ETH 2006 Half adder
From 2006.igem.org
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back to → [[ETH Zurich 2006|ETH 2006 Main Page]] → [[ETH 2006 Meat Monitor|Meat Monitor idea]] → [[ETH 2006 Ideas|other project ideas]] | back to → [[ETH Zurich 2006|ETH 2006 Main Page]] → [[ETH 2006 Meat Monitor|Meat Monitor idea]] → [[ETH 2006 Ideas|other project ideas]] | ||
| - | ==[ | + | = Half-adder or Full-adder = |
| + | An implementation of a half-adder or full-adder: 1-bit adder with carry | ||
| + | * [http://en.wikipedia.org/wiki/Full_adder half/full adder in wikipedia] | ||
== Idea: Pattern recognition == | == Idea: Pattern recognition == | ||
''→ Illustration of the concepts: '' | ''→ Illustration of the concepts: '' | ||
| - | * [[media:Half-adder.pdf| | + | * [[media:Half-adder.pdf|sliles]] (pdf, 352KB) |
* [[media:Half-adder-handout.pdf|handout]] (pdf, 268KB) | * [[media:Half-adder-handout.pdf|handout]] (pdf, 268KB) | ||
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====Main Goal:==== | ====Main Goal:==== | ||
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**Bacteria gets red when pattern on the plate and picture do not match | **Bacteria gets red when pattern on the plate and picture do not match | ||
| - | ==== | + | ====Implementation from the ingenieur point of view==== |
*Half Adder | *Half Adder | ||
* = opportunity to build an AND and an XOR Gate | * = opportunity to build an AND and an XOR Gate | ||
| - | ==== | + | ====Implementation from the biologist point of view==== |
| - | *AND Gate: | + | *AND Gate: presence of chemical induces the production of an inactive protein, which is activated by a second protein (produced when light is present): the first protein is then activating GFP production |
| - | *XOR Gate: | + | *XOR Gate: I think Marko had a good idea about that (I didn't really got it) |
| - | *a light sensible promoter (there are some, see [http://partsregistry.org/Featured_Parts:Light_Sensor here]) | + | *a light sensible promoter (there are some, see [http://partsregistry.org/Featured_Parts:Light_Sensor here]) |
| - | *a chemical sensible promoter | + | *a chemical sensible promoter (chemical to be defined) |
| + | *we would need to give a kind of first signal to the system (to don't have light reactions before a certain moment, otherwise we have to work in a dark room...), an activation signal after the bacterias have grown on the plate | ||
| - | == | + | ==== Pro's & Con's==== |
| - | + | ''Pro's:'' | |
| - | + | * meaningful from engineering point | |
| - | * | + | * valuable parts for synthetic biology |
| - | * | + | * stepwise proceeding applicable (→ intermediate and partial results!) |
| - | * | + | * experiments visually attractive |
| - | * | + | * probably simple enough |
| - | * | + | |
| - | + | ''Con's:'' | |
| - | + | * cheap copy of “bio-film” project ([http://partsregistry.org/cgi/htdocs/SBC04/index.cgi iGEM 2004]) | |
| - | + | * sensational experiments, have little in common with half adder | |
| - | + | * maybe that a ''big vision'' is lacking | |
| - | + | * general/practical benefit? (counter-argument: is this required?) | |
| - | * | + | * too simple? |
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Revision as of 14:44, 6 October 2006
back to → ETH 2006 Main Page → Meat Monitor idea → other project ideas
Contents |
Half-adder or Full-adder
An implementation of a half-adder or full-adder: 1-bit adder with carry
- [http://en.wikipedia.org/wiki/Full_adder half/full adder in wikipedia]
Idea: Pattern recognition
→ Illustration of the concepts:
Main Goal:
- Write something with a chemical on a petri plate (like ETH for example)
- Let Bacteria grow uniformly on the plate
- Expose the plate to a picture (black and white) of the same pattern
- Result:
- Bacteria gets green when pattern on the plate and picture match (light and chemical)
- Bacteria does not express fluorescent protein when pattern on the plate and picture match (no light and no chemical)
- Bacteria gets red when pattern on the plate and picture do not match
Implementation from the ingenieur point of view
- Half Adder
- = opportunity to build an AND and an XOR Gate
Implementation from the biologist point of view
- AND Gate: presence of chemical induces the production of an inactive protein, which is activated by a second protein (produced when light is present): the first protein is then activating GFP production
- XOR Gate: I think Marko had a good idea about that (I didn't really got it)
- a light sensible promoter (there are some, see [http://partsregistry.org/Featured_Parts:Light_Sensor here])
- a chemical sensible promoter (chemical to be defined)
- we would need to give a kind of first signal to the system (to don't have light reactions before a certain moment, otherwise we have to work in a dark room...), an activation signal after the bacterias have grown on the plate
Pro's & Con's
Pro's:
- meaningful from engineering point
- valuable parts for synthetic biology
- stepwise proceeding applicable (→ intermediate and partial results!)
- experiments visually attractive
- probably simple enough
Con's:
- cheap copy of “bio-film” project ([http://partsregistry.org/cgi/htdocs/SBC04/index.cgi iGEM 2004])
- sensational experiments, have little in common with half adder
- maybe that a big vision is lacking
- general/practical benefit? (counter-argument: is this required?)
- too simple?
