… The anticipated speed increases in nanopore sequencing ('fast mode' is currently 300 b/s …
that selective sequencing will enable new approaches such as exon sequencing without target …

… for targeted nanopore sequencing and showed an enrichment factor of 21.7 for sequencing
of a … Here, we harness CATCH for nanopore and NGS sequencing of human BRCA1, a large …

… Nanopore sequencing allows selective sequencing, the ability to programmatically reject
unwanted reads in a sample. Selective sequencing … Existing methods for selective sequencing …

… we present DTWax, a GPU-accelerated sDTW software for nanopore Read Until to save
time and cost of nanopore sequencing and compute. We adapt SquiggleFilter ASIC 4 ’s …

… signals from related analytes (eg, various divalent metal ions or structurally related organic
molecules) differ, the engineered binding site does not have to be absolutely selective for an …

… system that allowed size-selective gating of translocation through the pore. Finally, we turned
the DNA nanopore into a biosensor by demonstrating sequence-specific unplugging and …

… low-abundance species, selective sequencing provides a … samples by selective sequencing
remains challenging … protocol for configuring selective nanopore sequencing and necessary …

… of nanopores in molecular sensing and sequencing, chemical … nanopores for single-protein
analysis and sequencing, single-… Selective transport across individual biomimetic nanopores …

… Nanopore sequencers can be used to selectively sequence certain DNA molecules in a pool
by reversing the voltage across individual nanopores … in <15 h sequencing. These methods …

… nanopore selective sequencing. Here, we present a DL-based tool named ReadCurrent for
nanopore selective sequencing, … across 10 nanopore sequencing datasets spanning human, …