SPLICE-TYPE.COM
Transcribe Sonify Messages About
Transcribe Type using 3D proteins. Each character renders in real time as a rotating protein from AlphaFold, sonified as an ambient chord.
Sonify Select any character to hear its amino acid sequence played as layered sine tones. Paste any sequence from AlphaFold or UniProt.
Messages Leave a message in Splice. Approved messages appear in the archive — a growing record of what people chose to say.
Splice typeface — both weights
Typeface Open-source. Regular and Bold weights. Free for personal and educational use. Credit Tori Watson / splice-type.com.

I am not a scientist. I want to just say that right now, in the beginning. But I'm a body, and so are you.

Science takes what's inside your body and turns it into data and objects we can study on the outside from a distance. But what gets lost in this process is the felt sense of ownership over the data and the body it came from.

I'm a designer who's interested in how we can address the science literacy gap and the attack on science by making data feel more intuitive and connected to our physical bodies. I felt the most honest way to do that was to use actual scientific data. Enter AlphaFold.

Hands zooming into protein structures
Protein structure diagram

Inside your body, billions of little machines are hard at work. They perform important roles all throughout your body, like serving as structural supports, hormones, and enzymes. These amazing machines are proteins, which are made from the same twenty amino acids arranged in different linear sequences.

In 2024, the Nobel Prize in Chemistry was awarded for AlphaFold — an AI system that predicts protein structure with near-perfect accuracy. After 60 years of global research, scientists had archived 180,000 protein structures. AlphaFold modeled over 200 million in a single year. They're available to anyone with a browser.

Titin protein rotating

AlphaFold presented a perfect digital library of visual forms for me to get lost in. As I was inspecting the model for Syncoilin (Q9H7C4), it struck me that it looked like the letter U if you rotated it just-so. This led to a spiral through AlphaFold's database, collecting human proteins that resembled letters of the alphabet when aligned in a particular way.

Each glyph in Splice originates from a predicted human protein structure from AlphaFold's Protein Structure Database. Nothing was drawn by hand — all letters emerged from existing biological forms. Each letter in this typeface only becomes legible from a particular point of view.

Splice is not finished. The typeface is complete, but the question it asks — what happens when scientific data stops being institutional and starts being personal — is one that design is only beginning to answer. The proteins in Splice have been in your body your entire life. They will continue to be, regardless of what happens to the databases that describe them or the funding that supports the research.

Visitor typing at the installation
Hello World in Splice typeface
3D printed protein sculpture detail