Synfood - Revision history

Eric: Updated the page to the more recent Formatting Standards

2025-10-05T05:30:49Z

Updated the page to the more recent Formatting Standards

← Older revision		Revision as of 05:30, 5 October 2025
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	This field has failed to take off in the past but could have major impact on food production, especially meat production. It has the potential to dramatically reduce the demand for pasture land in particular, and for other agricultural land as well. Syngas from biomass could be turned into food. Genetic modification of these microbes can further optimize yield.		This field has failed to take off in the past but could have major impact on food production, especially meat production. It has the potential to dramatically reduce the demand for pasture land in particular, and for other agricultural land as well. Syngas from biomass could be turned into food. Genetic modification of these microbes can further optimize yield.

	=Potential ~~uses~~=		=Potential Feedstocks=
	* ~~methane~~ from [[~~biogas~~]] => synfood		*[[Bio-Methane]] from [[Biogas]] => synfood
	* ~~extensions: solar hydrogen, hydrogen and methane from pyrolysis of biomass (via "water-gas-shift" reaction), etc.~~		**Depending on [[Bioreactor Design]] + Microbe Choice etc, using Raw Biogas may be possible (Re that study using [[Raceway Ponds]] / a [[Photobioreactor]] for [[Biogas Upgrading]] )
	* ~~hydrogen => methane =>~~ [[~~methanol~~]] ~~=> food~~, ~~biofuels~~ (~~see:~~ [[~~Methane to methanol~~]])		*[[Hydrogen]]
	* [[~~methanol~~]] from ~~wood => synfood~~		**Via [[Water Electrolysis]] from Electricity such as [[Solar Photovoltaic]] etc
	* ~~Other related pages:~~ [[~~biorefinery~~]], [~~http:~~//~~opensourceecology.org~~/~~wiki/Biochemicals_from_Pyrolysis#Syngas_Fermentation Syngas Fermentation (section)~~]		**Via [[Photocatalytic Water Splitting]]
			**Via [[Gasification]] and/or [[Pyrolysis]] of [[Biomass]] and/or [[RDF]] etc
			***Re [[Syngas]] and [[Water-Gas Shift Reaction]]
			*Via [[Methanol]] or similar Novel Biofuels
			**Re [[Methane to Methanol]] and [[EForFuel]]
			*Pure Electricity via a [[Reverse Microbial Fuel Cell]] / [[Electro-Bioreactor]]

	=Internal Links=		=Internal Links=
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	**A Book/Whitepaper that suggested this technology would be a cost effective way to feed survivors after an Asteroid Impact or Nuclear War Caused Mass Famine due to Reduced Sunlight and/or Radiation Impacting Crop Yields		**A Book/Whitepaper that suggested this technology would be a cost effective way to feed survivors after an Asteroid Impact or Nuclear War Caused Mass Famine due to Reduced Sunlight and/or Radiation Impacting Crop Yields
	***Unlike [[Food Storage]] / Stockpiling which is expensive/could impact Food Prices etc, it would be a “break glass in case of famine” type situation and would just “eat” natural gas or electricity from Nuclear Fission reactors etx		***Unlike [[Food Storage]] / Stockpiling which is expensive/could impact Food Prices etc, it would be a “break glass in case of famine” type situation and would just “eat” natural gas or electricity from Nuclear Fission reactors etx
			*[[Biorefinery]]
			**In Particular [http://opensourceecology.org/wiki/Biochemicals_from_Pyrolysis#Syngas_Fermentation The Section on Syngas Fermentation]

	=External Links=		=External Links=
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	* Blog "Application of Single Cell Protein": [http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html "Single Cell Protein - Bacteria"]		* Blog "Application of Single Cell Protein": [http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html "Single Cell Protein - Bacteria"]

	[[Category:Food and Agriculture]]		[[Category: Bio-Petrochemistry]] [[Category:Food and Agriculture]] [[Category: Materials]]
	[[Category: Materials]]

