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RESXenia Sas Di Mazza Francesca & C.Evento 493199 / Edizione 1

Risempn 2026 can we engineer disease trajectories in mpns?

Congresso traslazionale su neoplasie mieloproliferative (MPN): strategie di combinazione per modificare la traiettoria di malattia, inibitori JAK, farmaci epigenetici, interferone, antifibrotici, trapianto allogenico. Destinato a ematologi, medici interni e ricercatori traslazionali.

Provider
Xenia Sas Di Mazza Francesca & C.Xenia Sas Di Mazza Francesca & C. (5090)
Crediti ECM
14
Costo
Gratuito
Durata
14 ore
Date
6 - 7 novembre 2026

Razionale scientifico

Over the past decade, myeloproliferative neoplasms (MPNs) have moved from being viewed as indolent chronic disorders to paradigmatic models of clonal haematopoiesis, vascular injury and systemic inflammation. In RiseMPN 2025 we explored this evolving landscape by focusing on inflamed vessels and clonal survival: how "fire in the blood" and niche remodeling shape thrombosis, fibrosis and disease progression. That meeting asked why disease trajectories diverge. RiseMPN 2026 will ask a bolder question: Can we engineer disease trajectories in MPNs? The therapeutic toolkit in MPNs is expanding rapidly. JAK inhibition has transformed symptom control and splenomegaly, but has only partially delivered on the promise of disease modification. At the same time, a new generation of agents is emerging: interferons and other immunomodulators; anti-inflammatory and anti-fibrotic approaches; hepcidin and activin-ligand–targeting drugs; epigenetic and transcriptional modulators; p53/MDM2 and BCL2 family inhibitors; rational antithrombotic and cardiometabolic strategies. The central challenge for the next decade is no longer merely what works, but which combinations, in which patients, at which time-point, can genuinely rewrite the natural history of disease. RiseMPN 2026 is designed as a translational dialogue across three axes: Mechanism → Combination → Trajectory. First, we will map the pathway constellations that matter most for synergy – from JAK/STAT and inflammatory signalling to metabolic stress, niche reprogramming and immune escape. Second, we will critically appraise emerging combination strategies in MF, PV and ET, moving beyond single-agent narratives to consider how layering therapies can achieve fibrosis regression, molecular clearance, vascular protection and durable haematologic remissions. Third, we will confront the strategic questions that increasingly shape daily practice: early versus delayed intensification, add-on versus switch, integration with allogeneic transplant, and the role of real-world data and AI-driven models in guiding these choices. Central to this discussion is the need to define what we mean by "disease modification" in MPNs. Across the programme we will revisit our endpoints: from spleen volume and symptom scores to dynamic measures of allele burden, bone marrow architecture, clonal competition, cardiovascular risk and quality of life. We will examine how to design disease-modifying trials, how to read intermediate signals along a trajectory, and how to balance efficacy, safety, cost and feasibility in a field where many patients will never see a transplant but all deserve a rational long-term plan. RiseMPN 2026 therefore aims to be more than an update meeting. It is an invitation to the MPN community to think and act as "trajectory engineers": to integrate mechanism with clinical reality, combination design with strategic positioning, and innovative endpoints with meaningful benefit for patients. By bringing together basic scientists, translational researchers, trialists, transplant physicians, cardiologists and young investigators around a single guiding question – "Can we engineer disease trajectories in MPNs?" – we hope to co-create the conceptual and practical framework that will define the next era of MPN care.

Luogo

Courtyard By Marriott Rome Central Park
Via Giuseppe Moscati, 7, Roma (RM)

Programma

Rise Lecture I: Risk as a trajectory – from static scores to dynamic disease engineering in MPNs
    Blueprint: the biological levers we can actually pull
      MF: build the platform, then add the modifier
        The rational add-on toolbox: epigenetic, signalling, and erythroid targets
          PV and ET: upstream trajectory change (before it becomes irreversible)
            Vessel-first reality check: thrombosis, cardiovascular burden, and pragmatic prevention
              Preclinical Spotlight: why the next trials should work
                Patients that force the strategy to be real
                  Precision diagnostics to steer combos (and prove modification)
                    When the trajectory accelerates: transplant, blast phase, and the limits of modification
                      Beyond classical MPN: lessons from CML, mastocytosis, HES

                        Responsabili del corso

                        XENIA SAS DI MAZZA FRANCESCA & C.

                        Provider

                        ID Provider: N° 5090

                        Città: Rende (CS)

                        Tipologia: Società, Agenzie Ed Enti Privati

                        Stato accreditamento: Standard - 1° Rinnovo

                        • Lucchesi Alessandro

                          Responsabile scientifico

                          Specializzazione: Dirigente Medico Ematologia

                        • Musuraca Gerardo

                          Responsabile scientifico

                          Specializzazione: Primario Ematologia

                        Relatori e docenti

                        • Elisabetta Abbruzzese

                          Moderatore

                        • Caocci Giovanni

                          Relatore

                        • Cerchione Claudio

                          Moderatore

                        • Cilloni Daniela

                          Relatore

                        • Gentili Nicola

                          Moderatore

                        Domande frequenti

                        L'evento è accreditato per: Medico Chirurgo (Farmacologia E Tossicologia Clinica, Oncologia, Genetica Medica, Patologia Clinica (Laboratorio Di Analisi Chimico-Cliniche E Microbiologia), Biochimica Clinica, Medicina Trasfusionale, Medicina Generale (Medici Di Famiglia), Ematologia, Anatomia Patologica).

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