A novel, interferometry-based approach to micropipette aspiration overcomes the spatial resolution limit of current methods, simplifies data retrieval, and enables the study of the dynamic mechanical behavior of biomembranes at the nanoscale
International audiencePulling membrane nanotubes from liposomes presents a powerful method to gain a...
Nanoindentation refers to a class of experimental techniques where a micrometric force probe is used...
176 pages format A5This mémoire presents my current research interests in micro and nano-mechanics i...
A novel, interferometry-based approach to micropipette aspiration overcomes the spatial resolution l...
Micropipette aspiration (MPA) is an essential tool in mechanobiology; however, its potential is far ...
We present a new approach to Micropipette Aspiration (MPA), a pioneering method in mechanobiology, t...
The paper describes methodology, instrumentation, and experiments for the study of the mechanical be...
International audienceThe mechanic properties of cell membranes control many biological processes. T...
The boundary between the physical and biological sciences has been eroded in recent years with new p...
We present a methodology for static and dynamic testing of mechanical properties of microelements. T...
There is an emerging need of nanotools able to quantify the mechanical properties of single biologic...
AbstractWe present a multipurpose nanomechanical force probe that combines a sideways-mounted elasti...
Measuring forces from the piconewton to millinewton range is of great importance for the study of li...
The biomechanical properties of single cells show great potential for early disease diagnosis and ef...
A novel micromachined, membrane-based probe has been developed and fabricated as assays to enable pa...
International audiencePulling membrane nanotubes from liposomes presents a powerful method to gain a...
Nanoindentation refers to a class of experimental techniques where a micrometric force probe is used...
176 pages format A5This mémoire presents my current research interests in micro and nano-mechanics i...
A novel, interferometry-based approach to micropipette aspiration overcomes the spatial resolution l...
Micropipette aspiration (MPA) is an essential tool in mechanobiology; however, its potential is far ...
We present a new approach to Micropipette Aspiration (MPA), a pioneering method in mechanobiology, t...
The paper describes methodology, instrumentation, and experiments for the study of the mechanical be...
International audienceThe mechanic properties of cell membranes control many biological processes. T...
The boundary between the physical and biological sciences has been eroded in recent years with new p...
We present a methodology for static and dynamic testing of mechanical properties of microelements. T...
There is an emerging need of nanotools able to quantify the mechanical properties of single biologic...
AbstractWe present a multipurpose nanomechanical force probe that combines a sideways-mounted elasti...
Measuring forces from the piconewton to millinewton range is of great importance for the study of li...
The biomechanical properties of single cells show great potential for early disease diagnosis and ef...
A novel micromachined, membrane-based probe has been developed and fabricated as assays to enable pa...
International audiencePulling membrane nanotubes from liposomes presents a powerful method to gain a...
Nanoindentation refers to a class of experimental techniques where a micrometric force probe is used...
176 pages format A5This mémoire presents my current research interests in micro and nano-mechanics i...