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a new kind of large-scale genetic experiment, where they might, for example, compare 100 genes or more from 100 different patients with diabetes to see how they respond to certain therapies. In the $1 billion market for gene expression instruments, the NanoString technology is made to compete with real-time PCR machines from big players like Carlsbad, CA-based Life Technologies (NASDAQ: LIFE), San Diego-based Illumina (NASDAQ: ILMN), and Switzerland-based Roche.
The new Broad collaboration is meant to demonstrate how scientists can learn new things from using the nCounter, Burns says. Researchers at the Broad will be looking for specific gene signatures of immune response, and NanoString will look to build on that knowledge by making customized lab tests, he says. Scientists at the Broad, Massachusetts General Hospital, and NanoString published some of their work last month in Science Express that showed how they could describe the complex circuitry involved in how mammalian cells recognize a pathogen—a finding that shed some new light on immunology. The new collaboration will look to build on that work and explore how stem cells morph into specific adult cells. It will also look at how long stretches of RNA that aren’t involved in carrying out instructions from genetic code are potentially involved with regulating the extent to which genes are dialed on or off.
Intriguing as it all sounds, NanoString isn’t saying how quickly it is translating scientific enthusiasm into actual sales. The company has grown to about 50 employees, while adding a handful of new people in the sales department in recent months, Burns says. Sales have grown each quarter since the product has been on the market, he says. NanoString has now sold its machine to biotech, pharmaceutical, and industrial customers, as well as those in academia or government like the Broad and the National Cancer Institute. The corporate customers insist on remaining anonymous, Burns says.
While the sales team seeks to gain momentum, NanoString is looking to add new capabilities to the machine, Burns says. The nCounter should include new applications in the first half of 2010 that allow scientists to do analysis of microRNA, the tiny strands of code that regulate networks of genes, as well as look for copy number variants, which represent subtle alterations of genetic code, Burns says. Other customers are interested in using the nCounter’s existing applications as a diagnostic tool, he says.
The last thing I had to ask Burns was about who’s going to end up running the show at NanoString. Burns has been holding down the title of acting CEO since Perry Fell stepped down in March. The company has hired an executive search firm, but it doesn’t have plans to make an imminent announcement of who will get the job, Burns says. He’s not a candidate himself, because the company is looking for someone with more industry experience to help commercialize the product, he says.