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<div class="np-panel np-green"><h2>Did You Know?</h2><div class="np-panel-body">
<div class="np-box np-heading-green"><h2>Did You Know?</h2><div class="np-box-content">
* Nanopore sequencing reads molecular signals directly as DNA or RNA passes through a nanoscale pore.
* Nanopore sequencing reads molecular signals directly as DNA or RNA passes through a nanoscale pore.
* Long reads can help resolve repeats, structural variants, and complex genome regions.
* Long reads can help resolve repeats, structural variants, and complex genome regions.

Revision as of 13:42, 29 June 2026

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<div class="np-2012-block"><h2>Picture of the Day</h2><div class="np-2012-text">
[[File:Nanopore_sequencing_principle.png|frameless|300px|center|link=https://www.nanopore.net/index.php?curid=2|Principle of nanopore sequencing]]
<div class="np-2012-caption">A schematic view of nanopore sequencing, where molecular movement through a pore is converted into measurable signal.</div>
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Did You Know?

  • Nanopore sequencing reads molecular signals directly as DNA or RNA passes through a nanoscale pore.
  • Long reads can help resolve repeats, structural variants, and complex genome regions.
  • Some nanopore methods can detect RNA or base modifications without converting molecules into short amplified fragments.
  • Portable instruments make sequencing possible in field, classroom, clinical, and small-laboratory settings.