The bio@NANO activity is performed by the following scientists (researchers and PhD students) with expertise spanning a variety of experimental and theoretical techniques and different applicative fields.
| Andrea Alessandrini |  | |
Antonella Battisti      | Sensors, biosensors, biocompatible and active materials for biomedical and environmental applications |  |
| Luca Bellucci | Computational chemistry and molecular dynamics simulations | |
| Fabio Beltram |  | |
| Margherita Bini | Bio-functionalized nanoparticles modeling and simulations | |
| Ranieri Bizzarri | Optical imaging of cellular processes at nanoscale |  |
| Giorgia Brancolini | Development of multi-scale computational strategies for biomolecules and hybrid Nano-Bio Interfaces | |
| Francesco Cardarelli | | |
| Andrea Camposeo | Additive manufacturing technologies | |
Sara Carpi  | | |
| Marco Cecchini | Surface-acoustic-wave devices for microfluidics and sensing; nanomaterials for neurosciences | |
| Ciro Cecconi | | |
| Stefano Corni |  | |
| Chiara De Cesari | Identification of biomarkers for neurodevelopmental disorders | |
| Jose Gustavo De La Ossa Guerra | | |
| Ambra Del Grosso | Development of innovative therapies based on nanotechnologies and autophagy modulation for neurodegenerative disorders | |
| Miriam De Sarlo | Development of new strategies and nanotechnologies to study neural disorders | |
| Rosa Di Felice | Classical physics and quantum physics in biological systems by numerical simulations | |
| Mariacristina Gagliardi | | |
| Sujoy Kumar Ghosh | | |
| Simone Giubbolini | | |
Gabriele Losi  | Cellular and molecular mechanisms of neuron-glia interactions; Biophysical basis of cortical processing in physiology and disease | |
| Stefano Luin | | |
| Francesco Lunardelli | | |
Andrea Mescola | Mechanical characterization of live cells and lipid model system and interaction with exogenous small molecules | |
| Roberta Mezzena | | |
| Daniele Montepietra |  | |
Alessandro Mossa  | Multi-scale computational methods for drug design; Theoretical tools for single-molecule experiments | |
| Gabriele Nardi | | |
| Riccardo Nifosì | Computational modeling and design of molecular bionsensors | |
| Gianmichele Ratto | Biophysical basis of cortical processing in physiology and disease |  |
| Riccardo Parra | | |
| Giacomo Pasquini | Biophysical basis of neurophysiology | |
| Luana Persano | Electrospinning and additive manufacturing technologies for regenerative medicine and cellular monitoring | |
| Vinoshene Pillai | | |
| Melissa Santi | Design of innovative targeted nanoparticles for drug delivery | |
| Luca Scaccini | | |
| Antonella Sgarbossa | Biophysics of amyloidogenic self-assembly; Photophysics and photodynamic properties of natural biomolecules | |
| Barbara Storti . | Understanding intracellular processes at nanoscale by fluorescence microscopy | |
Ilaria Tonazzini   | Nanotechnologies and nanomaterials for the central and peripheral nervous system | |
Valentina Tozzini | Multi scale simulations and coarse grained models development | |
| Laura Zanetti-Polzi | Theoretical-computational investigation of biomolecular systems with hybrid quantum-classical approaches | |