Acute Myeloid Leukemia (AML) Treatment Options Explained
A structured guide for international patients, caregivers, and physicians on how AML is treated — intensive induction versus venetoclax with a hypomethylating agent, FLT3/IDH/NPM1 genetics, APL as a separate ATRA/ATO pathway, MRD-based consolidation, allogeneic and haploidentical transplant, and why commercial CD19 CAR-T used for B-ALL does not treat AML. Includes China CCBMTR paediatric transplant context and remote MDT review.
Key Highlights
- APL must be separated from other AML — ATRA plus arsenic trioxide, not standard 7+3 by default
- Fit adults: intensive induction then chemo consolidation or transplant based on genetic risk and MRD
- Older or unfit adults: venetoclax plus azacitidine or decitabine is the usual lower-intensity path
- FLT3, IDH, NPM1, and TP53 results change inhibitors and transplant timing
- Haploidentical family donors when no full HLA match is found — CCBMTR lists AML among leading paediatric HCT indications
Important Facts
- Not every AML patient needs transplant — favourable-risk disease with deep MRD may be consolidated with chemotherapy alone
- Commercial NMPA CAR-T products currently target CD19, BCMA, or CLDN18.2 — not AML
- Donor work-up should start early if intermediate- or adverse-risk genetics make transplant likely
- Remote MDT review can clarify induction response, MRD, and haploidentical options before travel