Category | Price | Seller | Device |
---|---|---|---|
Games | Free | Paul Masih Das | iPhone, iPad, iPod |
In nanopore sequencing, a nanometer-sized pore separates two chambers, each containing one electrode and filled with ionic solution. When a DNA base-pair is present in the nanopore, the electric current measured across the electrodes changes. Fortunately, this change is characteristic to the base-pair type (Adenine-Thymine vs. Guanine-Cytosine). Threading a DNA strand, typically at speeds of a couple kilobase-pairs (kbp) per millisecond, results in a current output that can subsequently be sequenced.
Get your runner to sequence the longest strand, top the leaderboard, and ultimately become the one and only master sequencer!