Importance of biophysical properties for the development, maintenance, regeneration and diseases of the peripheral nervous system
G. Rosso, V. ShahinWe investigate the diverse, so far poorly understood roles of the microenvironment’s biophysical properties in the development, maintenance and regeneration of the peripheral nervous system at the tissue (nerves), cellular (e.g. glial cells, neurons) and molecular (proteins) levels. We are also interested in the implications of impaired microenvironment’s biophysical properties for inflammatory demyelination neuropathies.
Mechanosensitivity of Schwann cells and neuronsG. Rosso et al., 2016, Nanomedicine
Simultaneous combination of AFM and confocal microscopy to study biomechanics ...
G. Rosso et al., 2014, Sci Rep.
and functional integrity of myelinated nerve fibres
Relationship between structure and biomechanics of myelinated nerve fibres
Links between PNS neuropathies (PMP22-associated) and impaired biomechanics-structure of nerve fibreG. Rosso et al., 2014, Sci Rep.