Menin Inhibitor is included as an EHA 2026 modality keyword because it captures a recurring technology or treatment class in the hematology abstract set. Its core characteristic is: Epigenetic / transcriptional therapy for NPM1-mutated or KMT2A-rearranged AML. This field supports modality-level articles, pipeline mapping, and competitive landscape comparisons across drugs, targets, and diseases.
This competitive landscape analysis was generated using AI-powered research workflows in Eureka LS, which integrates patent data, literature, and molecular insights into a structured report in minutes.
Executive Summary
Menin inhibitors are oral small-molecule disruptors of the menin-KMT2A (MLL1) protein-protein interaction. Menin is a scaffolding protein encoded by the MEN1 gene that recruits KMT2A complexes to chromatin. In KMT2A-rearranged (KMT2Ar) and NPM1-mutated acute myeloid leukemia, menin-MLL binding sustains aberrant HOXA/MEIS1 transcriptional programs that drive leukemic stem cell self-renewal. As a result, blocking the menin-MLL interface reverses the differentiation block and induces leukemic cell death.
Notably, the Patsnap Eureka pharma-intelligence stack returns 47 menin-targeted drug records and 200 menin-related patent families filed since January 2023. Within that pool, two FDA-approved menin inhibitors anchor the class: revumenib (Revuforj, Syndax Pharmaceuticals, 2024-11-15, KMT2Ar acute leukemia) and ziftomenib (Komzifti, Kura Oncology, 2025-11-13, NPM1-mutated AML). A long pipeline of next-generation menin inhibitors (bleximenib, icovamenib, balamenib, enzomenib) plus emerging architectures (menin molecular glue degraders, dual menin + FLT3 / IDH combinations) drives the next wave.
As a result, EHA 2026 frames menin inhibitors as the modality keyword that connects multiple AML late-breaking abstracts. Revumenib + venetoclax + azacitidine combinations test the triplet for NPM1-mutated and KMT2Ar AML; ziftomenib + venetoclax + intensive chemotherapy cohorts move into frontline; menin + FLT3 inhibitor sequencing protocols open with gilteritinib (ZIFTOMENIB-FLT3) and quizartinib. The strategic question is whether menin inhibitors stay in the relapsed setting or earn frontline approval as part of the venetoclax-azacitidine standard for older adults with AML.
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Arena Overview
Menin biology snapshot — Menin is a 67 kDa scaffolding protein encoded by the MEN1 tumor suppressor gene. In normal cells, menin nucleates KMT2A (MLL1) histone methyltransferase complexes onto target gene promoters. In KMT2Ar leukemia, the MLL fusion partner retains menin binding through the N-terminal interface; in NPM1-mutated AML, dysregulated menin-MLL targeting drives HOXA/MEIS1 overexpression. Crucially, neither leukemia type requires menin’s tumor-suppressor function; both depend on menin’s scaffolding role for malignant transcription. As a result, small-molecule inhibitors of the menin-MLL interface induce differentiation and apoptosis in both subtypes.
Menin inhibitor field (47 records) — Among menin-targeted drug records, four architectural classes compete: clinical-stage menin-MLL inhibitors (revumenib, ziftomenib, bleximenib, icovamenib, enzomenib, balamenib, BN-104, HMPL-506, BTC-86); next-generation menin small molecules and pre-clinical programs (DS-M1 Daiichi Sankyo, M-1121, M-808, M-525, M-89, MI-1481, MI-3454, ML399, SY-13380, SNDX-50469); menin molecular glue degraders (CXB-001 first-in-class menin degradable molecular glue); and academic / regional candidates (Beyang BY-002, Lomond Therapeutics, Shouyao, Peter MacCallum Cancer Centre).
Menin patent activity (since 2023) — In addition, assignees have filed 200 menin-related patent families since January 2023. The filings span next-generation menin-MLL inhibitor scaffolds with broader resistance coverage, menin molecular glue degraders, combination protocols pairing menin inhibitors with venetoclax + azacitidine and with FLT3 inhibitors, and pediatric formulations for KMT2Ar infant ALL.
