Although the idea behind nanopore sequencing is straightforward, the execution is turning out to be anything but that. Initially a small pore less than 2 nanometers in diameter is created in a ...

Caption Nano-tRNAseq is based on nanopore sequencing, a technology that can directly sequence individual RNA molecules by passing them through a small pore. Each of the nucleotides that compose an ...

When molecules pass through these pores, they influence ionic ... focuses on refining nanopore technology for single-protein sequencing. He believes these advances signal a shift in molecular ...

Protein sequencing is a lot more challenging ... protein for certain types of protein sequences? Will a different pore size make our method more sensitive because our current nanopore was optimized ...

Oxford Nanopore devices pull DNA through a bioengineered pore to produce electrical current fluctuations that are then translated into a sequence. This approach generates long reads that can be used ...

Principle of Nanopore Sequencing: DNA/RNA is passed through protein nanopores ... The resulting ionic current is disrupted by the bases present in the pore. This change in the ionic current can be ...

In nanopore sequencing, sensors monitor the electrical charge across a semipermeable membrane studded with carbon nanotubes that form tiny pores. As a molecule of DNA passes through a nanopore ...

As nanopore technology continues to evolve, its applications in areas like nanopore sequencing, nanopore diagnostics, nanopore sensors, photonic crystals, and energy storage are expanding. This ...

Determining the 3D structure of the genome reveals spatial interactions between chromosomal regions. This crucial information can be used for genome scaffolding or for understanding how chromosomal ...

A nanopore is created in graphene to form a trans-electrode, measuring variations in current as a single DNA molecule passes through the pore. Disclaimer: AAAS and EurekAlert! are not responsible ...