Fifteen years into the microarray revolution, biochip images – row upon row of red and green spots on a field of black – have become as ubiquitous as DNA gels once were. But how are those pictures ...

Each biochip consists of eight independent microarrays that are located in microfluidic channels, and each microarray can incorporate up to 15,000 features. These features can be individually ...

Microfluidic microarray systems such as Geniom Biochips ... are directly synthesized within the microchannels of the Biochip, enabling on-the-fly production of up-to-date biomarker tests.

Microarray density continues to climb ... One company has reduced its arrays to the size of microtiter-plate wells, for use in high-throughput biochip analysis. And arrays to genotype 100,000 single ...

There are technological, standardization-related, ethical and societal problems in biochip development. Biochip development applying nano-/micro-technology and the diagnosis of many diseases will ...

Expert Rev Mol Diagn. 2013;13(6):601-611. In other situations, normal microarray analysis in the presence of an abnormal karyotype, such as marker chromosomes, is reassuring, as it indicates that ...

The team fabricated a biochip in the form of a microarray capable of simultaneously detecting three mutant genes of EGFR (deletion, insertion, and point mutations) on a plasmonic substrate made of ...