Player Summary Table
| Player | Region | Tier | Primary Route | Key Evidence |
|---|---|---|---|---|
| Syndax Pharmaceuticals | US | T1 (Approved leader) | Menin-MLL inhibitor (revumenib) | Revumenib (Revuforj, 2024-11-15); first-in-class FDA approval for KMT2Ar acute leukemia; AUGMENT-101 pivotal trial |
| Kura Oncology | US | T1 (Approved leader) | Menin-MLL inhibitor (ziftomenib) | Ziftomenib (Komzifti, 2025-11-13); FDA approval for NPM1-mutated R/R AML; KOMET-001 pivotal |
| Janssen / J&J | US | T2 (Bispecific challenger) | Menin-MLL inhibitor (bleximenib) | Bleximenib (JNJ-75276617) — Phase 1/2 in R/R AML; cohorts with Ven+Aza and intensive chemo |
| Biomea Fusion | US | T2 (Covalent menin) | Covalent menin inhibitor (icovamenib) | Icovamenib (BMF-219) — irreversible binding distinct from reversible class; Phase 1/2 AML and Type 2 diabetes |
| Sumitomo Pharma | JP | T2 (Asia-led menin) | Menin inhibitor (enzomenib) | Enzomenib (DSP-5336) — Phase 1/2 in R/R AML; Asia-led development with US presence |
| Daiichi Sankyo (Balamenib) | JP | T2 (Menin) | Menin-MLL inhibitor (balamenib) | Balamenib (DS-1594) — Phase 1/2 in R/R AML and KMT2Ar acute leukemia; backup DS-M1 next-gen |
Regional Menin Inhibitors, Degraders, and Combination Partners
| Player | Region | Tier | Primary Route | Key Evidence |
|---|---|---|---|---|
| Hutchmed | CN/UK | T3 (Regional menin) | Menin-MLL inhibitor | HMPL-506 — Phase 1 in NPM1-mutated and KMT2Ar AML |
| BeyondSpring (Beyang BY-002) | CN | T3 (Regional menin) | Menin-MLL inhibitor | BY-002 — Phase 1 China-led trial |
| Lomond Therapeutics | US | T3 (Menin) | Menin-MLL inhibitor therapy | Investigational menin inhibitor; preclinical-Phase 1 development |
| Shouyao Holdings | CN | T3 (Regional menin) | Menin-MLL inhibitor | Menin-MLL inhibitors (SHOUYAO HOLDINGS) — preclinical development |
| BlossomHill Therapeutics (BN-104) | US | T3 (Menin) | Next-gen menin inhibitor | BN-104 — Phase 1 R/R AML |
| Boundless Bio + academic CXB-001 | US | Watchlist (Degrader) | Menin degradable molecular glue | CXB-001 — first menin molecular glue degrader; preclinical |
| AbbVie (Venetoclax combination partner) | US | T1 (Combination anchor) | BCL2 + Menin combinations | Venetoclax + revumenib + azacitidine; venetoclax + ziftomenib in KOMET-007/-008 frontline AML |
| BMS / Celgene (Azacitidine partner) | US | T1 (Combination anchor) | Hypomethylating agent partner | Azacitidine in VIALE-A; combination partner with revumenib and ziftomenib for older-adult AML |
| Astellas + BeiGene (FLT3 partners) | JP/CN | T2 (FLT3 combination) | FLT3 + Menin sequencing | Gilteritinib + ziftomenib (ZIFTOMENIB-FLT3); quizartinib + menin inhibitor cohorts |
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Route Differentiation Analysis
In particular, four therapeutic routes define how menin chemistry translates into approved and investigational regimens. Each strength level draws from MCP pipeline records and the published trial evidence.
