This review describes the potential of FluidFM technology and its implementation in studying
the interface between a single cell (prokaryote or eukaryote) and a surface or a surrounding …

The fluidic force microscope (FluidFM) can be considered as the nanofluidic extension of the
atomic force microscope (AFM). This novel instrument facilitates the experimental procedure …

Fluidic force microscopy (FluidFM) fuses the force sensitivity of atomic force microscopy with
the manipulation capabilities of microfluidics by using microfabricated cantilevers with …

A characteristic equation for the frequencies of the T‐shaped and overhang‐shaped
cantilevers is derived for the first time. We show that there are optimum values of the …

A femtosecond laser can be used to fabricate microstructures on a silicon microcantilever
surface with high precession and minimal sidewall defects. The aim of this study is to …

In this paper, dynamic behavior and the resonance frequencies of flexural vibration modes
of an atomic force microscope cantilever with sidewall probe immersed in liquid to surface …

The robotized version of the nanofluidic force-microscope, FluidFM BOT, is a versatile tool
utilized for single-cell force-spectroscopy, micropatterning, and fluid injection or extraction. It …

The Brownian thermal noise which affects the cantilever dynamics of a dynamic atomic force
microscope (dAFM) is discussed, both when it works in air and in presence of water. The …

Cantilever devices have found applications in numerous scientific fields and instruments,
including the atomic force microscope (AFM), and as sensors to detect a wide range of …

The transient fluctuation theorem is used to calibrate an atomic force microscope by
measuring the fluctuations of the work performed by a time-dependent force applied …