Van doorbraken naar blauwdrukken: toekomstrichtingen bij recidief grootcellig B-cellymfoom
Het therapeutische landschap voor recidief of refractair grootcellig B-cellymfoom ondergaat snelle veranderingen door celtherapieën, bispecifieke antilichamen en nieuwe antibody-drug conjugaten. Deze overzichtstudie in Blood analyseert hoe gerandomiseerde studies aantonen dat ADC- en bispecifiek-gebaseerde regimes de traditionele chemotherapie kunnen overtreffen, maar wijst ook op aanhoudende lacunes in trialontwerp, biologisch inzicht en optimale volgorde van behandelingen.
Abstract (original)
The therapeutic landscape for relapsed or refractory large B-cell lymphoma (R/R LBCL) has undergone rapid and profound change, driven by cellular therapies, bispecific antibodies, and next-generation antibody-drug conjugates (ADCs). These advances have redefined historical standards while exposing persistent gaps in trial design, biological insight, and therapeutic sequencing. Recent randomized studies show that ADC- and bispecific-anchored regimens can outperform legacy chemotherapy comparators, yet interpretation is hindered by geographic heterogeneity, selective enrollment, and a proliferation of trials lacking contemporary control arms.Next-generation approaches including bispecific-ADC combinations, dual-target CAR-T constructs, and strategies explicitly designed to circumvent antigen escape are poised to challenge long-standing therapeutic hierarchies and may broaden curative potential to patients who are ineligible for, or relapse after, CAR-T. The field now stands at an inflection point where therapeutic innovation is advancing faster than the evidence infrastructure required to guide practice. Delivering durable, equitable benefit will require control arms aligned with current CAR-T standards, harmonized eligibility criteria, prospective molecular profiling, and adaptive trial platforms capable of evolving with the standard of care.As ADCs and bispecifics move earlier in treatment and diffuse into community practice, the central challenge is no longer the development of active therapies alone, but the creation of biologically rational, accessible, and interpretable pathways that make chemotherapy-free cure a realistic and universal goal for patients with R/R LBCL.
Dit artikel is een samenvatting van een publicatie in Blood. Voor het volledige artikel, alle details en referenties verwijzen wij u naar de oorspronkelijke bron.
Lees het volledige artikelDOI: 10.1182/blood.2025030859