Route × Player Matrix
| Player | KMT2Ar Acute Leukemia | NPM1-Mutated AML | Menin + Ven + Aza Triplet | Menin + FLT3 Combination | Menin Degrader / Next-gen |
|---|---|---|---|---|---|
| Syndax Pharmaceuticals | Strong — Revumenib (Revuforj) approved 2024-11 | Moderate — Revumenib NPM1 cohorts AUGMENT-101 | Moderate — Revu+Ven+Aza investigator-initiated | Emerging | Emerging — SNDX-50469 next-gen |
| Kura Oncology | Moderate — Ziftomenib KMT2Ar cohorts | Strong — Ziftomenib (Komzifti) NPM1-mut AML approved 2025-11 | Strong — KOMET-007 + KOMET-008 frontline + Ven+Aza | Strong — ZIFTOMENIB-FLT3 with gilteritinib | Emerging — next-gen Kura menin |
| Janssen / J&J (Bleximenib) | Moderate — Bleximenib KMT2Ar Phase 1/2 | Moderate — Bleximenib NPM1 cohorts | Moderate — Bleximenib + Ven+Aza Phase 1/2 | Emerging | Absent |
| Biomea Fusion | Emerging — Icovamenib AML cohorts | Emerging | Absent | Absent | Strong — Covalent BMF-219 distinct mechanism |
| Sumitomo Pharma (Enzomenib) | Emerging — DSP-5336 Phase 1/2 R/R AML | Emerging | Absent | Absent | Absent |
| Daiichi Sankyo (Balamenib) | Emerging — DS-1594 Phase 1/2 | Absent | Absent | Absent | Watchlist — DS-M1 next-gen |
| BlossomHill Therapeutics (BN-104) | Emerging — BN-104 Phase 1 R/R AML | Absent | Absent | Absent | Absent |
| Hutchmed (HMPL-506) | Emerging — Phase 1 | Emerging | Absent | Absent | Absent |
| Boundless Bio + academic CXB-001 | Absent | Absent | Absent | Absent | Strong — First-in-class menin molecular glue degrader preclinical |
| AbbVie (Venetoclax partner) | Combination — Ven + menin | Combination — Ven + menin | Strong — Ven anchor in KOMET-007 + revumenib triplet | Absent | Absent |
| BMS (Azacitidine partner) | Combination — Aza + menin | Combination — Aza + menin | Strong — Aza anchor in older-adult AML triplet | Absent | Absent |
| Astellas (Gilteritinib partner) | Absent | Absent | Absent | Strong — ZIFTOMENIB-FLT3 + Ziftomenib | Absent |
| Daiichi Sankyo (Quizartinib partner) | Absent | Absent | Absent | Moderate — Quizartinib + menin combinations | Absent |
Route Concentration Observations
- KMT2Ar acute leukemia — Additionally, Syndax’s revumenib owns this slot through the first-in-class FDA approval. Bleximenib (Janssen), enzomenib (Sumitomo), balamenib (Daiichi Sankyo), and BN-104 (BlossomHill) compete in the relapsed setting.
- NPM1-mutated AML — Meanwhile, Kura’s ziftomenib owns the NPM1 segment through the 2025-11-13 FDA approval. KOMET-007 and KOMET-008 push ziftomenib into frontline combinations with venetoclax + azacitidine and with intensive chemotherapy.
- Menin + Ven + Aza triplet — In contrast, KOMET-007 (ziftomenib + Ven + Aza) leads the frontline triplet evidence base. Revumenib + Ven + Aza investigator-initiated cohorts and bleximenib + Ven + Aza follow.
- Menin + FLT3 combination — Similarly, ZIFTOMENIB-FLT3 with gilteritinib opens menin + FLT3 sequencing for FLT3-mutated NPM1-mut AML — the dual-driver subset where two targeted therapies converge.
- Menin degrader and next-generation — Furthermore, CXB-001 is the first menin molecular glue degrader. Biomea’s covalent icovamenib (BMF-219) is the only irreversible menin binder. Both architectures target the resistance escape mechanisms emerging in revumenib-treated patients (MEN1 mutations at the binding pocket).
Top Player Deep Dives
1. Syndax Pharmaceuticals — Revumenib (Tier 1 — KMT2Ar leader)
Primary route: First-in-class oral small-molecule menin-MLL interface inhibitor.
Key product: Revumenib (Revuforj, SNDX-5613) — FDA approval 2024-11-15 for relapsed or refractory KMT2A-rearranged acute leukemia in adult and pediatric patients ≥1 year of age. The first-ever FDA-approved menin inhibitor in any disease.
Pivotal trials: AUGMENT-101 (Phase 1/2 in R/R KMT2Ar acute leukemia) — registrational basis. AUGMENT-102 (combination with venetoclax and azacitidine) — frontline expansion. SAVE (revumenib + decitabine + cedazuridine + venetoclax) — quadruplet investigator-initiated.
Differentiation: Notably, revumenib became the first menin inhibitor to demonstrate transformative efficacy in heavily pretreated KMT2Ar acute leukemia — a population with historically dismal outcomes. As a result, Syndax established the modality clinically and validated the menin-MLL interface as a druggable target.
