The MArS offers enough flexibility to read out every microarray slide made of glass or plastics. In addition, the software SpotScout provides the required values to be able to make scientific and ...

A 384-well plate can be printed in triplicate onto 100 microarray slides in 40 minutes, including cleaning steps. Our systems accommodate 96-,384-, and 1536-well source plates, and can print onto ...

During recent years, DNA microarray technology has been advancing rapidly. The development of more powerful robots for arraying, new surface technology for glass slides, and new labelling ...

Traditional protein microarrays—slides, beads in a liquid, or plates that are specked with hundreds or thousands of proteins, probed and analyzed, often with fluorescent labels—allow an unbiased look ...

Microarrays are particularly useful when researchers ... The fluorescently labeled cDNA is then added to a glass slide or silicon chip upon which thousands of tiny dots of single-stranded DNA ...

The field of proteomics has undergone rapid advancements over the last decade and protein microarrays have emerged as a promising technological platform for the challenging task of studying ...