Microarray technology has become a crucial tool for large-scale and high-throughput
biology. It allows fast, easy and parallel detection of thousands of addressable elements in a …

In recent years, the biological and biomedical applications of micro-and nanotechnology
(commonly referred to as Biomedical or Biological Micro-Electro-Mechanical Systems …

This paper presents a new label-free optical method to study biomolecular interactions in
real time at the surface of an optically transparent substrate. The method relies on the …

Protein arrays are described for screening of molecular markers and pathway targets in
patient matched human tissue during disease progression. In contrast to previous protein …

Mittlerweile nutzen alle so genannten Life Sciences (zB Pharma-und
Ernährungswissenschaften) die Möglichkeiten der Biokatalyse. Auch das Interesse der …

We investigate the relationship of protein-protein interactions with mRNA expression levels,
by integrating a variety of data sources for yeast. We focus on known protein complexes that …

Microarray technology allows the simultaneous analysis of thousands of parameters within a
single experiment. Microspots of capture molecules are immobilized in rows and columns …

Antibody microarrays have the potential to revolutionize protein expression profiling. The
intensity of specific signal produced on a feature of such an array is related to the amount of …

Fluorescent-sandwich immunoassays on microarrays hold appeal for proteomics studies,
because equipment and antibodies are readily available, and assays are simple, scalable …

Protein microarrays are potentially powerful tools in biochemistry and molecular biology.
Two types of protein microarrays are defined. One, termed a protein function array, will …