Oxford Nanopore announces groundbreaking GridION and MinION gene sequencers
(PhysOrg.com) -- Oxford University spinoff company, Oxford Nonopore has announced at this year’s Advances in Genome Biology and Technology conference in Florida, two new machines for sequencing genes. Of particular note is the MinION, a machine small enough to fit in the hand which can be plugged into a laptop’s USB port. The other, the GridION, is a larger version that can be stacked to increase processing power. Both rely on a technology known as strand sequencing whereby a nanopore (engineered protein) is used to pull strands of DNA through a hole where a microchip measures minute changes in the electrical current in the membrane around it as individual bases, or pairs are pulled through. Because of the way it is done, much longer sections of DNA can be examined at once, doing away with the need to examine small sections independently and then knitting the results together with a computer afterwards....
Source: PhysOrg - Monday, 20 February
Related articles:
- Less than a day ago
- 1Vote! Oxford requests Bigfoot samples for DNA testing
LabSpaces - Yesterday
- Older News
- 3Vote! DNA origami puts a smart lid on solid-state nanopore sensors
PhysOrg - Thursday, 19 April
- 2Vote! Skeletons found in Oxford could be '10th-century Viking raiders'
PhysOrg - Thursday, 12 April
- 6Vote! How It Works: The First Disposable, USB-Powered Genome Sequencer
PopSci.com - Science - Thursday, 5 April
- 6Vote! Nanopore: the Oxford story
PhysOrg - Friday, 16 March
- 9Vote! 'Goldilocks' gene could determine best treatment for TB patients
LabSpaces - Friday, 3 February
- 5Vote! 'Goldilocks' gene could determine best treatment for tuberculosis patients
PhysOrg - Thursday, 2 February
- 4Vote! Indiana launches new ultra-high-speed network
PhysOrg - Wednesday, 1 February
- 7Vote! Spin-out targets better cancer treatment
PhysOrg - Wednesday, 25 January
- 9Vote! Gene therapy is a 'disruptive science' ready for commercial development
PhysOrg - Tuesday, 24 January
- 13Vote! Understanding the structure of the TAL effector may be key for targeted gene correction
PhysOrg - Thursday, 5 January
- 9Vote! Rare gene variant implicates vitamin D in cause of multiple sclerosis
PhysOrg - Friday, 9 December
- 7Vote! Institute presses for greater use of gene sequencing in medicine
PhysOrg - Wednesday, 7 December
- 11Vote! Oxford spin-out is energy-saver for business
PhysOrg - Tuesday, 8 November, 2011
- 12Vote! First patient receives novel gene therapy for type of blindness
PhysOrg - Friday, 28 October, 2011
- 13Vote! ISU plant pathologist updates science community on TAL effector proteins groundbreaking research
PhysOrg - Tuesday, 11 October, 2011
- 15Vote! Double whammy gene therapy clears HIV from body
LabSpaces - Thursday, 22 September, 2011
- 24Vote! Analysis: Gene sequencers face govt budget squeeze
LabSpaces - Tuesday, 13 September, 2011
- 23Vote! Language-related gene responsible for branching of neurons
PhysOrg - Thursday, 1 September, 2011
- 29Vote! Multiple 'siblings' from every gene: Alternate gene reading leads to alternate gene products
PhysOrg - Monday, 11 July, 2011