Biomaterial‐associated-infection causes failure of biomaterial implants. Many new
biomaterials have been evaluated for their ability to inhibit bacterial colonization and …

A novel class of probes for fluorescence detection was developed and combined to microgel
particles for a high sensitive fluorescence detection of nucleic acids. A double strand probe …

There are only few quantitative studies commenting on the writing process in dip-pen
nanolithography with lipids. Lipids are important carrier ink molecules for the delivery of bio …

Microgel tethering is a nontraditional method with which to bind oligonucleotide
hybridization probes to a solid surface. Microgel-tethering physically positions the probes …

The number one cause of failure of biomaterial implants and devices is the occurrence of
biomaterial-associated infection. A universal method to create biomaterial implants and …