Table 1 Roadmap of what to do in the next ten years to bring about a meaningful cure fraction for multiple myeloma.

From: Toward a cure for multiple myeloma within a decade

Pillar

Key actions

Early diagnosis / Treatment-entry refinement

- Improve risk stratification in SMM: integrate clinical, cytogenetic, immune, and imaging/genomic data.

- Use AI models for predicting progression and defining when to intervene.

- Use functional imaging early to detect occult organ or focal disease.

Maximal depth of response

- Use quadruplet induction (PI + IMiD + CD38 antibody + steroid) for transplant-eligible; similar depth-oriented regimens for others.

- Ensure consolidation to convert residual disease.

- Achieve MRD negativity at sensitivity ≥10⁻⁶, validated by both marrow and imaging.

Durability and synchronized treatment duration

- Define and validate standards: standard risk ( ~ 2 years of sustained MRD negativity), high risk ( ~ 3+ years), including imaging negative.

- Trial of fixed-duration therapy in patients achieving sustained MRD negativity versus ongoing therapy.

- Careful monitoring to detect relapse early and safely restart if needed.

Safety, quality of life and fitness adaptation

- Ensure tolerable toxicity profile: prophylaxis, supportive care, management of immune suppression.

- Incorporate frailty assessment; adapt regimens for older or less fit patients.

- Collect patient-reported outcomes in trials (quality of life, functional status).

Infrastructure and research

- Standardize MRD and imaging assays; set common definitions.

- Support multicenter, randomized, MRD-driven trials.

- Deploy AI and systems biology to model microenvironment, immune surveillance.

- Ensure long-term data (5+ years off therapy) are collected.

  1. SMM smoldering multiple myeloma, AI artificial intelligence, PI proteasome inhibitor, IMiD immunomodulatory drug, MRD minimal residual disease.