We report a microarray of cantilevers to detect multiple unlabeled biomolecules simultaneously
at nanomolar concentrations within minutes. Ligand-receptor binding interactions such …

We have devised a method to produce gold films with ultralarge atomically flat areas for use
in scanning probe microscopy. A means roughness of 2 Å for areas of 2.25 μm 2 , and about …

Molecular recognition between biotinylated bovine serum albumin and polyclonal, biotin-directed
IG antibodies has been measured directly under various buffer conditions using an …

All of them are based on the same principle, ie, that of exposing the very first layer of gold
atoms which had deposited onto mica. One alternative route leads to substrates which are …

The availability of entire genome sequences has triggered the development of microarrays
for clinical diagnostics that measure the expression levels of specific genes. Methods that …

We report a microcantilever-based immunosensor operated in static deflection mode with a
performance comparable with surface plasmon resonance, using single-chain Fv (scFv) …

Miniaturized microfabricated sensors have enormous potential in gas detection, biochemical
analysis, medical applications, quality and process control, and product authenticity issues. …

The controlled deposition of functional layers is the key to converting nanomechanical cantilevers
into chemical or biochemical sensors. Here, we introduce inkjet printing as a rapid and …

Membrane proteins are central to many biological processes, and the interactions between
transmembrane protein receptors and their ligands are of fundamental importance in medical …

The polymerization of individual RecA–DNA filaments, containing either single-stranded or
double-stranded DNA, was followed in real time, and their mechanical properties were …