised, targeted peptide-based immunotherapy
- Mechanistic basis and planned immune readouts – A targeted peptide-based approach designed to prime neoantigen-specific T-cell responses, with immune monitoring assays being established to capture activation, breadth, and durability once treatment begins
- Pathways to scalability – Identifying key drivers such as prediction accuracy, manufacturing performance, and workflow coordination that will enable future scaling of personalised peptide-based programmes
12:00 pm Exploring the Benefits of Nous-209 Neoantigen Vaccine for Cancer Prevention in Lynch Syndrome Carriers
- In LS carriers, immunotheraphy with NOUS-209 off the shelf vaccine is safe and well tolerated
- NOUS-209 elicits robust neoantigen specific T-cell response in 100% of subjects
- Vaccine-induced responses are broad and recognised multiple neoantigens
12:30 pm Lunch
1:30 pm Founder Mode Oncology: Translating Personalised Neoantigen Vaccines from Bespoke to Scalable Systems
- From Maximal Diagnostics to Actionable Design: How multi-sample tumour sequencing (WES/RNA/Proteomics) and longitudinal data are translated into a constrained set of vaccine targets in real-world, often low–tumour mutational burden settings
- Epitope Selection as a Decision System: A practical framework for integrating neoantigen prediction algorithms, expression data, HLA binding, and tumour evolution using a structured “Epitope Board” that combines computational outputs with expert review
- Balancing Neoantigens and Tumour-Associated Antigens: Design strategies for combining patient-specific neoepitopes with validated shared antigens to improve target density and immune response in clinical settings where mutation burden is limited
Streamlining Pre-Clinical & Clinical Development & Trials for Cost Optimisation & Enhanced Clinical Advantage of Your Neoantigen Therapies
2:00 pm Retrolective Analysis of Brain Tumour Patients Adding Personalised Neoantigen Peptide Treatment To Their Standard Therapy in a Real-World Setting
- Neoantigen peptide immunization is well tolerated and induces durable T-cell responses in patients with difficult to treat brain tumours
- A diversified immune response to neoantigens significantly correlates with survival of immunized brain tumour patients
- Based on these experiences manufacturing workflows are optimized and clinical trials are designed
2:30 pm Afternoon Break
3:00 pm A First-in-Human Phase I/IIa Trial of Personalised Tumour-Trained Lymphocytes (pTTL) Derived From Regional Lymph Nodes for the Treatment of Colorectal Cancer
- Personalised Neoantigen-based cell therapy for solid tumours
- First in human trial NEOGAP-CRC-01
- Safety and early biomarkers data
3:30 pm Harnessing Multi-Omics In AI-Immunology™ For Developing Shared Cancer Vaccines Targeting Endogenous Retroviruses
- Endogenous retroviruses – a novel antigen source which is promising for cancer vaccines
- The development of an ERV targeting cancer vaccine using Evaxion’s AI-Immunology™ platform
- Preclinical validation of an ERV hotspot vaccine which leads to tumor control and T-cell responses