Microfabricated systems equipped with 3D cell culture devices and in‐situ cellular
biosensing tools can be a powerful bionanotechnology platform to investigate a variety of …

Cell-based biosensors provide new horizons for medical diagnostics by adopting complex
recognition elements such as mammalian cells in microfluidic devices that are simple, cost …

In this paper we present a series of experiments showing that vertical self-assembled
diphenylalanine peptide nanowires (PNWs) are a suitable candidate material for cellular …

This Article presents the development of a combined cell culture–biosensing platform using
vertically aligned self-assembled peptide nanofibers. Peptide nanofibers were patterned on …

The increasing development of continuous-flow applications in the field of microfluidics
generates demand for in-line monitoring methods. The thermal conductivity (κ) of a liquid …

The short aromatic dipeptide l-diphenylalanine (FF) was used to build supramolecular
assemblies from amorphous films that were deposited onto Si substrates using an adapted …

The prevention of oxidative reactions in a biological medium as well as the role of reactive
oxygen species (ROS) in chronic degenerative diseases are questions that continue to be …

Cytogenetic and molecular cytogenetic analyses, which aim to detect chromosome
abnormalities, are routinely performed in cytogenetic laboratories all over the world …

This work presents a versatile, membrane based electrochemical sensor with thin film
electrodes fabricated through E‐beam evaporation directly on porous materials …

Self-assembled biological nanofibers, such as protein amyloid fibrils or peptide nanotubes,
have the potential of making an enormous impact in future biosensor technologies because …