People

Currently working on cell and bone mechanics.

Currently working on wound healing computational models.

Currently working on computational mechanics, biomechanics and mechanobiology of bone tissue

Currently working on the hip and knee revision systems and long bone fractures treatments.

Currently working on the development of parametric FE models of the proximal femur.

Currently working on cell migration tracking and traction force microscopy.

Currently working on continuum models of wound healing and computational characterization of biological materials

Currently working on microfluidics in tissue engineering and the development of in vitro biomimetic models for wound healing.

Currently developing computational models to simulate cell-matrix interactions, known as focal contacts or focal adhesions.

Currently working on microfluidic platforms to reproduce the in vivo microenvironment of migrating cells.

Currently working on multiscale models of angiogenesis process and simulation of in vitro cultures in microfluidic devices.

Currently working on continuum models of cell migration and computational characterization of microfluidic platforms.

Working on software development of cell migration and traction force microscopy

Currently working on stochastic models of 3D cell migration: biochemical reaction kinetics, cell-ECM interactions & cell mechanics.

Development of a new generation of patient-specific implants, in vitro bone regeneration and numerical prediction.

Studying mechanical forces involved in bacterial infections.

Mainly working on tissue engineering and biomechanics of bone (CuraBone Project): characterization of scaffolds, cell culture, computational modelling

Management and administrative issues for european projects and research activities of the M2BE group

Working on 3D reconstruction and characterization of collagen matrix.