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Diana Massai

Observed name: Massai, Diana
Observed institution: Politecnico di Torino
OpenAlex ID: A5137574792
Serum-Free Media Development Strategies for Cultivated Meat: A Machine Learning-Assisted Systematic Scoping Review
2026 · Bruna Anzá, Silvia Fraterrigo Garofalo, et al. · Figshare
Serum-Free Media Development Strategies for Cultivated Meat: A Machine Learning-Assisted Systematic Scoping Review
2026 · Bruna Anzá, Silvia Fraterrigo Garofalo, et al. · Food Reviews International
Preliminary Assessment of Printed Strain Gauges for Instrumented Bioreactors
2026 · Giona Bonomi, Mauro Serpelloni, et al. · IEEE International Workshop on Metrology for Industry 4.0 & IoT (MetroInd4.0&IoT)
Hydrogel microwells with light-controlled reversible closure
2026 · Ma, Qifei, Urban, David, et al. · arXiv (Cornell University)
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In vitro platform to study bone mechanobiology under fluid-induced shear stress and intermittent pressure
2025 · Stefano Gabetti, Farah Daou, et al. · PORTO@Iris
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Methodology for Comparing Viscoelastic and Poroelastic Properties of GelMA Hydrogels at the Cellular Scale
2025 · Marta Tosini, Accili Eleonora, et al. · PORTO@Iris
Direct perfusion and intermittent pressure bioreactor for mimicking and investigating the bone environment
2024 · Stefano Gabetti, Farah Daou, et al. · PORTO@Iris
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Automated electro-mechanical bioreactor for enhancing the maturation of engineered muscle tissues in vitro – A promising avenue for cultivated meat?
2024 · Masante, Beatrice, Israel, Simone, et al. · PORTO@Iris
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Knowledge-generation platform for unravelling bone mechanotransduction mechanisms
2024 · Diana Massai · PORTO@Iris
A Methodological Approach to Interpret and Compare the Viscoelastic Behavior of Biological Tissues and Hydrogels
2023 · Gianpaolo Serino, Marta Tosini, et al. · PORTO@Iris
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Migration and traction force characterization of pancreatic ductal adenocarcinoma cells on stiffness-tunable substrates
2023 · Stefano Gabetti, Silvia Marino, et al. · PORTO@Iris
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Effetto pro-osteogenico sinergico di perfusione e stimolazione elettromagnetica pulsata su modelli biomimetici di tessuto osseo
2023 · Stefano Gabetti, Farah Daou, et al. · PORTO@Iris
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Sistema “tissue-on-chip” per studiare gli effetti dell’ambiente spaziale sul tessuto osteocondrale
2023 · Stefano Gabetti, Elisa Scatena, et al. · PORTO@Iris
Piattaforma biomimetica per studiare gli effetti della gravita alterata su modelli di tessuto osteocondrale realizzati mediante manifattura additiva
2023 · Stefano Gabetti, Elisa Scatena, et al. · PORTO@Iris
Design, characterization and testing of a platform for investigating cell response to controlled stretch
2023 · Giovanni Putame, Beatrice Masante, et al. · PORTO@Iris
Piattaforma di ricerca per investigare nello spazio gli effetti della microgravita e il potenziale terapeutico della stimolazione elettromagnetica pulsata su modelli 3D di tessuto osseo
2023 · Stefano Gabetti, Farah Daou, et al. · PORTO@Iris
Permeability Test Bench for Characterizing Hard and Soft Scaffolds for Tissue Engineering Applications
2022 · Beatrice Masante, Stefano Gabetti, et al. · PORTO@Iris
Design and characterization of a customized flexible substrate to study the effect of uniaxial stretch on cell cultures for mechanotransduction investigations
2022 · Giovanni Putame, Marta Tosini, et al. · PORTO@Iris
Automated Parallel Bioreactor Platform Combining Perfusion and PEMF Stimulation
2022 · Stefano Gabetti, Farah Daou, et al. · PORTO@Iris
Novel bioreactor providing tunable biophysical stimulation for bone mechanobiology investigations
2022 · Stefano Gabetti, Beatrice Masante, et al. · PORTO@Iris
Design and characterization of a flexible substrate for culturing adherent cells under defined uniaxial stretch
2022 · Giovanni Putame, Marta Tosini, et al. · PORTO@Iris
A tunable magnetic stimulation system for elucidating the role of PEMF stimulation in bone tissue maturation in vitro in view of precision orthopedic medicine
2021 · Michele Quercio, Stefano Gabetti, et al. · PORTO@Iris
3D-printed bioreactor platform combining direct perfusion and PEMF stimulation for in vitro investigating bone mechanisms under defined physical stimuli
2021 · Stefano Gabetti, Beatrice Masante, et al. · PORTO@Iris
Versatile perfusion and electrical stimulation bioreactor for bone tissue engineering
2021 · Diana Massai, Stefano Gabetti, et al. · PORTO@Iris
A 3D-printed bioreactor combining direct perfusion and PEMF stimulation for investigating the biological responses of bone tissue models to controlled physical stimuli
2021 · Beatrice Masante, Stefano Gabetti, et al. · PORTO@Iris
Works count: 25
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