Difference between revisions of "Old Main Page"
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Revision as of 12:10, 22 October 2011
Labs |
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HackteriaLab 2011 - Romainmotier |
Hackteria Lab - Dock18 - April 2010 |
Workshops |
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Workshop:
Bioelectronics for artists @ CEMA 20. July - 28. July 2009 |
Workshop:
Synthetic Biology for Artists and Designers@CEMA,NCBS 15. May-01. July |
Workshop:
hackteria & lab_hacking @ NK, Berlin 30. May - 3. June 2009 |
People: Artists and Designers working with Biology, Bio-technology and Bio-Ethics |
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Symbiotica |
Critical Arts Ensemble |
Dunne and Raby |
Joe Davis |
Eduardo Kac |
Phil Ross |
Stelarc |
Beatriz D' Costa |
Rich Pell |
Center for Post Natural History |
Natalie Jermejenko |
Andy Gracie |
Marc Dusseiller aka dusjagr |
Jay Barros //BioMusic - Sounds of Science // |
Guy Ben-Aury |
Gabriel Harp |
Anab Jain |
Verena Friedrich |
Anthony Hall |
Adam Zaretsky |
Brandon Ballangee |
C-Labs |
Boo Chapple |
Marta de Menezes |
Victoria Vesna |
The Office of Experiments |
The Department of Fun and Games |
Allison Kudla |
Suzanne Lee |
Kathy High |
Jennifer Willet |
Maróy Ákos |
Julia Reodica |
Papers,Conferences and Journals |
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Leonardo |
Synthetic Biology 3 Zurich[4] |
Biointerphases[5] |
Lab on a Chip[6] |
Welcome to Hackteria.org
Hackteria is a collection of DIY Biology, Open Source Art Projects that use Biology, LifeSciences, Biotechnology.
Projects |
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Project 1: The Bacterial Net- Microbial Telecommunications.
Quorum sensing is a type of decision-making process used by decentralized groups to coordinate behavior. Many species of bacteria use quorum sensing to coordinate their gene expression according to the local density of their population.The Bacterial Net attempts to transfer this decision making process over the Internet. Using Microcontollers and sensors to detect bacterial population and a public web service http://www.pachube.com that helps transfer sensor information. The Bacterial Net is an exploration in bringing the Internet into the Natural Ecosystem. |
Project 2: Bioelectronix
Integrating electronics into biological culture devices needs different approaches. the use of silicone-rubbers for sealing off the wet/humid bio-part from the silicon circuits and sensors allows the making of hybrid bioelectronic devices. |
Project 3: Synthetic Biology for Artists and Designers: A primer
An Illustrated handbook that shows you how to work with MIT's parts registry |
Project 4: ArtScienceBangalore 2009-Synthetic Biology for Artists and Designers
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Project 5: DIY microscopy
a small hack to the optics of a standard webcam with an adjustable focus-lens, allows to create video data, with a magnification of around 100 to 400x (depending on the model) at a working distance of a few mm. The highest magnifications can be achieved by inverting (putting upside down) the lens. Addition of good lighting by the use of leds allows to create images using a bright-field method (shine through the stuff) or dark field method (look at the reflections and scattering). |
Project 6:DIY $25 Gel Box
Building your own Electrophoresis Gel Box is easy. Here's how you do it! |
Project 7: bio habitats
instead of using standard lab culture tools, such as flasks or petri-dishes, artists might want to design their own devices to culture and inhabitate living organisms and keep them alive. simple devices can be cast in silicone to incorporate all the necessary environemtal conditions for long time survival of microorganisms. |
Project 8: DIY Microfluidics |
Project 9: DIY Plant Tissue culture and Engineering |
Project 10: Pd_microscope
Pd_microscope is the software package that you can use to control your DIY microscope. It's a work in progress |
Project 11: DIY spectroscopy
Spectroscopy means the analysis of natural phenomena according to its energy distribution. In case of the electromagnetic spectra, ranging from x-ray, visible light, infrated to radio frequencies, this can be used to analyse chemical compounds, follow biochemical reactions or get information of the composition of stars. This project tries utilize webcams, CD/DVD and some construction material, to get a spectral analysis of ultra-violett and visible light sources, which might be used to follow enzymatic and metabolic reactions in cultured microorganisms and bacteria. |
Project 12: ArtScienceBangalore 2010-Synthetic Biology for Artists and Designers
A bunch of regular people with very little idea of Synthetic Biology but ready to pick up eveything about it. |
Project 13: DIY handheld centrifuge |
Project 14: DIY table top centrifuge |
Project 15: DIY Incubator
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Project 16: DIY Fermentation or the Art of making Wine |
Project 17: Hacked Optical Mouse |
Project 18: DIY Sterlisation Hood |
Project 19: DIY Water Bath |
Project 20: GFP Protocol Jugaad
Home made GFP bacteria |
Project 21: ReacTable
Gives information and protocals of equipment and bacteria put on it |
Project 22: Algae Culture at Home
Grow your own algae at home with some plastic bottles, lighting and air bubbles |
Project 23: Mobile Phone Field Microscope
Modify a mobile phone into a useful field microscope by replacing the lens with a cheap flipped wemcam lens.. |
Project 24: DIY spectrophotometer
simple light absorption measurements for water monitoring or nanoparticle detection using an arduino, a laser and an LDR. |
Project 25: Laser-cut microscopy stages
Error creating thumbnail: File missing different design for easy to build stages for the DIY microscope, z-stage, x-y servo controlled stage and more... |
Project 26: How to start a nanolab
Because nanotechnology is situated at the interface of many disciplines it is best to organize some basic gear from various sources, such as a local electronics store, gardening shops or various online suppliers for household tools and electronic gadgets. You will need to set up some basic laboratory instruments for doing simple biology, chemistry, fabrication&manufacturing and some physical computing to connect everything to your computer. |
Project 27: Magnetic stirrer
always useful to stir things automatically if you are lazy... |
Project 28: DIY Micro Dispensing and Bio Printing
dispensing, cutting, printing, growing with a robotic platform. Aka NanoFabrik |
Project 29: ArtScienceBangalore 2011-Synthetic Biology for Artists and Designers
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Project 30: ArtScienceBangalore 2011-Nanotechnology for Artists and Designers
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Project 31: TEMPE(h) : THE INSTRUCTIONS
Error creating thumbnail: File with dimensions greater than 12.5 MP Tempe(h) is a fermented food. But it's not meant to preserve the material from rottenness. It's for style. Analogue meat they said. So, once you made your own tempe(h). Cook it! Eat it!
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Project 32: Daphniaology |