Apparatus Enabling High Density Information Storage in Molecular Chains
OwnerAndrew P. Magyar, Ian Ward Frank +2inventors
InventorsAndrew P. Magyar, Ian Ward Frank, Jeffrey A. Korn, Neil Sunil Patel
Life of this patent
Estimating the term…
Abstract
A parallelized chain-synthesizing technique includes an array of wells, each well in the array providing a location where a specific arbitrary sequence for polymeric chains can be grown. An optical addressing system selectively delivers light to the wells to mediate or control reactions in the wells.
Claims15
A parallelized chain-synthesizing apparatus, comprising:
- an array of locations for growing different arbitrary sequences for polymeric chains;
- and
- an optical addressing system for selective delivery of light to the locations to mediate or control chemical reactions for the growth of the different sequences at the locations.
A parallelized chain-synthesizing apparatus, comprising an array of wells, wherein each well provides a location for growing a specific arbitrary sequence for polymeric chains and each well is provided with an optical filter or shutter, each optical filter or shutter being configured to independently allow or block radiation from a light source.
A parallelized chain-synthesizing apparatus, comprising an array of wells, each well providing a location for growing a specific arbitrary sequence for polymeric chains, and an array of light emitting diodes, wherein a diode in the array of diodes is coupled with a well in the array of wells.
A parallelized chain-synthesizing apparatus, comprising an array of wells, each well providing a location for growing a specific arbitrary sequence for polymeric chains, and an array of light emitting diodes, wherein each light emitting diode is arranged to illuminate a single well.
A parallelized chain-synthesizing apparatus, comprising an array of wells, each well providing a location for growing a specific arbitrary sequence for polymeric chains, a light source and a light scanning system for independently illuminating each well in the array.
A parallelized chain-synthesizing apparatus, comprising:
- a microfluidic device containing an array of locations, wherein sequences of polymeric chains are grown at each location;
- and
- an optical addressing system for selective delivery of light to the locations to mediate or control chemical reactions at the locations, wherein the optical addressing system includes:
- an optical filter or shutter being configured to independently allow or block radiation to each location,
- an array of light emitting diodes, wherein a diode in the array of diodes is coupled with a location in the array of locations, or
- a system for scanning light from a light source and independently illuminating each location in the array.
A parallelized chain-synthesizing apparatus, comprising:
- an array of wells, in which each well provides a location for growing a specific arbitrary sequence for polymeric chains;
- an optical addressing system for selective delivery of light to the wells to mediate or control chemical reactions in the wells;
- one or more reservoirs for delivering or removing ingredients to or from the wells;
- and
- microchannels connecting the one or more reservoirs to each well.
A system for data storage comprising:
- a parallelized DNA chain-synthesizing apparatus that includes:
- an array of wells, in which each well provides a location for growing a specific arbitrary sequence for polymeric chains, and
- an optical addressing system for selective delivery of light to the wells to mediate or control chemical reactions in the wells;
- and
- a DNA sequencing apparatus for decoding the polymeric chains.
A parallelized chain-synthesis method, comprising:
- controlling or mediating chemical reactions in an array of wells by selective delivery of light to the wells,
- wherein each well provides a location for growing a specific arbitrary sequence for polymeric chains.
Dependencies are inferred from the claim text.