A rewritable DNA storage system uses unique address sequences to enable random access to data blocks.
A reactive distillation column merges reaction and separation steps to lower production costs and complexity.
An apparatus with a stripping wall peels the anti-static cover tape from a bead carrier to expose wells individually, resolving static handling issues.
Integrated masking element apertures and waveguides route light to detectors, resolving signal overlap in multi-vessel PCR systems.
Ordered well arrays on a patterned substrate increase feature density and detection sensitivity without adding optical components.
A high density assay device uses hydrophobic partitions to isolate wells and prevent spill over between adjacent compartments.
Controlled cleavage of double-stranded nucleic acids creates single-stranded templates, resolving hybridization inefficiencies caused by bridged structures.
Immobilized DNA strands on a substrate enable high-density storage by using PCR amplification to reduce synthesis costs and energy consumption.
Soft-embossing transfers biomolecules from micropillars to hydrogel microwells, resolving poor distribution precision in conventional spotting.
Segmenting reactions into droplets lowers reagent costs while maintaining high-throughput automated assembly.
Switching to visible light prevents UV damage during PNA microarray synthesis, maintaining nucleic acid stability while improving spatial resolution.
Porous Boc-TOTA polymer particles resolve steric hindrance and toxicity issues in solid phase oligonucleotide synthesis.
Automated apparatus transfers solid building blocks via gas stream to reaction vessel for iterative polymer synthesis.
A microarray replication method creates spatially limited effective areas on a carrier to bind amplified molecular copies.
Multi-plane microarrays stack features at distinct elevations to increase packing density without requiring high-resolution optics.
Orthogonal protecting groups segment attachment processes to resolve stability issues in randomized microarray manufacturing.