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The Stanford team – teens and 20-year-olds – presented their summer project this evening.

They genetically engineered a pair of E.Coli bacteria to detect inflammation in the gut, and release Interleukin-6 for local treatment of IBS and Crohn’s Disease. These bacteria thrive in your colon, and they can be hijacked to be probiotic in novel ways.

The student’s engineered plasmids were a bit too much to jam into one bacteria, so they split the job across two bacteria (thing1 and thing2, as I like to call them), which required a novel signaling channel to be developed between them – a 5-methyl mutant of tryptophan. And IL-6 is too large to get across the bacterial cell wall, so they use two subcomponents for extracellular assembly.

And they were in competition with all the other student teams on the slide to their right.

Well, the results are in, and under Drew Endy & Christina Smolke’s direction, Stanford took the gold in the health/medicine category of the international Genetically Engineered Machines (iGEM) contest. Woot!

See 2009.igem.org/Team:Stanford and the info in the red bar of links.

Professor Christopher Anderson at the University of California Berkeley commented: “This is, by far, the best use of synthetic biology as a therapeutic device that I have seen in a very long time.”

Each team contributes their genetic code to the collective library, literally paper pages of DNA, so future projects can build on the foundations of their predecessors.

For example, thing1 is a nitrous oxide sensor. I suggested that others might want to use it in the lungs for asthma management since this same biomarker is a great predictor of an impending asthma attack. The philosophy of iGEM, with its library of Biobricks, is open reuse, like LEGO bricks in an abstraction hierarchy, a subsumption architecture for science.

I first met with this team a few months ago, at the beginning of summer, when they were brainstorming about what they might do….

Gosh, I don’t recall doing anything quite this dramatic during my summers…

8 responses to “iGEM 2009”

  1. My summers have never been that productive either….

    Fantastic was of applying science to real life problems. I wish them succeess at least with the gut bacteria as it’s personally a constant headache my gut and I know this little creatures have all to do with that.

  2. How does an undergraduate get on cool projects like this one? I’ve asked people at my university who ought to know, but the opportunities appear limited to seeing that nematodes are well-fed.

  3. Just returned from the ACG meeting in San Diego. The face of Gastroenterology and Medicine in general is ever changing thanks to young, motivated, briliant minds. It gives me hope that in world more concerned with the socialization of medicine and malpractice, we might still continue to see advancement in care and technique. Medicine "in the trenches" is no longer fun and rarely motivating.

  4. i mirror dr.dad’s thoughts.
    i think the last dude who shoved a camera up me was….well past retirement age, and although i refrain from putting retired people into dispassionate boxes, he gave me such little hope with his …demeanor of "not giving a poop" (no pun intended).
    i am so encouraged by the movement of inventive, genius youth….

    challenge a sharp, inventive mind that actually cares… and lives WILL be changed! woot stanford!

  5. Wow. Wonder what they will do in 15 years.

  6. Fantastic. Future stars!

  7. When do we see a product 🙂

  8. Time will tell… Meanwhile, the Cambridge team put together a catchy music video… The Gibson method is in reference to the new assembly technique published by JCVI / SGI.

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