Team:Groningen/Brainstorm
From 2009.igem.org
(Difference between revisions)
m (→Food: linguistic edit, deleting an "e") |
(Adding references to previous contestants dealing with the same idea, not a complete list) |
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#Cleanup of contamination (water-repellent) | #Cleanup of contamination (water-repellent) | ||
#Biofuels | #Biofuels | ||
- | #*(Ligno) cellulose | + | #*(Ligno) cellulose<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Mississippi_State],[https://2008.igem.org/Team:Wisconsin]</FONT></SUP> |
#*Hydrogen | #*Hydrogen | ||
#*Rocket fuel | #*Rocket fuel | ||
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#*Dust/Fine particles | #*Dust/Fine particles | ||
===='''Appliances'''==== | ===='''Appliances'''==== | ||
- | #Clock | + | #Clock<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Melbourne/Overview],[https://2008.igem.org/Team:Michigan],[https://2008.igem.org/Team:Paris]</FONT></SUP> |
#*Seasons | #*Seasons | ||
#*Time | #*Time | ||
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#Sound | #Sound | ||
#*Detection of, or reaction to radiosignal/antenna | #*Detection of, or reaction to radiosignal/antenna | ||
- | #*Production (need for very sensitive recorders) | + | #*Production (need for very sensitive recorders)<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:LCG-UNAM-Mexico]</FONT></SUP> |
#Roll the dice – seven is the lucky number! | #Roll the dice – seven is the lucky number! | ||
#Ambilight (look at Philips for inspiration) | #Ambilight (look at Philips for inspiration) | ||
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#*Buoyancy | #*Buoyancy | ||
#Sensors | #Sensors | ||
- | #*Pressure | + | #*Pressure<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Tokyo_Tech]</FONT></SUP> |
#*Blood sugar level | #*Blood sugar level | ||
- | #*Temperature | + | #*Temperature<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:TUDelft]</FONT></SUP> |
#*Smell (detection of spoilage in foods) | #*Smell (detection of spoilage in foods) | ||
#*TNT, “Improvised explosive device” | #*TNT, “Improvised explosive device” | ||
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===='''Electricity'''==== | ===='''Electricity'''==== | ||
- | #Electrical discharge | + | #Electrical discharge<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Harvard]</FONT></SUP> |
- | #Solar power cells | + | #Solar power cells<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Imperial_College]</FONT></SUP> |
#Magnetic bacteria | #Magnetic bacteria | ||
#*NMR/MRI Magnetosome | #*NMR/MRI Magnetosome | ||
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#Recognition and elimination of cancer cells | #Recognition and elimination of cancer cells | ||
# Medicine production | # Medicine production | ||
- | #* Vaccin | + | #* Vaccin<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Slovenia]</FONT></SUP> |
#Tissue regeneration | #Tissue regeneration | ||
#* Secretion of growthfactors | #* Secretion of growthfactors | ||
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===='''Food'''==== | ===='''Food'''==== | ||
#Milk bacteria (GRAS) | #Milk bacteria (GRAS) | ||
- | #*Probiotics | + | #*Probiotics<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:MIT],[https://2008.igem.org/Team:Caltech]</FONT></SUP> |
#*Prebiotics | #*Prebiotics | ||
- | #Enhancing the speed of beer brewing | + | #Enhancing the speed of beer brewing<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Rice_University]</FONT></SUP>. |
#Improvement of bacterial smell | #Improvement of bacterial smell | ||
#Improvement of taste | #Improvement of taste | ||
#To let bacteria make additives (taste, smell and colour) for use in food industry | #To let bacteria make additives (taste, smell and colour) for use in food industry | ||
- | #To let bacteria make additives (e.g. vitamins) | + | #To let bacteria make additives (e.g. vitamins)<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Edinburgh],[https://2008.igem.org/Team:Caltech]</FONT></SUP> |
===='''Material synthesis'''==== | ===='''Material synthesis'''==== | ||
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#*Making ureum out of simple components | #*Making ureum out of simple components | ||
#*Ureum survival | #*Ureum survival | ||
- | #*Nitrogen binding bacteria | + | #*Nitrogen binding bacteria<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Hawaii]</FONT></SUP> |
#Nitrogen binding plants with tumor inducing factor | #Nitrogen binding plants with tumor inducing factor | ||
