I have tried to find some information/guides about building

here goes another bump

goverment keeping this secret from me, but you will you share it with me guys, won't ya?

[math]Oh, you\ are\ afraid\ of \ that \ someone \ could \ do \ with biocomputer \ ? Dont\ be \ afraid\ , \ I would \ use \ it \ for \ researches[/math]

Guys, just say it guys, noone would be hurted

? duck my french guys, but its fucking sad that your are fucking with me like that.Please, share with me guides

Bump ddammit

I would do it. I should. I am stupid.
Biocomputing is a very interesting area pf research.

Here goes last one. I hope that you guys would be interested in biocomputers.

>>8506293
>I have tried to find some information/guides about building my own biocomputer, but I didnt find any of that.
Have you tried, oh

I don't know

SEARCHING FOR THE ARTICLE MENTIONED IN YOUR LINK?

>>8506330
The government isn't keeping it secret, you just don't know how to use search engines.

Here:

http://www.pnas.org/content/113/10/2591.full

File: actin-myosin.jpg (81KB, 1240x719px) Image search: [Google]

81KB, 1240x719px

>>8506293
It's shit. Said 'computer' can really only solve one problem. It's slower than a regular computer at this problem. It could be faster for bigger problems, but it's probably too noisy to get results on bigger problems.

Read the materials and methods section:
http://www.pnas.org/content/113/10/2591.full#sec-3
you need a lithography lab to make the microchannels, pretty basic stuff, your uni probably has one.

But you should probably get the actin-myosin motility survey working first. You attach some myosin to a surface, then spread some dye-labelled actin filaments on it and ATP.

And then you get glowing worm things squirming around under the microscope. Saw a cool talk on doing this at a conference, apparently you can do silly things with em' like make one end sticky so when they collide with each other you get worm trains WOO-WOO!
http://www.nature.com/nature/journal/v467/n7311/full/nature09312.html