Last February, Craig Venter gave a talk at TED about how we are "on the verge of creating synthetic life."
But how apt is the analogy? Dave at The Quantum Pontiff asks whether there will be influential hobbyists who would be the equivalent of a biotechnological Bill Gates. He points to DIYbio, an organization for "citizen scientists" and "DIY biological engineers" that may end up being the Homebrew Computer Club for biotechnology. They had a meetup on May 1 in Cambridge, MA that sounds pretty interesting:
But it's important to keep in mind there may be a serious legal risk - growing bacteria at home may not only be illegal in your area, but could put you in the bad graces of the feds. See, for example, the case of SUNY Buffalo art professor Steven Kurtz, whose home was raided by the FBI four years ago. They confiscated lab equipment, bacterial cultures and other supplies he was using for an art project. He was only cleared of charges in April. In an interview in this week's Nature, Kurtz talked about the current climate for at-home scientists:
Image: An early version of a homemade photosynthetic bioreactor "biocoil", created by advanced biology students at Cascade High School in Cascade, Idaho.
But how apt is the analogy? Dave at The Quantum Pontiff asks whether there will be influential hobbyists who would be the equivalent of a biotechnological Bill Gates. He points to DIYbio, an organization for "citizen scientists" and "DIY biological engineers" that may end up being the Homebrew Computer Club for biotechnology. They had a meetup on May 1 in Cambridge, MA that sounds pretty interesting:Mac flipped through slides indicating that "backyard biology" is alive and well. One illustrated guide found online describes how to isolate DNA using chemicals found in every kitchen cupboard. Need more DNA? A $10 PCR device assembled from basic parts might do the trick. And a recipe from the pages of MAKE magazine provides the know-how for armchair anthropologists to combine a few legos, a source of current, and a cheap enzyme kit to generate DNA fingerprints.The group gathers online at the DIYbio Google Group, and they've started to share links on del.icio.us (tagged DIYbio). Those are potentially great resources for the at-home biohacker.
While backyard biology promises to be an avenue for individuals to flex their intellectual muscles and explore the molecular world around them, Jason Bobe argued that the possible impacts of a DIY world go well beyond that. Amateurs and hobbyists are making significant contributions to engineering, environmental sensing, and even medical devices.
But it's important to keep in mind there may be a serious legal risk - growing bacteria at home may not only be illegal in your area, but could put you in the bad graces of the feds. See, for example, the case of SUNY Buffalo art professor Steven Kurtz, whose home was raided by the FBI four years ago. They confiscated lab equipment, bacterial cultures and other supplies he was using for an art project. He was only cleared of charges in April. In an interview in this week's Nature, Kurtz talked about the current climate for at-home scientists:
We're talking about the government pressure on doing activities that are perfectly legal. We're talking about activities that at one time in this country were considered a great idea, like amateur science. Say someone wants to have a laboratory in their house. I guess not a lot of people have that any more, so that's weird. And because it's weird, it's suspicious. And because it's suspicious, we have to think it's probably terrorism.So if you do plan to do some biohacking, you might just have to build yourself a secret laboratory.
Image: An early version of a homemade photosynthetic bioreactor "biocoil", created by advanced biology students at Cascade High School in Cascade, Idaho.
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