Trajectory: Moreover, Syndax now extends revumenib into NPM1-mutated AML through AUGMENT-101 NPM1 cohort and SAVE. Pediatric KMT2Ar infant ALL is the next regulatory expansion.
Key risk: However, MEN1 binding pocket mutations (M327I and others) emerge as resistance escape in revumenib-treated patients. Ziftomenib’s NPM1-specific approval and bleximenib’s Janssen-backed combination program compress the franchise.
Approved Menin Inhibitor Snapshot
| Asset | Sponsor | FDA Approval | Setting | Pivotal Trial |
|---|---|---|---|---|
| Revumenib (Revuforj) | Syndax Pharmaceuticals | 2024-11-15 | R/R KMT2Ar acute leukemia (≥1 year) | AUGMENT-101 |
| Ziftomenib (Komzifti) | Kura Oncology | 2025-11-13 | R/R NPM1-mutated AML | KOMET-001 |
| Bleximenib (JNJ-75276617) | Janssen / J&J | Phase 1/2 | R/R KMT2Ar / NPM1-mut AML | JNJ-75276617 first-in-human |
| Icovamenib (BMF-219) | Biomea Fusion | Phase 1/2 | R/R AML; covalent binder | COVALENT-101 |
| Enzomenib (DSP-5336) | Sumitomo Pharma | Phase 1/2 | R/R AML | DSP-5336 first-in-human |
2. Kura Oncology — Ziftomenib (Tier 1 — NPM1-mut leader)
Primary route: Oral small-molecule menin-MLL inhibitor.
Key product: Ziftomenib (Komzifti, KO-539) — FDA approval 2025-11-13 for relapsed or refractory NPM1-mutated acute myeloid leukemia.
Pivotal trials: KOMET-001 (Phase 1/2 monotherapy in R/R NPM1-mut AML) — registrational. KOMET-007 (Phase 1 ziftomenib + venetoclax + azacitidine in newly diagnosed AML). KOMET-008 (ziftomenib + intensive 7+3 induction). ZIFTOMENIB-FLT3 (ziftomenib + gilteritinib in FLT3-mutated NPM1-mut AML).
Differentiation: Specifically, ziftomenib carries the only FDA-approved menin inhibitor label specific to NPM1-mutated AML. Kura’s frontline combination program with venetoclax + azacitidine and with intensive chemotherapy targets the broader newly diagnosed AML market.
Trajectory: Furthermore, KOMET-007 frontline readouts could expand ziftomenib into the older-adult AML segment that venetoclax + azacitidine currently dominates. The FLT3 partner-network strategy mirrors how mezigdomide pairs with BCMA bispecifics.
Key risk: However, differentiation syndrome and QT prolongation are class-related safety concerns. Bleximenib (Janssen) and balamenib (Daiichi Sankyo) develop the same indication.
3. Janssen / J&J — Bleximenib (Tier 2 — Bispecific challenger)
Primary route: Oral menin-MLL inhibitor with KMT2Ar and NPM1-mut acute leukemia coverage.
Key product: Bleximenib (JNJ-75276617) — Phase 1/2 in relapsed or refractory KMT2Ar and NPM1-mut acute leukemia. Combination cohorts with venetoclax + azacitidine and with intensive chemotherapy.
Differentiation: Notably, Janssen brings global commercial reach and AML combination network through teclistamab and existing hematology infrastructure. Bleximenib carries pediatric KMT2Ar expansion potential.
Trajectory: Moreover, Janssen runs combinations with venetoclax + azacitidine to test the triplet for older adults with AML who cannot tolerate intensive induction. J&J’s existing FLT3 inhibitor footprint enables menin + FLT3 combination logic.
Key risk: However, the development gap behind revumenib and ziftomenib is significant. Bleximenib will arrive into a market already shaped by AUGMENT-101 and KOMET-001 readouts.
4. Biomea Fusion — Icovamenib (Tier 2 — Covalent menin)
Primary route: Covalent (irreversible) menin-MLL inhibitor.
Key product: Icovamenib (BMF-219) — Phase 1/2 in R/R AML and Type 2 diabetes. The covalent binding mechanism distinguishes the asset from reversible menin inhibitors.
Differentiation: In particular, irreversible binding may overcome MEN1 binding-pocket mutations that drive resistance to reversible menin inhibitors. The Type 2 diabetes indication explores menin’s role in pancreatic β-cell biology.
