In short
Nanopore sequencing reads DNA or RNA by passing the strand through a tiny protein pore and measuring electrical changes. It produces long reads in real time, which helps with genome assembly, metagenomics and structural variants. Hands-on exposure is a strong differentiator for students.
How it works, simply
A single strand of DNA or RNA passes through a nanoscale pore. As each base passes, it changes an ionic current in a characteristic way, and software converts that signal into a sequence. Because the molecule is read whole, reads can be very long.
Long-read vs short-read - when each wins
| Need | Better fit |
|---|---|
| Genome assembly and repeats | Long-read (Nanopore) |
| Structural variants | Long-read (Nanopore) |
| Full-length 16S / metagenomics | Long-read (Nanopore) |
| Very high per-base accuracy at low cost | Short-read (Illumina) |
| Real-time, portable sequencing | Long-read (Nanopore) |
Why hands-on Nanopore matters for students
Most student programs never touch a live sequencer. Practical exposure to Nanopore workflows - library concepts, a run, basecalling, QC and downstream analysis - is a genuine advantage for NGS, genomics, microbiology and pharma learners. Manna Biotech offers this hands-on exposure in Hyderabad, framed for education and research training (not clinical diagnosis).
Frequently asked questions
What is nanopore sequencing in simple terms?
It reads DNA or RNA by passing the strand through a tiny pore and measuring electrical signal changes, producing long reads in real time.
Is Nanopore better than Illumina?
Neither is universally better. Nanopore excels at long reads, assembly and real-time use; Illumina excels at low-cost high-accuracy short reads. Many projects combine both.
Can students get hands-on Nanopore experience in Hyderabad?
Yes - Manna Biotech provides practical Nanopore exposure as part of its NGS and genomics training.
Is this training clinical or diagnostic?
No. It is for education and research training only, not medical diagnosis or licensed testing.