Eric: Added some more information

2025-10-05T05:22:14Z

Added some more information

← Older revision		Revision as of 05:22, 5 October 2025
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	The concept known as [https://en.wikipedia.org/wiki/Single-cell_protein “single cell protein”] refers to the production of dietary protein using microbial organisms. These could be bacterial or fungal organisms that metabolize various chemicals, such as multi-carbon compounds, but also methanol, methane and even hydrogen. One of the well-researched organisms in this field is ''Methylophilus methylotrophus'' which utilizes [[methanol]]. “Pruteen” synfood failed in the 1980's because of the high cost of natural gas at that time. Would it work now (2016) with today's lower gas prices?		The concept known as [https://en.wikipedia.org/wiki/Single-cell_protein “single cell protein”] refers to the production of dietary protein using microbial organisms. These could be bacterial or fungal organisms that metabolize various chemicals, such as multi-carbon compounds, but also methanol, methane and even hydrogen. One of the well-researched organisms in this field is ''Methylophilus methylotrophus'' which utilizes [[methanol]]. “Pruteen” synfood failed in the 1980's because of the high cost of natural gas at that time. Would it work now (2016) with today's lower gas prices?

	==Terminology==		=Terminology=
	While this concept is called ''"single cell protein"'', it is not limited to the production of proteins but can include any food component such as carbohydrates and fats. This needs to be re-branded with a better name - perhaps “synfood”, analogous to [https://en.wikipedia.org/wiki/Synthetic_fuel “synfuel”].		While this concept is called ''"single cell protein"'', it is not limited to the production of proteins but can include any food component such as carbohydrates and fats. This needs to be re-branded with a better name - perhaps “synfood”, analogous to [https://en.wikipedia.org/wiki/Synthetic_fuel “synfuel”].

	==Process Example: Pruteen==		=Process Example: Pruteen=

	1.) Methanol, ammonia and other nutrients are mixed together		1.) Methanol, ammonia and other nutrients are mixed together
Line 20:		Line 20:
	6.) Extracted cells are dried		6.) Extracted cells are dried

	==Intellectual property situation==		=Intellectual property situation=
	This is old technology (see [https://en.wikipedia.org/wiki/Single-cell_protein Wikipedia entry] for more information). However, it is a very broad field and parts of it may be covered by patents.		This is old technology (see [https://en.wikipedia.org/wiki/Single-cell_protein Wikipedia entry] for more information). However, it is a very broad field and parts of it may be covered by patents.
	* US Patent #3778349 (1971): ''"Production of single cell protein material"'' via [http://www.freepatentsonline.com/3778349.html FreePatentsOnline] and [https://www.google.com.ar/patents/US3778349 Google Patents].		* US Patent #3778349 (1971): ''"Production of single cell protein material"'' via [http://www.freepatentsonline.com/3778349.html FreePatentsOnline] and [https://www.google.com.ar/patents/US3778349 Google Patents].
	* US Patent #4652527 (1987): [http://www.google.com/patents/US4652527 ''"Process for culturing methylophilus methylotrophus"'']		* US Patent #4652527 (1987): [http://www.google.com/patents/US4652527 ''"Process for culturing methylophilus methylotrophus"'']

	==Overall impact==		=Overall impact=
	This field has failed to take off in the past but could have major impact on food production, especially meat production. It has the potential to dramatically reduce the demand for pasture land in particular, and for other agricultural land as well. Syngas from biomass could be turned into food. Genetic modification of these microbes can further optimize yield.		This field has failed to take off in the past but could have major impact on food production, especially meat production. It has the potential to dramatically reduce the demand for pasture land in particular, and for other agricultural land as well. Syngas from biomass could be turned into food. Genetic modification of these microbes can further optimize yield.

	==Potential uses==		=Potential uses=
	* methane from [[biogas]] => synfood		* methane from [[biogas]] => synfood
	* extensions: solar hydrogen, hydrogen and methane from pyrolysis of biomass (via "water-gas-shift" reaction), etc.		* extensions: solar hydrogen, hydrogen and methane from pyrolysis of biomass (via "water-gas-shift" reaction), etc.
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	* Other related pages: [[biorefinery]], [http://opensourceecology.org/wiki/Biochemicals_from_Pyrolysis#Syngas_Fermentation Syngas Fermentation (section)]		* Other related pages: [[biorefinery]], [http://opensourceecology.org/wiki/Biochemicals_from_Pyrolysis#Syngas_Fermentation Syngas Fermentation (section)]

