HiveBio is Working to Become Seattle's First Community Biology Lab (Video)
HiveBio in Seattle is not the world's first community-based biology lab, but it may be the first one started by a high school student. Her name is Katriona Guthrie-Honea, and her co-founder is Bergen McMurray. They managed to get a lot of equipment and supplies donated to their new venture, along with a successful Microryza Campaign that raised $6425 even though their target was only $5100. They're renting space from a local hackerlab, and getting an insane amount of publicity for a venture that's just starting out. But why not? If Bergen's and Katriona's example can spur others to learn and create, whether in mechanical engineering, physics, electronics, computer science or biology, it's all good -- not only for the participants, but for anyone who might someday benefit from creations or discoveries made by people who got their first taste of hands-on science or engineering in a hackerspace or community biology lab.
Resident Evil reference ... what could possibly go wrong ...
Agent K: A *person* is smart. People are dumb, stupid, panicky animals, and you know it.
a) Someone tries to use it as a meth lab. Shut down.
b) Tenant in building complains. Shut down.
c) Reporter finds that a convicted violent felon is doing something there everyday. Shut down.
I'm very happy that they have $6K, but that probably won't even carry the annual liability insurance for a "public" biology lab.
I don't want to wish ill on these kids, but I see a very different reprisal as the death stroke.
Namely, this is a biolab. Biological research requires making, using, and experimenting on living tissue, and many cutting edge research branches in the bio/lifesciences fields require the production of chimeric cultures, and transgenic cell lines.
I am not saying this is ethically wrong. I am saying this is how it is, and that there is a very boistrous and angry demographic that is "very opposed" to such things, believing that it violates the sanctity of gods creations or somesuch.
In short, unless these kids stick to "science fair" grade science, they are doomed, because the zelot idiots will picket, pull political strings, and conspire to shut them down.
Heaven forbid that they use lab animals either. Then the peta morons would get in on it.
So, they're gonna be designing molecules on a Raspberry Pi computer and then 3D-printing the molecules with PLA filament via an Arduino-powered 3D printer?
Did I miss any meme?
Get free satoshi (Bitcoin) and Dogecoins
I'm pretty sure most office refrigerators are already considered "community biology labs".
Hey, where the makerspace women at?
Just to make something clear: the opposition to transgenic organisms is not all by those who claim that it "violates the sanctity of gods creations"-the "or somesuch" can range to people who are miles away from fundamentalists.
I see quite a bit from liberals who complain about doing things that "Mother Nature" didn't do. Not that there is really a difference when it comes down to the line of argument, it's just that "zealot idiots" can come from anywhere.
And I also see a number of people among conservatives who are in favor of transgenics.
But really, it seems to me that the opposition would weaken when someone stops to explain things like:
-the universal genetic code
-the origin of the genes in transgenic organisms (other species)
-why they are doing what they do
-the scope of a single gene relative to the whole genome
And also when they see someone they know doing it, rather than "those evil big companies".
So while it could be risky to participate, it is probably the step which is most likely to result in a real dialog and understanding.
~A conservative Christian who has worked for Pioneer and has prepared genetically modified E. coli during university coursework for his ag degree.
I don't see an equipment list anywhere. I would imagine that you'd be pretty limited in a small lab. I'm not sure what kinds of chemicals they plan to have access to as well (I saw what looked like a vertical gel box in the video but could not listen to audio where I was at, so presumably they'll need at least salts and acids/bases for making buffers).
Then again, I'm a biochemist, not a biologist, so maybe there is a fair bit of stuff you can do in a "biology" lab. However, the last time I was in a modern university lab that was focused on what I'd consider biology they were doing a fair amount of molecular biology, working with animals and cell lines, etc. That requires quite a bit of expensive equipment, and ongoing care/expense (freezers, even LN2 freezers, cages full of mice, etc).
I couldn't much on their website - it seems like all the content is in the video which I can't listen to at the moment.