Science Music

Music inspired by papers published in the lab.

Invention #4

Our microPublication describes the discovery of a new, previously-undiscovered gene in the C. elegans genome.

 

A “gene” motif, present amidst a sonic genomic galaxy, emerges.

 

Invention #3: Microsteps

Our paper in Cell Reports describes the discovery of a key regulator of very small exons: “microexons.”

 

John Coltrane’s Giant Steps, shoehorned into very small intervals: “Microsteps.”

 

Invention #2

In our paper in eLife, two neurons sharing the same progenitor divide, migrate, and develop, diversifying through changes in post-transcriptional regulation.

 

A shared theme divides, migrates, and develops.

 

Invention #1

Our paper in eLife examines pairs of genes working in concert, and what happens when the two genes are simultaneously perturbed.

 

Two instruments act together. Harmonies move pairwisely. The scale consists of 2-note gaps. The melody is “perturbed” by pairwise rules.

 

Invention No. 3 – Microsteps
SCIENCE MUSIC

Our paper in Cell Reports describes the discovery of a key regulator of very small exons: “microexons.”

John Coltrane’s Giant Steps, shoehorned into very small intervals: “Microsteps.”

 

Invention No. 2
SCIENCE MUSIC

In our paper in eLife, two neurons sharing the same progenitor divide, migrate, and develop, diversifying through changes in post-transcriptional regulation.

A shared theme divides, migrates, and develops.

 

Invention No. 1
SCIENCE MUSIC
Our paper in eLife examines pairs of genes working in concert, and what happens when the two genes are simultaneously perturbed. Two instruments act together. Harmonies move pairwisely. The scale consists of 2-note gaps. The melody is “perturbed” by pairwise rules.