BALLERINI, MATTIA

BALLERINI, MATTIA  

DIPARTIMENTO DI ELETTRONICA, INFORMAZIONE E BIOINGEGNERIA  

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Risultati 1 - 11 di 11 (tempo di esecuzione: 0.014 secondi).
Titolo Data di pubblicazione Autori File
A 3D mechanically-active gut-on-chip enables prediction of response of melanoma to immune checkpoint inhibitors based on fecal microbiome 1-gen-2024 Mattia BalleriniKarol K. KugiejkoPaola OcchettaMarco RasponiLuigi Nezi +
A mechanically active 3D gut-on-chip for intestine-microbiome co-culture 1-gen-2020 Mattia BalleriniPaola OcchettaLuigi NeziMarco Rasponi +
A mechanically active 3D gut-on-chip for intestine-microbiome co-culture 1-gen-2021 Mattia BalleriniKarol Konrad KugiejkoPaola OcchettaLuigi NeziMarco Rasponi +
A mechanically active 3D gut-on-chip to study intestine-microbiome-tumor interactions 1-gen-2021 Mattia BalleriniPaola OcchettaLuigi NeziMarco Rasponi +
Assessing the feasibility of innovative Liver-on-Chip models for in vitro hepatotoxicity screening 1-gen-2024 E. FerrariM. BalleriniPaola OcchettaMarco Rasponi
Development of a microfluidic platform to generate vascularized colorectal cancer spheroids on chip 1-gen-2024 Giacomo CrettiMattia BalleriniPaola OcchettaMarco Rasponi
GZMKhigh CD8+ T effector memory cells are associated with CD15high neutrophil abundance in non-metastatic colorectal tumors and predict poor clinical outcome. 1-gen-2022 M. BalleriniM. RasponiL. Nezi +
Intestinal epithelium on chip for drug absorption studies 1-gen-2023 A. CordialeM. BalleriniP. OcchettaM. Rasponi +
Intestinal epithelium on chip for pharmacological studies 1-gen-2023 A. CordialeM. BalleriniP. OcchettaM. Rasponi +
MICROBIOME ON CHIP (MOC): A NOVEL MULTI-ORGAN PLATFORM FOR PERSONALIZED THERAPY IN CANCER 1-gen-2020 M. BalleriniM. JouybarM. RasponiL. Nezi +
Organ-on-Chips for Studying Tissue Barriers: Standard Techniques and a Novel Method for Including Porous Membranes Within Microfluidic Devices 1-gen-2022 Ballerini M.Jouybar M.Mainardi A.Rasponi M.Ugolini G. S.