	==Links==		=Internal Links=
			*[[Power-to-Food]]
			**A related concept
			*[[Precision Fermentation]]
			**A concept where the final food may not be made per se, but rather componets that are then blended
			**One example would be rDNA based production of [[Casein]] from [[Yeast]] for use in a [[Plant Based Milk Alternative]] that would “froth” correctly with the Steam Wand on an Espresso Machine etc
			*[[Feeding Everyone No Matter What]]
			**A Book/Whitepaper that suggested this technology would be a cost effective way to feed survivors after an Asteroid Impact or Nuclear War Caused Mass Famine due to Reduced Sunlight and/or Radiation Impacting Crop Yields
			***Unlike [[Food Storage]] / Stockpiling which is expensive/could impact Food Prices etc, it would be a “break glass in case of famine” type situation and would just “eat” natural gas or electricity from Nuclear Fission reactors etx

			=External Links=
	* [https://prezi.com/kl45if0hgxrp/pruteen-from-methylophilus-methylotropous/ Pruteen from Methylophilus Methylotropous] (good presentation on Prezi)		* [https://prezi.com/kl45if0hgxrp/pruteen-from-methylophilus-methylotropous/ Pruteen from Methylophilus Methylotropous] (good presentation on Prezi)
	* [http://nextbigfuture.com/2015/05/natural-gas-fracked-bacterial-fishmeal.html NextBigFuture: ''"Natural Gas Fracked bacterial fishmeal can save the worlds fish and enable a lot more farmed fish"'']		* [http://nextbigfuture.com/2015/05/natural-gas-fracked-bacterial-fishmeal.html NextBigFuture: ''"Natural Gas Fracked bacterial fishmeal can save the worlds fish and enable a lot more farmed fish"'']

Rasmus at 00:11, 13 September 2016

2016-09-13T00:11:44Z

← Older revision		Revision as of 00:11, 13 September 2016
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	[[File:Quorn1.jpg\|500px\|thumb\|right\|"Quorn and vegetable tagine with cous-cous" (photo by Flickr user "mp-media").]]		[[File:Quorn1.jpg\|500px\|thumb\|right\|"Quorn and vegetable tagine with cous-cous" (photo by Flickr user '''mp-media''').]]

	The concept known as [https://en.wikipedia.org/wiki/Single-cell_protein “single cell protein”] refers to the production of dietary protein using microbial organisms. These could be bacterial or fungal organisms that metabolize various chemicals, such as multi-carbon compounds, but also methanol, methane and even hydrogen. One of the well-researched organisms in this field is ''Methylophilus methylotrophus'' which utilizes [[methanol]]. “Pruteen” synfood failed in the 1980's because of the high cost of natural gas at that time. Would it work now (2016) with today's lower gas prices?		The concept known as [https://en.wikipedia.org/wiki/Single-cell_protein “single cell protein”] refers to the production of dietary protein using microbial organisms. These could be bacterial or fungal organisms that metabolize various chemicals, such as multi-carbon compounds, but also methanol, methane and even hydrogen. One of the well-researched organisms in this field is ''Methylophilus methylotrophus'' which utilizes [[methanol]]. “Pruteen” synfood failed in the 1980's because of the high cost of natural gas at that time. Would it work now (2016) with today's lower gas prices?
Line 26:		Line 26:

	==Overall impact==		==Overall impact==
	This field has failed to take off in the past but could have major impact on food production, especially meat production. ~~This~~ has the potential to dramatically reduce the demand for pasture land in particular, and for other agricultural land as well. Syngas from biomass could be turned into food. Genetic modification of these microbes can further optimize yield.		This field has failed to take off in the past but could have major impact on food production, especially meat production. It has the potential to dramatically reduce the demand for pasture land in particular, and for other agricultural land as well. Syngas from biomass could be turned into food. Genetic modification of these microbes can further optimize yield.

