Sample Preparation Technologies

Before samples can be analyzed at the genetic or protein level, the genetic material and/or proteins must be isolated and purified. Sample prep technologies are used to collect, stabilize, isolate, and purify nucleic acids and proteins from all biological samples.

Gene Expression

Gene expression analysis is most commonly performed using real-time PCR and microarrays. Looking ahead, next-generation DNA sequencing technologies and emerging microfluidics approaches are gaining popularity in the scientific community. However, the current gold-standard for gene expression is real time PCR.

DNA Sequencing

The DNA sequencing market is rapidly evolving. For high-throughput studies, traditional capillary electrophoresis (CE) instruments are increasingly replaced by next-generation instrumentation.

CE instruments are used extensively in major genome centers and since the Human Genome Project and there has been a demand for complementary next-generation technologies that provide powerful and cost-effective solutions to sequencing.

Next-generation instruments are popular for sequencing into smaller academic / government laboratories and into some applied market applications, such as agricultural biotech and molecular diagnostic development.

Third-generation sequencing technologies are expected to reach the market in 2010/2011, with the potential to drive the cost of sequencing an entire human genome down to the $1,000 level. Life Sciences is a leader in developing these new technologies.

Liquid Chromatography and Mass Spectrometry

The Liquid Chromatography (LC) and Mass Spectrometry (MS) market has been growing across the region. The LC and MS platforms are often sold and used as complementary instruments. Growth drivers for  these technologies include increased regulatory testing in the QC/QC, food, water, and environmental testing industries.