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Product Watch: May 20, 2010

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Fluidigm this week introduced the FC1 Cycler, which is designed to reduce thermal cycling time three-fold compared to Fluidigm's current products.

Fluidigm said that the FC1 Cycler can reduce overall costs for customers conducting high sample throughput SNP genotyping since they will need fewer thermal cyclers to achieve output requirements.

The FC1 features a self-contained vacuum source and touch-screen interface, and is fully compatible with Fluidigm's 96.96 and 48.48 Dynamic Array and 12.765 Digital Array integrated fluidic circuits. When combined with either the company's EP1 Reader or BioMark real-time PCR system, the new thermal cycler can complete the entire workflow in hours, Fluidigm said.


Bio-Rad this week introduced SsoFast probes supermix, a reagent mix that enables rsearchers using fluorogenic probes to enhance the speed, reliability, and sensitivity of their qPCR experiments.

By combining Bio-Rad's Sso7d fusion polymerase with an optimized buffer formulation, the SsoFast probes supermix yields fast duplex qPCR results in 30 minutes or less compared with other products, Bio-Rad said.

In addition, the polymerase is significantly more resistant to PCR inhibitors, making SsoFast an ideal choice for demanding qPCR applications, the company said.

The Scan

Cell Atlas of Human Lung Development Gives View of Developing Airway

Researchers have generated a cell atlas of human lung development, which they report in Cell.

Study Finds Costs of Genome Sequencing May Limit Utility in Routine Care

Researchers report in the European Journal of Human Genetics that genome sequencing for rare disease diagnoses currently has similar benefits as less expensive exome analysis.

Study Suggests Nursing Mother's Diet Can Impact Offspring's Gut Microbiome

A new Cell Host and Microbe paper finds that mice whose mothers were fed a low-fiber diet during nursing experience lasting microbiota dysbiosis and increased obesity.

Study Links Genetic Risk for ADHD With Alzheimer's Disease

A higher polygenic risk score for attention-deficit/hyperactivity disorder is also linked to cognitive decline and Alzheimer's disease, a new study in Molecular Psychiatry finds.