Trajectory: Specifically, Biomea positions icovamenib as the structural alternative to reversible menin inhibitors. A successful Phase 2 readout would validate covalent menin chemistry as a resistance-management option.
Key risk: However, covalent inhibitor pharmacology carries off-target reactivity concerns. The diabetes indication adds regulatory complexity.
5. Sumitomo Pharma — Enzomenib (Tier 2 — Asia-led menin)
Primary route: Oral menin-MLL inhibitor.
Key product: Enzomenib (DSP-5336) — Phase 1/2 in relapsed or refractory acute leukemia. Sumitomo Pharma’s Asia-Pacific commercial reach paired with US clinical development.
Differentiation: Specifically, enzomenib brings Asia-led development with regional commercial scale that Syndax and Kura lack. Differentiated tolerability profile is the working hypothesis.
Trajectory: Furthermore, Sumitomo positions enzomenib for combination with intensive chemotherapy in fit patients and with venetoclax + azacitidine in older adults.
Key risk: However, Sumitomo’s broader hematology footprint is limited compared with Janssen and Daiichi Sankyo. Ex-Japan expansion depends on US clinical development partnerships.
6. Boundless Bio + Academic CXB-001 (Tier 2 — Menin Degrader)
Primary route: Menin degradable molecular glue.
Key candidate: CXB-001 — first-in-class menin molecular glue degrader in preclinical development. The Eureka pipeline classifies CXB-001 as “degradable molecular glue” rather than menin-MLL inhibitor.
Differentiation: Notably, menin degraders remove the entire menin protein rather than blocking the menin-MLL interface. As a result, MEN1 binding-pocket mutations that drive revumenib resistance lose relevance because the protein itself is eliminated.
Trajectory: Furthermore, the architectural shift from inhibitor to degrader follows the pattern seen with BTK and androgen receptor degraders. If CXB-001 enters the clinic with positive Phase 1 data, the entire menin field could pivot.
Key risk: However, menin’s tumor-suppressor role in normal cells raises safety concerns about complete menin elimination. Degrader pharmacology in hematologic settings remains under-characterized.
BD Deals & Strategic Moves
Key business development activity shaping the menin inhibitor competitive landscape:
| Date | Deal | Parties | Type | Significance |
|---|---|---|---|---|
| 2017-2019 | Menin-MLL inhibitor scaffolds enter Phase 1 | Syndax, Kura, Daiichi Sankyo, others | Translational milestone | First clinical-stage menin inhibitors test the menin-MLL interface as a druggable target |
| 2023-08 | Mezigdomide + Revumenib MSKCC academic combination opens | Memorial Sloan Kettering + Syndax + BMS | Clinical milestone | First CELMoD + menin inhibitor combination in R/R AML investigator-initiated |
| 2024-11 | Revumenib (Revuforj) FDA approval | Syndax Pharmaceuticals | Regulatory | First-in-class menin inhibitor approval; AUGMENT-101 R/R KMT2Ar acute leukemia |
| 2024-2025 | KOMET-007 + KOMET-008 frontline AML cohorts | Kura Oncology + AbbVie | Pivotal trial | Ziftomenib + venetoclax + azacitidine triplet and ziftomenib + intensive chemotherapy |
| 2025-11 | Ziftomenib (Komzifti) FDA approval | Kura Oncology | Regulatory | Second menin inhibitor approval; first NPM1-mut-specific label; KOMET-001 R/R NPM1-mut AML |
| 2024-2026 | Bleximenib JNJ-75276617 + Ven + Aza Phase 1/2 | Janssen / J&J | Clinical milestone | Janssen advances bleximenib through combination triplet cohorts |
| 2024-2026 | Icovamenib BMF-219 covalent program | Biomea Fusion | Clinical milestone | Covalent menin chemistry tests resistance management |
| 2024-2026 | Enzomenib + Balamenib + BN-104 Phase 1/2 | Sumitomo + Daiichi Sankyo + BlossomHill | Clinical milestones | Asian and US biotech menin programs round out the second-tier challenger field |
| 2024-2026 | ZIFTOMENIB-FLT3 with gilteritinib | Kura + Astellas | Clinical milestone | First menin + FLT3 inhibitor combination in FLT3-mutated NPM1-mut AML |
| 2024-2026 | CXB-001 menin molecular glue preclinical | Boundless Bio + academic networks | Translational milestone | First menin degrader; tests architectural shift from inhibitor to degrader |
Strategic Pattern
Strategic pattern: Overall, the menin inhibitor BD theme is rapid two-asset class establishment plus combination network expansion. Syndax owns KMT2Ar acute leukemia through revumenib; Kura owns NPM1-mut AML through ziftomenib. Both pair with venetoclax + azacitidine for older-adult AML and with FLT3 inhibitors for the dual-driver subset. Janssen, Daiichi Sankyo, Sumitomo, and Biomea develop second-tier challengers. The menin degrader concept (CXB-001) opens the next architectural wave. The class went from zero approvals in 2023 to two FDA approvals by late 2025 — one of the fastest modality establishments in hematology.
