The development and applications of site-selective protein immobilization have undergone
significant advances in recent years. Notably the recent fusion of synthetic chemistry and …

Protein chips have emerged as a promising approach for a wide variety of applications
including the identification of protein–protein interactions, protein–phospholipid interactions …

We might be at the turning point where research in microfluidics undertaken in academia
and industrial research laboratories, and substantially sponsored by public grants, may …

We present an extracellular matrix (ECM) microarray platform for the culture of patterned
cells atop combinatorial matrix mixtures. This platform enables the study of differentiation in …

Recognition of molecular diversity of cell surface proteomes in disease is essential for the
development of targeted therapies. Progress in targeted therapeutics requires establishing …

Stimulated by the achievements of the first phase in genomics and the resulting need of
assigning functions to the acquired sequence information, novel formats of immunoassays …

The success of genome sequencing projects has led to a shift from the description of single
molecules to the characterisation of complex samples. At the same time, there is growing …

Sepsis is a condition characterized by a severe stage of blood-infection often leading to
tissue damage, organ failure and finally death. Fast diagnosis and identification of the sepsis …

Antibody arrays have evolved into powerful tools for quantifying proteins and qualifying their
state of activation in complex biological samples. This level of analysis holds tremendous …

Antibody microarrays have great potential for significant value in biological research. Cancer
research in particular could benefit from the unique experimental capabilities of this …