Difference between revisions of "MindControlBacteria"
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== IPTG inducible system == | == IPTG inducible system == | ||
| − | ===Overview== | + | ===Overview=== |
This approach consists in the control of an open syringe pump using a commercial EEG headset, based on a simple arduino hack that you can find at this website http://frontiernerds.com/brain-hack | This approach consists in the control of an open syringe pump using a commercial EEG headset, based on a simple arduino hack that you can find at this website http://frontiernerds.com/brain-hack | ||
The open syringe pump is directly controlled by the arduino, and will only add IPTG to the media when a threshold of concentration/meditation is achieved. The IPTG is added (during log phase growth of the <i> E. coli </i>) to the media: the bacteria will produce GFP and fluoresce depending on your mind state. | The open syringe pump is directly controlled by the arduino, and will only add IPTG to the media when a threshold of concentration/meditation is achieved. The IPTG is added (during log phase growth of the <i> E. coli </i>) to the media: the bacteria will produce GFP and fluoresce depending on your mind state. | ||
===Work so far=== | ===Work so far=== | ||
====Wetlab==== | ====Wetlab==== | ||
| − | - Transformed BBa_K731520 (IPTG inducible GTP, composed of the lacI repressor, lac operator and GFP coding sequence) < | + | - Transformed BBa_K731520 (IPTG inducible GTP, composed of the lacI repressor, lac operator and GFP coding sequence) <br> |
- Set up O/N culture IPTG+/- | - Set up O/N culture IPTG+/- | ||
====Hardware==== | ====Hardware==== | ||
| Line 19: | Line 19: | ||
==Future directions== | ==Future directions== | ||
| − | - Get a better Headset (with this one very low noise/signal ration) < | + | - Get a better Headset (with this one very low noise/signal ration) <br> |
| − | - Complete the genetic circuit for optogenetical mind-control of trangene expression < | + | - Complete the genetic circuit for optogenetical mind-control of trangene expression <br> |
| + | |||
| + | [[Category:Biohacking]] | ||
| + | [[Category:Mind control]] | ||
Latest revision as of 22:07, 20 September 2015
Mind Controlled Transgene Expression in E. coli
Overview
The goal of this project is to mind-control the expression of a recombinant gene in E. coli using a commercial EEG headset. It takes inspiration from the mind-controlled paramecia (@Genspace) and a recent paper on the mind-controlled transgene expression in mammalian cells (Nature comms.)
Types of control
"Neurofeedback" and "direct control" //expand on the definitions in the Nature comms. paper//
IPTG inducible system
Overview
This approach consists in the control of an open syringe pump using a commercial EEG headset, based on a simple arduino hack that you can find at this website http://frontiernerds.com/brain-hack The open syringe pump is directly controlled by the arduino, and will only add IPTG to the media when a threshold of concentration/meditation is achieved. The IPTG is added (during log phase growth of the E. coli ) to the media: the bacteria will produce GFP and fluoresce depending on your mind state.
Work so far
Wetlab
- Transformed BBa_K731520 (IPTG inducible GTP, composed of the lacI repressor, lac operator and GFP coding sequence)
- Set up O/N culture IPTG+/-
Hardware
Hacked Mindflex headset with Arduino to sniff the data.
Ontogenetically controlled system
Future directions
- Get a better Headset (with this one very low noise/signal ration)
- Complete the genetic circuit for optogenetical mind-control of trangene expression