REHO, Gino Antonio
REHO, Gino Antonio
Dipartimento di Ingegneria
A mechanical model for tissue engulfment: competition between degradation and indentation
file con accesso da definire2026 Reho, Gino Antonio; Blanco Dorca, Pau; Benvenuti, Elena; Arroyo Balaguer, Marino
A tensegrity contractile device for pre-strained cells linked to focal adhesions
file con accesso da definire2022 Benvenuti, Elena; Reho, GINO ANTONIO; Palumbo, Stefania; Fraldi, Massimiliano
Active Fluid-Solid Interaction in Tissue Invasion: Decoupling Indentation and Degradation Mechanics
file con accesso da definire2026 Reho, Gino Antonio; Blanco Dorca, Pau; Benvenuti, Elena; Arroyo Balaguer, Marino
An elastic-damaging cohesive law for cell–substrate adhesion with positive and negative durotaxis
2024 Benvenuti, E.; Reho, G. A.
Competition between degradation and indentation in the invasive behaviour of an active biological tissue
file con accesso da definire2025 Reho, Gino Antonio; Blanco Dorca, Pau; Arroyo Balaguer, Marino
Computational Modelling of the Mechanobiology of Cell Migration: from Durotaxis to Cell Invasion
2026 Reho, Gino Antonio
Durotaxis of tensegrity cell units incorporating asymmetry
2023 Benvenuti, Elena; Reho, GINO ANTONIO; Palumbo, Stefania; Fraldi, Massimiliano
Elastic-damaging cohesive law for cell-substrate adhesion: positive and negative durotaxis
2024 Reho, GINO ANTONIO; Benvenuti, Elena
Elasto fracturing adhesion and durotaxis of cell ECM systems
file con accesso da definire2023 Reho, GINO ANTONIO; Benvenuti, Elena
Invasive Behaviour of an Active Biological Tissue Into an Elastic Matrix: Competition Between Degradation and Indentation
file con accesso da definire2025 Reho, Gino Antonio; Blanco Dorca, Pau; Arroyo Balaguer, Marino
Mechanics of tensegrity cell units incorporating asymmetry and insights into mollitaxis
2023 Benvenuti, E; Reho, G A; Palumbo, S; Fraldi, M
Mechanobiological feedback in tissue invasion: a continuum model for elastocapillarity and matrix degradation
file con accesso da definire2026 Reho, Gino Antonio; Blanco Dorca, Pau; Benvenuti, Elena; Arroyo Balaguer, Marino
Modelling the mechanobiology of cell-substrate adhesion through elastic-damaging cohesive laws
file con accesso da definire2026 Reho, G. A.; Benvenuti, E.
Modelling the mechanobiology of cell-substrate adhesion through elasticdamaging cohesive laws
file con accesso da definire2024 Reho, GINO ANTONIO; Benvenuti, Elena
Pre-strains and buckling in mechanosensitivity of contractile cells and focal adhesions: A tensegrity model
2022 Benvenuti, E.; Reho, G. A.; Palumbo, S.; Fraldi, M.