The MicroArray Quality Control (MAQC) consortium has evaluated methods for making clinically useful predictions from large-scale gene expression data. Existing clinical predictors have well-known ...

Microarrays first appeared on the scene around 1995, and it was not long before their use became quite widespread. Early analyses were modelled on those of the pioneers. By around 2000, however, ...

A recent study highlights how DNA microarray technology enables high-throughput gene analysis, supporting variation detection, expression ...

The research community's rapid acceptance of microarrays notwithstanding, technical challenges remain. Biochip developers continue to grapple with these issues while upgrading their offerings and ...

The power and promise of microarrays are vast. Offering the ability to run tens of thousands of experiments in parallel on a small glass slide, gene chips have transformed functional genomics, whether ...

Yes, many are attracted to next-generation sequencing, but loyalty to chip-based phenotyping has its rewards, particularly in screens of large sample sets. The microarray, the legacy technology for ...

There are two key things to know about the new Applied Biosystems™ SwiftArrayStudio™ Microarray Analyzer from Thermo Fisher Scientific, said Ravi Gupta, vice president and general manager of Thermo ...

Oxford Gene Technology (OGT), has announced details of its upcoming workshop at the European Cytogenetics Conference 2011, held in Porto, Portugal (2–5 July). Professor Joris Vermeesch, Head of the ...

To understand how microarray technology is evolving to meet growing scientific demands, Technology Networks spoke with Thermo Fisher Scientific’s Ravi Gupta and Dr. Robert Balog.

Some of the data to be presented was obtained using a unique custom microarray that combines OGT’s CytoSure™ ISCA 8x60k and CytoSure Syndrome Plus v2 2x105k arrays into a 4x180k format. This design ...