	==Potential uses==		==Potential uses==
Line 39:		Line 39:
	* [http://nextbigfuture.com/2015/05/natural-gas-fracked-bacterial-fishmeal.html NextBigFuture: ''"Natural Gas Fracked bacterial fishmeal can save the worlds fish and enable a lot more farmed fish"'']		* [http://nextbigfuture.com/2015/05/natural-gas-fracked-bacterial-fishmeal.html NextBigFuture: ''"Natural Gas Fracked bacterial fishmeal can save the worlds fish and enable a lot more farmed fish"'']
	* Wikipedia: [https://en.wikipedia.org/wiki/Quorn Quorn] and [https://en.wikipedia.org/wiki/Single-cell_protein Single Cell Protein]		* Wikipedia: [https://en.wikipedia.org/wiki/Quorn Quorn] and [https://en.wikipedia.org/wiki/Single-cell_protein Single Cell Protein]
	* http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html		* Blog "Application of Single Cell Protein": [http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html "Single Cell Protein - Bacteria"]

	[[Category:Food and Agriculture]]		[[Category:Food and Agriculture]]
	[[Category: Materials]]		[[Category: Materials]]

Rasmus: /* Potential uses */ +link

2016-07-26T20:47:39Z

Potential uses: +link

← Older revision		Revision as of 20:47, 26 July 2016
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	* hydrogen => methane => [[methanol]] => food, biofuels (see: [[Methane to methanol]])		* hydrogen => methane => [[methanol]] => food, biofuels (see: [[Methane to methanol]])
	* [[methanol]] from wood => synfood		* [[methanol]] from wood => synfood
	* Other related pages: [[biorefinery]]		* Other related pages: [[biorefinery]], [http://opensourceecology.org/wiki/Biochemicals_from_Pyrolysis#Syngas_Fermentation Syngas Fermentation (section)]

	==Links==		==Links==

Rasmus at 19:10, 25 July 2016

2016-07-25T19:10:10Z

← Older revision		Revision as of 19:10, 25 July 2016
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	1.) Methanol, ammonia and other nutrients are mixed together		1.) Methanol, ammonia and other nutrients are mixed together

	2.) Steam sterilization of ~~the~~ mixture		2.) Steam sterilization of this mixture

	3.) Mixture is put into a fermenter that is at 40°C and kept under high pressure (to keep ammonia dissolved) using [[Compressed Air \| pressurized air]]		3.) Mixture is put into a fermenter that is at 40°C and kept under high pressure (to keep ammonia dissolved) using [[Compressed Air \| pressurized air]]

Rasmus: /* Process Example: Pruteen */

2016-07-06T00:18:38Z

Process Example: Pruteen

← Older revision		Revision as of 00:18, 6 July 2016
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	2.) Steam sterilization of the mixture		2.) Steam sterilization of the mixture

	3.) Mixture is put into a fermenter that is at ~~40C~~ and kept under high pressure (to keep ammonia dissolved) using [[Compressed Air \| pressurized air]]		3.) Mixture is put into a fermenter that is at 40°C and kept under high pressure (to keep ammonia dissolved) using [[Compressed Air \| pressurized air]]

	4.) Some substrate is constantly removed from the fermenter, acidified and heated (result: cells separate out)		4.) Some substrate is constantly removed from the fermenter, acidified and heated (result: cells separate out)
Line 18:		Line 18:
	5.) The leftover fluid is recovered, steam sterilized and added back		5.) The leftover fluid is recovered, steam sterilized and added back

	6.) Extracted cells are dried		6.) Extracted cells are dried

	==Intellectual property situation==		==Intellectual property situation==

Rasmus: moved link; added process example

2016-07-03T23:16:30Z

moved link; added process example

← Older revision		Revision as of 23:16, 3 July 2016
Line 1:		Line 1:
	[[File:Quorn1.jpg\|500px\|thumb\|right\|"Quorn and vegetable tagine with cous-cous" (photo by Flickr user "mp-media").]]		[[File:Quorn1.jpg\|500px\|thumb\|right\|"Quorn and vegetable tagine with cous-cous" (photo by Flickr user "mp-media").]]

