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Multi-omic Profiling of Follicular Lymphoma Reveals Changes in Tissue Architecture and Enhanced Stromal Remodeling in High-Risk Patients.

Andrea J. Radtke,Ekaterina Postovalova,Arina Varlamova,Alexander Bagaev,Maria Sorokina,Olga Kudryashova,Mark Meerson,Margarita Polyakova,Ilia Galkin,Viktor Svekolkin,Sergey Isaev, Daniil Wiebe, Anna Sharun, Alexander Sarachakov,Grigory Perelman,Yaroslav Lozinsky,Ziv Yaniv,Bradley C. Lowekamp,Emily Speranza,Li Yao,Stefania Pittaluga,Arthur L. Shaffer III,Danny Jonigk, James D. Phelan,Theresa Davies-Hill,Da Wei Huang,Pavel Ovcharov,Krystle Nomie,Ekaterina Nuzhdina,Nikita Kotlov,Ravshan Ataullakhanov,Nathan Fowler,Michael Kelly,Jagan Muppidi,Jeremy L. Davis,Jonathan M. Hernandez,Wyndham H. Wilson,Elaine S. Jaffe,Louis M. Staudt,Mark Roschewski,Ronald N. Germain

CANCER CELL（2024）

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Key words
B cell lymphoma,cancer-associated fibroblasts,tumor microenvironment,spatial proteomics,RNA-seq,tumor progression,human lymph node,immunology,integrated analysis,multi-omic single-cell atlas
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