This release contains only the music track from Base by Base Episode 3.
Song title: Checklist for the Hidden Cut
Original Base by Base episode: 3: Data-driven heuristics for splice-altering variants
Article metadata:
Article title: Data-driven insights to inform splice-altering variant assessment
Journal: The American Journal of Human Genetics
DOI: 10.1016/j.ajhg.2025.02.012
Reference: Sullivan P.J., Quinn J.M.W., Ajuyah P., Pinese M., Davis R.L., Cowley M.J. Data-driven insights to inform splice-altering variant assessment. The American Journal of Human Genetics 112, 764–778 (2025). https://doi.org/10.1016/j.ajhg.2025.02.012
Lyrics:
Verse 1
Under bright screens in the quiet lab glow,
Letters line up like roads in a row.
One small change and the map comes undone,
A clean little cut turns into a run.
Pre-Chorus
So measure the distance, feel the pull,
Motifs like magnets, strong or null.
If the signal slips, it won’t stay still,
It finds a new doorway against your will.
Chorus
Read the splice, read the sign, keep time,
Branchpoint burning in a dotted line.
When the code breaks, we don’t guess—we prove,
With a checklist beat and a data groove.
Call it clear, call it true, call it what it is:
A hidden cut, and we’re learning where it lives.
Verse 2
Some fall out—exons vanish in flight,
Some stretch long into the edge of night.
Some fold back, hold introns like a weight,
Some wake a cryptic gate.
Thousands of stories, validated scars,
Turned into rules like constellations of stars.
Bridge
Not every context fits the same frame,
Some quiet signals don’t carry a name.
But we can trace the strength, the space, the bend,
And tell where a normal message will end.
So pass it forward, add what you see,
Build the living map for what splicing can be.
Final Chorus
Read the splice, read the sign, keep time,
Branchpoint burning in a dotted line.
When the code breaks, we don’t guess—we prove,
With a checklist beat and a data groove.
From donor to acceptor, we light up the clues,
No more blind corners—just a better view.
A hidden cut, and we’re learning where it moves.