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#Orbs (spheres) | #Orbs (spheres) | ||
#Cells that make a lot of vesicles | #Cells that make a lot of vesicles | ||
- | #Stable structure made out of bacteria | + | #Stable structure made out of bacteria<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:EPF-Lausanne/Project]</FONT></SUP> |
#Crowd control | #Crowd control | ||
#Biofilm, colaboration between different kinds of bacteria (in a controlled way) | #Biofilm, colaboration between different kinds of bacteria (in a controlled way) | ||
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#PNA | #PNA | ||
#NICE | #NICE | ||
- | #<i>Clostridium spp</i>; butanol production system | + | #<i>Clostridium spp</i>; butanol production system<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:The_University_of_Alberta/Butanerd]</FONT></SUP> |
#Magnetosome | #Magnetosome | ||
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==Downsizing to five main interest area's== | ==Downsizing to five main interest area's== | ||
#Sensors | #Sensors | ||
- | #Evolution | + | #Evolution<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Mexico-UNAM-IPN],[https://2008.igem.org/Team:Peking_University/Project],[https://2008.igem.org/Team:USTC/Project][https://2008.igem.org/Team:University_of_Washington/Project],[https://2008.igem.org/Team:CPU-NanJing],[https://2008.igem.org/Team:Calgary_Software/Project],[https://2008.igem.org/Team:ETH_Zurich]</FONT></SUP>. |
#Growth Timer | #Growth Timer | ||
#Magnetic bacteria | #Magnetic bacteria | ||
- | #Movement | + | #Movement<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Tsinghua/Project]</FONT></SUP> |
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#[[Team:Groningen/Rainbow_Bacteria|Rainbow bacteria]] | #[[Team:Groningen/Rainbow_Bacteria|Rainbow bacteria]] | ||
#[[Team:Groningen/Growth_Control|Growth Timer]] | #[[Team:Groningen/Growth_Control|Growth Timer]] | ||
- | #[[Team:Groningen/Buoyant Bacteria|Buoyant bacteria]] (purification, etc.) | + | #[[Team:Groningen/Buoyant Bacteria|Buoyant bacteria]] (purification, etc.)<SUP><FONT SIZE="-1">[https://2008.igem.org/Team:Kyoto]</FONT></SUP> |
Revision as of 18:09, 3 May 2009
Random fields of interest produced during the brainstorm sessions
Environment
- Uptake, conversion or binding of CO2
- Cleanup of contamination (water-repellent)
- Biofuels
- Cigarette smoke dissolving bacteria
- Biological filter
- Toxins and detoxification
- Dust/Fine particles
Appliances
- Clock[4],[5],[6]
- Seasons
- Time
- Growth cycle
- Sound
- Detection of, or reaction to radiosignal/antenna
- Production (need for very sensitive recorders)[7]
- Roll the dice – seven is the lucky number!
- Ambilight (look at Philips for inspiration)
- Bacteria in motion
- Ion motor
- Spinning bacteria
- Buoyancy
- Sensors
- Biological Lubricant
- Hydraulics
- Uptake of water to increase leverage
Electricity
- Electrical discharge[10]
- Solar power cells[11]
- Magnetic bacteria
- NMR/MRI Magnetosome
- Compass
- Magnetic detection
- Electronic circuits (on/off)
Medical
- Recognition and elimination of cancer cells
- Medicine production
- Vaccin[12]
- Tissue regeneration
- Secretion of growthfactors
- Anthrax system
- Fat eating bacteria
- Fat uptake like fat cells
- Eating plaques
Food
- Milk bacteria (GRAS)
- Enhancing the speed of beer brewing[15].
- Improvement of bacterial smell
- Improvement of taste
- To let bacteria make additives (taste, smell and colour) for use in food industry
- To let bacteria make additives (e.g. vitamins)[16],[17]
Material synthesis
- Making fibers/polymers
- Multistep synthesis with bacteria
- Biosynthesis in general
- Making ureum out of simple components
- Ureum survival
- Nitrogen binding bacteria[18]
- Nitrogen binding plants with tumor inducing factor
Structure
- Orbs (spheres)
- Cells that make a lot of vesicles
- Stable structure made out of bacteria[19]
- Crowd control
- Biofilm, colaboration between different kinds of bacteria (in a controlled way)
Signals/communication
- Signal transduction
- Communication between cells
- Switch to secundair products
New Biobricks
- Tumor inducing plasmid
- PNA
- NICE
- Clostridium spp; butanol production system[20]
- Magnetosome
Misc.
- Evolution
- Bacteria that can absorb all DNA and try to use it
- New life/"Intelligent design"
- Ordening of DNA in the cell (index)
- Clonebots
- Forensic applications
- Enlarging biodiversity
Downsizing to five main interest area's
Down to three
- Rainbow bacteria
- Growth Timer
- Buoyant bacteria (purification, etc.)[29]