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Interesting interview with their CEO here.
Sounds very, very, very much like ONT. Beta's out at the end of the year, commerical in 2013.
Now, one of the most interesting things is that he's quoting price ranges. Sub-$100 disposable chips and sub-$1k chip readers (about 9:30 in the vid and again at 14:30).
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I can't comment on the IP issues (there seems to be so much nanopore IP out there, I don't know how they all keep it straight), but what Genia claims to have over other nanopore companies is their expertise in using analog-to-digital sensors directly on integrated circuits. They say it gives them control over the creation of lipid bilayers, the addition of the protein nanopore, and precise control over the movement of the DNA molecules (back and forth through the pore for multiple reads). They also claim to be able to ramp up to 1M sensors (each with an individual pore) on a 1cm X 1cm chip.
I love what ONT is demonstrating with how their instruments can operate in tandem, but it isn't clear how many independent sensors/pores they'll have per well. Does anyone know?
I've placed what I know about Genia and ONT on BlueSEQ's knowledgebank (along with a dozen other emerging NGS technologies): http://blueseq.com/knowledgebank/emerging-technologies/
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Originally posted by scbaker View PostI love what ONT is demonstrating with how their instruments can operate in tandem, but it isn't clear how many independent sensors/pores they'll have per well. Does anyone know?
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Originally posted by scbaker View PostI can't comment on the IP issues (there seems to be so much nanopore IP out there, I don't know how they all keep it straight), but what Genia claims to have over other nanopore companies is their expertise in using analog-to-digital sensors directly on integrated circuits. They say it gives them control over the creation of lipid bilayers, the addition of the protein nanopore, and precise control over the movement of the DNA molecules (back and forth through the pore for multiple reads). They also claim to be able to ramp up to 1M sensors (each with an individual pore) on a 1cm X 1cm chip.
I love what ONT is demonstrating with how their instruments can operate in tandem, but it isn't clear how many independent sensors/pores they'll have per well. Does anyone know?
I've placed what I know about Genia and ONT on BlueSEQ's knowledgebank (along with a dozen other emerging NGS technologies): http://blueseq.com/knowledgebank/emerging-technologies/
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Roche gets back in the NGS game with purchase of Genia
Originally posted by BBoy View Posthttp://www.genomeweb.com/sequencing/...-platform-diff
There are not very many details on Genia's website, but what little is there reads like a carbon copy of Oxford's stuff.
So how does this not infringe on everything Oxford is doing?
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