Unmet Needs & White Spaces
Notably, three white spaces meet all three criteria — sparse coverage, clear technical value, and a realistic entry path:
| White Space | Current Coverage | Technical Value | Entry Path |
|---|---|---|---|
| Frontline NPM1-mut and KMT2Ar AML standard (menin inhibitor + Ven+Aza or + 7+3 as first-line therapy rather than relapsed setting) | Sparse — KOMET-007 and KOMET-008 generate the first frontline data; AUGMENT-102 supports revumenib triplet | High — addresses the molecularly-defined AML subsets that benefit most from menin inhibition | Phase 3 of ziftomenib + Ven+Aza vs Ven+Aza in newly diagnosed AML; revumenib + 7+3 in fit younger patients |
| MEN1 binding-pocket resistance management (covalent menin inhibitor or menin degrader for revumenib-resistant disease) | Sparse — Biomea’s icovamenib (covalent) and CXB-001 (degrader) target the resistance escape; no clinical-stage degrader yet | High — addresses the dominant resistance mechanism after revumenib exposure | Phase 1/2 of icovamenib in revumenib-resistant cohorts; CXB-001 IND filing; second-generation Kura and Syndax molecules |
| Pediatric KMT2Ar infant ALL (menin inhibitor for the infant acute lymphoblastic leukemia population that drives KMT2Ar leukemia incidence) | Sparse — revumenib has pediatric ≥1 year label; infant cohort underexplored; ziftomenib pediatric data minimal | High — addresses the highest-need pediatric oncology population with historically poor outcomes | Pediatric Phase 2 of revumenib + chemotherapy in newly diagnosed infant KMT2Ar ALL; cooperative-group sponsorship |
Risks and Strategic Outlook for 2026 and Beyond
Key Risks
- MEN1 binding-pocket resistance: However, M327I and similar MEN1 mutations emerge as resistance escape in revumenib-treated patients. Covalent menin inhibitors and menin degraders aim to overcome this, but clinical validation is pending.
- Differentiation syndrome and QT prolongation: Moreover, both revumenib and ziftomenib carry class-related differentiation syndrome and QT prolongation safety signals. Outpatient management protocols and biomarker-driven dose adjustment require validation.
- Frontline displacement risk: Notably, KOMET-007 and AUGMENT-102 must demonstrate triplet superiority over Ven+Aza alone to capture the older-adult AML segment. A miss compresses menin inhibitors back to the relapsed setting.
- Disease-segment commercial scale: Furthermore, KMT2Ar acute leukemia and NPM1-mutated AML together cover roughly 35-40% of adult AML. The narrow molecular eligibility limits revenue ceiling versus broader hematologic franchises.
Strategic Outlook
For strategic planning, the safest near-term bet around menin inhibitors is frontline triplet expansion — pairing revumenib or ziftomenib with venetoclax + azacitidine for newly diagnosed older adults with AML, with Phase 3 readouts driving label expansion. However, the highest-upside, highest-risk bets are in menin degraders and covalent inhibitors that overcome MEN1 binding-pocket resistance and in menin + FLT3 sequencing protocols for FLT3-mutated NPM1-mut AML. White-space opportunities exist in pediatric KMT2Ar infant ALL, in MEN1 binding-pocket resistance management, and in adjacent indications where menin biology may be relevant (Type 2 diabetes via Biomea’s icovamenib, neuroendocrine tumors, hepatocellular carcinoma). The next two years of menin inhibitor economics will depend less on which sponsor wins overall and more on whether the class earns frontline AML approval before generic erosion begins.
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