PALMA, CECILIA

PALMA, CECILIA  

DIPARTIMENTO DI ELETTRONICA, INFORMAZIONE E BIOINGEGNERIA  

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Risultati 1 - 19 di 19 (tempo di esecuzione: 0.019 secondi).
Titolo Data di pubblicazione Autori File
035 - Mechanically active Joint-on-chip models as advanced preclinical tools to test anti-OA therapies and dissect the cross-talk among different compartments in OA 1-gen-2024 Cecilia PalmaStefano PiazzaShima SalehiMarco RasponiSilvia LopaPaola Occhetta +
A compartmentalized joint-on-chip model as tool to investigate cartilage-synovium interactions in early stages of osteoarthritis 1-gen-2023 Palma, C.Salehi, S.Occhetta, P.Rasponi, M. +
A COMPARTMENTALIZED JOINT-ON-CHIP MODEL TO UNRAVEL THE ROLE OF CARTILAGE AND SYNOVIUM IN OSTEARTHRITIS PATHOGENESIS 1-gen-2022 C. PalmaS. SalehiP. OcchettaM. Rasponi +
A compartmentalized joint-on-chip to unravel cartilage-synovium crosstalk in osteoarthritis 1-gen-2022 Cecilia PalmaShima SalehiPaola OcchettaMarco Rasponi +
A compartmentalized microfluidic platform to investigate immune cells cross-talk in rheumatoid arthritis 1-gen-2025 Cecilia PalmaBianca AteriniErika FerrariPaola OcchettaMarco Rasponi +
A Human Stem Cell-Derived Neurosensory-Epithelial Circuitry on a Chip to Model Herpes Simplex Virus Reactivation 1-gen-2022 Rasponi, MarcoPalma, CeciliaCastelli, Matteo +
A MICROFLUIDIC PLATFORM TO INVESTIGATE THE CROSS-TALK BETWEEN IMMUNE CELLS IN RHEUMATOID ARTHRITIS 1-gen-2022 C. PalmaE. FerrariM. RasponiP. Occhetta +
A microfluidic platform to unravel immune cells cross-talk in rheumatoid arthritis 1-gen-2023 Palma C.Aterini B.Rasponi M.Occhetta P. +
An Advanced Mechanically Active Osteoarthritis‐on‐Chip Model to Test Injectable Therapeutic Formulations: The SYN321 Case Study 1-gen-2024 Cecilia PalmaStefano PiazzaRoberta VisoneMarco RasponiPaola Occhetta +
Design and development of an Organ-on-Chip model to study the role of mechanical stimuli on cartilage development and pathological onset 1-gen-2024 E. MontiC. PalmaM. RasponiP. Occhetta +
Development of an Organ-on-Chip model to unravel the role of mechanical cues on cartilage development and pathology 1-gen-2024 E. MontiC. PalmaM. RasponiP. Occhetta +
Efficacy assessment of the novel combined anti-oa treatment syn321 in an advanced mechanically active osteoarthritis-on-chip model 1-gen-2023 Palma, C.Piazza, S.Rasponi, M.Occhetta, P. +
Evaluating immune cells interaction in rheumatoid arthritis through a novel microfluidic technology 1-gen-2022 Cecilia PalmaErika FerrariMarco RasponiPaola Occhetta +
Exploiting compartmentalization to unravel the contribution of cartilage and synovium to osteoarthritis pathogenesis in a novel joint-on-chip model 1-gen-2023 C. PalmaS. SalehiP. OcchettaM. Rasponi +
Exploiting compartmentalization to unravel the contribution of cartilage and synovium to osteoarthritis pathogenesis in a novel joint-on-chip platform 1-gen-2024 C. PalmaS. SalehiP. OcchettaM. Rasponi +
Frataxin gene editing rescues Friedreich’s ataxia pathology in dorsal root ganglia organoid-derived sensory neurons 1-gen-2020 Palma C.Rasponi M. +
Integrating Biosensors in Organs-on-Chip Devices: A Perspective on Current Strategies to Monitor Microphysiological Systems 1-gen-2020 Ferrari E.Palma C.Vesentini S.Occhetta P.Rasponi M.
Investigating the contribution of cartilage and synovium to osteoarthritis development through a compartmentalized human joint-on-chip model 1-gen-2023 C. PalmaS. SalehiP. OcchettaM. Rasponi +
Organs-on-chip and proteomics as tools to identify key molecular players responsible for human OA initiation 1-gen-2021 Cecilia PalmaPaola OcchettaMarco Rasponi +