Following the tradition of the first three editions, the Nanoengineering for Mechanobiology symposium will be organized at the beginning of Spring 2019, from March 24th to 27th in the picturesque fishermen village of Camogli, located on the shore of the Ligurian sea, close to the city of Genova, Italy. This year EMPA Zürich and CNR Genova will partner with LENS, the European Laboratory for Non-Linear Spectroscopy of Florence to bring together scientists from all over the world, interested in sharing ideas on new and upcoming technologies and applications towards a deeper understanding of how the mechanical environment is shaping the function of cells and tissues.
The upcoming edition of the meeting is expected to host a stimulating multidisciplinary environment, with researchers belonging to different areas, from physics and engineering to biology and medicine, but sharing a common scientific interest. The main methodological focus will be posed on the application of advanced microscopy and spectroscopy approaches to follow the dynamics and measure the mechanical properties of single molecules and cells. Moreover, the scientific sessions will be flanked by a technological exhibit involving world-leading companies and high tech startups interested in presenting their solutions and services for the growing community of mechanobiology.
See you soon in Camogli!
We develop and apply high-speed atomic force microscopy (AFM and high-speed AFM) to unravel the physics behind biological systems. Our research is based on force spectroscopy approaches to determine how single molecules and living cells response to mechanical forces.External website
OF and his team develop and engineer new biomechatronics solutions for highly automated or high-content experimentation in the field of mechanobiology, among which the IsoStretcher, MyoRobot and the MechaMorph are some recent developments. Applying those systems to study involvement of mechanosensitive channels in cardiac tissue or axial biomechanical compliance of skeletal muscle fibres in various disease models represent some of the current research topics covered.External website
Michele De Luca has dedicated most of his scientific activities to translational medicine. He is recognised as leading scientist in human squamous epithelial stem cell biology aimed at the development of epithelial stem cell-mediated cell therapy and gene therapy.External website
The goal of the Citi laboratory is to understand at the molecular level how the apical junctional complex of vertebrate epithelial cells controls epithelial function, morphogenesis, differentiation and proliferation.External website
Research interests: Mechano-electric coupling in the cardio-vascular system, Hetero-cellular cross-talk and roles of non-excitable cells in cardiac biophysics, Integrated wet-and-dry studies of cardio-vascular structure and function, Method development, imaging, auto-regulation.External website
Professor Mazza's research deals with experimental continuum mechanics, applied for the solution of challenging problems in engineering and medicine. Novel experimental techniques are developed for the multiscale characterization of the mechanical reponse of structures and materials.External website
My research focus is on the mechanical and dynamic properties of lipids and proteins involved in membrane traffic. Specifically, how do these properties produce efficient membrane deformation, lipid and protein sorting within traffic intermediates, and fission of separating membranes?External website
Material-based strategies to engineer tissue repair and regeneration, and to understand pathological conditions such as cancer. His multidisciplinary group designs microenvironments to simulate the complex spatio-temporal cues of the extracellular matrix, including viscoelastic substrates and 3D protein-based hydrogels that control integrin and growth factor receptor signalling.External website
We are taking an interdisciplinary approach to investigate how cellular forces, local cell and tissue compliance and cellular mechanosensitivity contribute to CNS development and disease. Methods we are exploiting include atomic force microscopy, traction force microscopy, custom-built simple and complex compliant cell culture substrates, optical microscopy including confocal laser scanning microscopy and cell biological techniques.External website
The newly formed Cox Lab is focused on the molecular workings of mechanically-gated ion channels. In particular how they are regulated by the lipid environment and structural scaffold proteins. This includes trying to understand the bidirectional flow of information between these channels and the cytoskeleton and their downstream signaling effectors.External website
Material characterization and surface analysis with focus on X-ray techniques; material in medical technology, aging of microsystems, microelectronics and sensors; coating technologies. Currently Member of Empa's Board of Directors, Head of Department "Materials meet Life", Head of Research Focus Area "Health and Performance", Titular Professor at the University of Bern (Biomedical Engineering)External website
Introduction and welcome
Università di Modena e Reggio Emilia, Italy
Epithelial stem cells in cell and gene therapy
Université de Aix-Marseille, France
Molecular to cellular mechanics probed by atomic force microscopy
Victor Chang Cardiac Research Institute, Sydney, Australia
Mechanosensitive Piezo channels: bidirectional feedback with lipids and the cytoskeleton
EMPA, Zürich, Switzerland
to be defined
University of Glasgow, UK
Engineering the cellular microenvironment with biomaterials: mechanics, growth factors and beyond
Université de Genève, Switzerland
Molecular mechanisms of mechanostranduction at apical cell-cell junctions
Universitäts-Herzzentrum Freiburg, Germany
Cardiac Mechano-Sensitivity: from Pipette to Patient
ETH Zürich, Switzerland
Biomechanics and mechanobiology of soft collagenous tissue: some novel insights from multiscale mechanical experiments
Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany
Pulling the strings - novel biomechatronics feeds for biomechanical studies in cardiac and skeletal muscle
The Nanoengineering for Mechanobiology symposium is organized in Camogli, a nice fishermen village near Genova, with the aim to bring together for three days junior and senior scientists passionate for the field of Mechanobiology. To enhance the interaction among the attendees, the core activities of the conference are organized inside the Hotel Cenobio dei Dogi which is also the accommodation for the participants.
The first round of registration to the symposium is open till 08/12/2018. After that date all applicants will be notified about the outcome of the application (either poster or oral participation) and the payment of the fees will be requested before December 31st. The symposium is targeted to a small audience and typically no more of 80 attendees will be allowed to participate.
Privacy note: your data will be collected for the sole purpose of the registration and participation to the N4M meeting. Your name, email and data will be shared only with the participants and the service providers involved in the management of the conference, and for the specific need. All data will be deleted after the end of the conference and your email will be included in the N4M Google Group to get future info on the conference (with possibility to unsubscribe at any moment).
Via Nicolò Cuneo, 34
16032 Camogli Genova, Italy
The Camogli S.Fruttuoso station is 2 minutes walk from the Hotel and directly connected to the national railway network. Find timetables and connections at the Trenitalia website
Have a look at the directions provided by the Hotel or follow any navigation system. The Hotel Cenobio dei Dogi provides free parking for all attendees staying at the Hotel.
The nearest airport is Genova Cristoforo Colombo, which is internationally connected to Paris (Air France), Munich (Lufthansa), London (Ryanair and BA), Barcelona (Flyvalan), Bruxelles (Flyvalan), Amsterdam (KLM), Zurich (Flyvalan) and nationally to the international hub Fiumicino in Rome. The airport is connected via a shuttle service to the Genova Brignole train station (volabus, check the timetable) where a train to Camogli departs every half an hour (timetable and tickets).