PCR is the most widely used method for in vitro DNA amplification. However, it requires thermocycling to facilitate DNA melting and enzymatic replication (switching between double and single stranded DNA). Heating/cooling limits device design and thermocycling is a power-hungry process so that isothermal approaches have been sought as improvements to conventional PCR.
University researchers have developed a PCR method and device that does not rely on thermal cycling. The invention can be implemented on a fluidic chip platform and is compatible with standard sample preparation and detection schemes; it offers a totally integrated approach that enables overall reaction efficiency, reduced power consumption and device portability.
The invention is available for licensing and research sponsorship.
Country | Type | Number | Dated | Case |
United States Of America | Issued Patent | 9,909,172 | 03/06/2018 | 2011-366 |
United States Of America | Issued Patent | 9.410.171 | 08/09/2016 | 2011-366 |
United States Of America | Published Application | 0181685 A1 | 06/11/2020 | 2011-366 |
PCR, DNA amplification, lab on a chip