Bruno A. Duso

Inserm — France

Biochemistry, Genetics and Molecular Biology · Life Sciences

13h-index1.3kcitations68works0.32yr avg
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Research Topics

Retinoids in leukemia and cellular processes(26), Cancer, Lipids, and Metabolism(25), Peroxisome Proliferator-Activated Receptors(22), Cancer Genomics and Diagnostics(10), Cancer Immunotherapy and Biomarkers(8)

Publications68 total

Comprehensive review of pregnancy associated breast cancer: Clinical features, molecular characteristics and novel therapies
European Journal of Cancer·2026
179MO Spatial multi-omics to dissect the in-situ-to-invasive transition in breast cancer
ESMO Open·2025Open Access
2274O Dissecting four decades of phase III randomised pharmacological interventions for primary cancer prevention to guide future developments: ESMO early detection and prevention task force
Annals of Oncology·2025
Abstract 265: NF1 is a novel MAP that modulates microtubule damage repair: rediscovering a tumor suppressor
Cancer Research·2025
Abstract A013: NF1 loss is syntetic lethal with Trastuzumab emtansine
Molecular Cancer Therapeutics·2024
Abstract 6413: Biomarkers of response and progression to Pembrolizumab and Vorinostat combination in late-stage squamous cell carcinoma patients of different locations included in the PEVOsq basket trial
Cancer Research·2024
Abstract 513: Intra-tubular damage is targeted by maytansinoids and rescued by NF1: Revisiting mechanism and biomarkers of an established ADC payload
Cancer Research·2024
Supplementary Figure S1 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S4 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S8 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Figure S2 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Figure S2 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S7 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S9 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S7 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S1 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S2 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S2 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Supplementary Table S1 from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
Data from High-Fat Diet Promotes Acute Promyelocytic Leukemia through PPARδ-Enhanced Self-renewal of Preleukemic Progenitors
2024Open Access
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Frequent Co-authors

Luca Mazzarella(36), Pier Giuseppe Pelicci(24), Giulia Tini(21), Emanuele Bonetti(19), Giuseppe Curigliano(18), Elena Gavilán(18), Elena Gatti(15), Paolo Falvo(15), Marta Adinolfi(14), Rossana Piccioni(14), Margherita Bodini(14), Barbara Gallo(14), Stefania Orecchioni(14), Sophie Roerink(14), Francesco Bertolini(14), Myriam Alcalay(14), Gaetano Ivan Dellino(14), Paolo D’Amico(13), Debora Valli(13), Alicja Gruszka(13)