Features Podcasts Family Video Comics Music Tech Science Books Film & TV Games ✚

Jill

Genome quilts

Cory Doctorow at 10:37 pm Sat, Sep 6, 2008

— FEATURED —

Book Review

The Man Who Laughs: grotesque Victor Hugo potboiler was the basis for The Joker

Feature

Eurovision 2013: An American in London

Book Review

The Twelve-Fingered Boy - mesmerizing YA horror novel

— FOLLOW US —

Boing Boing is on Twitter and Facebook. Subscribe to our RSS feed or daily email.

 

— POLICIES —

Except where indicated, Boing Boing is licensed under a Creative Commons License permitting non-commercial sharing with attribution

 

— FONTS —

Tweet
Kindle
Artist Beverly St. Clair uses quilts to encode genetic information: it's beautiful and comfy!

My idea for genome quilts grew from the juxtaposition of two experiences at Wesleyan University in November 2001. First I viewed an exhibit of work by Anni Albers, an artist I have admired for many years. The show included her serigraphs of triangles arranged in a grid. I was struck by their similarity to quilt patterns. The next day I attended a lecture about the Human Genome Project and was impressed by the beautiful shapes of the proteins illustrated and the interesting patterns made by the microarrays. I realized that I could use a simple quilt block to represent each of the four bases in DNA: cytosine, guanine, adenine, and thymine. A square bisected into a light and dark triangle is rotated in four orientations to resemble the letters C, G, A, and T. These blocks are placed in sequences determined by the base sequence, so one can read the genetic code by looking at the quilt. The color and fabric choices influence the overall design. The quilts are visually pleasing, with their strong colors and seemingly traditional design, but they hide and reveal an entirely other construct of information.
Genome Quilts (Thanks, Marilyn!)

I write books. My latest is a YA science fiction novel called Homeland (it's the sequel to Little Brother). More books: Rapture of the Nerds (a novel, with Charlie Stross); With a Little Help (short stories); and The Great Big Beautiful Tomorrow (novella and nonfic). I speak all over the place and I tweet and tumble, too.

MORE:  Art and Design • maker • Science

More at Boing Boing

Eurovision 2013: An American in London

The technology that links taxonomy and Star Trek

  • guy_jin

    if the orientation of the blocks encodes the letter, then it will be scrambled when turned upside down.

  • ornith

    @8: There are really only 2 valid orientations, assuming you stick to normal bed cover sizes, for the same reason you can’t turn a sheet sideways and have it fit on your mattress.

  • Chevan

    “if the orientation of the blocks encodes the letter, then it will be scrambled when turned upside down.”
    Not if start/stop codons are included.

    Assuming the common start/stops are used, the most common start of AUG would become the “stop” codon UGC, which isn’t actually a stop codon.

    You’d just have to look and see if it’s got the right stops and starts to check if it’s oriented the right way.

  • Modusoperandi

    “This one is why you’ll be bald at thirty, son, and this one is why I drink so much.”

  • trimeta

    Actually, there are four possible orientations, not just “right side up” and “upside-down.” But if you’re encoding genes (as opposed to regulatory sequences, etc.), it should be easy enough to check all four orientations and look for the one with the largest open reading frame (that is, the longest sequence that makes sense as a protein). Or you could make sure your sequence starts with some sort of standard bar code, and check which orientation has said bar code.

  • Anonymous

    There are three billion base pairs in human DNA. For a quilt six feet by six feet, that would be two millionths of a square inch in area for each square.

    Get me a microscope and a loooong winter!

  • travelina

    That’s why I love BoingBoing readers!

  • Takuan

    the whole thing is silly. Once two quilts were finished and stacked together we would be overrun with quiltlets. Worse than bloody tribbles.

  • rvidal

    About a year and a half ago I found a bunch of ways folks were using DNA to make art or other fashionable items. Among them I found large paintings of your DNA running in a electrophoresis gel, molecular earings and the genome quilts!

    Here:
    http://my.biotechlife.net/2007/03/22/when-life-sciences-meet-design/
    And more here:
    http://my.biotechlife.net/2007/04/25/wrap-yourself-up-in-your-genome-quilt/

  • TharkLord

    I am entranced by their stegonographically palimpsestish qualities.

    Its so enjoyable when artsoscientificals find ways of presenting datacepts that reveal new information in patterns and forms.

    How comforting it would be to drift off to sleep curled up beneath a tumor-suppressing gene pattern.

  • scionofgrace

    I LOVE when science and art intersect. This is wonderful.

  • Takuan

    are the quilt squares impregnated with the amino acids?

  • Jake0748

    Of course.

  • mello clello

    I can see this being useful in some kind of post-human culture where gene-splicing is a folk art and families hand down their particular genetic triumphs through the generations by way of the ancient technology of quilting.

  • cagleart

    Question: “The blocks are placed in sequence.” Does this mean left-to-right in rows as in reading (Western) text? Or alternating left-to-right with right-to-left, which I think would be better, as it is more similar to an actual unbroken spiral-shaped path.

  • Pipenta

    Is the artist a member of the Mme. Defarge knitting club?

  • rvidal

    Cagleart, that’s a good point. Snaking it down would make it “closer” to the real thing.