	The concept known as [https://en.wikipedia.org/wiki/Single-cell_protein “single cell protein”] refers to the production of dietary protein using microbial organisms. These could be bacterial or fungal organisms that metabolize various chemicals, such as multi-carbon compounds, but also methanol, methane and even hydrogen. One of the well-researched organisms in this field is ''Methylophilus methylotrophus''. “Pruteen” synfood failed in the 1980's because of the high cost of natural gas at that time. Would it work now (2016) with today's lower gas prices?		The concept known as [https://en.wikipedia.org/wiki/Single-cell_protein “single cell protein”] refers to the production of dietary protein using microbial organisms. These could be bacterial or fungal organisms that metabolize various chemicals, such as multi-carbon compounds, but also methanol, methane and even hydrogen. One of the well-researched organisms in this field is ''Methylophilus methylotrophus'' which utilizes [[methanol]]. “Pruteen” synfood failed in the 1980's because of the high cost of natural gas at that time. Would it work now (2016) with today's lower gas prices?

	==Terminology==		==Terminology==
	While this concept is called ''"single cell protein"'', it is not limited to the production of proteins but can include any food component such as carbohydrates and fats. This needs to be re-branded with a better name - perhaps “synfood”, analogous to “synfuel”.		While this concept is called ''"single cell protein"'', it is not limited to the production of proteins but can include any food component such as carbohydrates and fats. This needs to be re-branded with a better name - perhaps “synfood”, analogous to [https://en.wikipedia.org/wiki/Synthetic_fuel “synfuel”].

			==Process Example: Pruteen==

			1.) Methanol, ammonia and other nutrients are mixed together

			2.) Steam sterilization of the mixture

			3.) Mixture is put into a fermenter that is at 40C and kept under high pressure (to keep ammonia dissolved) using [[Compressed Air \| pressurized air]]

			4.) Some substrate is constantly removed from the fermenter, acidified and heated (result: cells separate out)

			5.) The leftover fluid is recovered, steam sterilized and added back

			6.) Extracted cells are dried

	==Intellectual property situation==		==Intellectual property situation==
	This is old technology (see [https://en.wikipedia.org/wiki/Single-cell_protein Wikipedia entry] for more information). However, it is a very broad field and parts of it may be covered by patents.		This is old technology (see [https://en.wikipedia.org/wiki/Single-cell_protein Wikipedia entry] for more information). However, it is a very broad field and parts of it may be covered by patents.
	* US Patent #3778349 (1971), ''"Production of single cell protein material"'' via [http://www.freepatentsonline.com/3778349.html FreePatentsOnline] and [https://www.google.com.ar/patents/US3778349 Google Patents].		* US Patent #3778349 (1971): ''"Production of single cell protein material"'' via [http://www.freepatentsonline.com/3778349.html FreePatentsOnline] and [https://www.google.com.ar/patents/US3778349 Google Patents].
			* US Patent #4652527 (1987): [http://www.google.com/patents/US4652527 ''"Process for culturing methylophilus methylotrophus"'']

	==Overall impact==		==Overall impact==
Line 24:		Line 39:
	* [http://nextbigfuture.com/2015/05/natural-gas-fracked-bacterial-fishmeal.html NextBigFuture: ''"Natural Gas Fracked bacterial fishmeal can save the worlds fish and enable a lot more farmed fish"'']		* [http://nextbigfuture.com/2015/05/natural-gas-fracked-bacterial-fishmeal.html NextBigFuture: ''"Natural Gas Fracked bacterial fishmeal can save the worlds fish and enable a lot more farmed fish"'']
	* Wikipedia: [https://en.wikipedia.org/wiki/Quorn Quorn] and [https://en.wikipedia.org/wiki/Single-cell_protein Single Cell Protein]		* Wikipedia: [https://en.wikipedia.org/wiki/Quorn Quorn] and [https://en.wikipedia.org/wiki/Single-cell_protein Single Cell Protein]
	* [http://www.google.com/patents/US4652527 Patent: ''"Process for culturing methylophilus methylotrophus - US 4652527 A'']
	* http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html		* http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html

	[[Category:Food and Agriculture]]		[[Category:Food and Agriculture]]
	[[Category: Materials]]		[[Category: Materials]]

Rasmus: /* Intellectual property situation */

2016-07-03T16:01:50Z

Intellectual property situation

← Older revision		Revision as of 16:01, 3 July 2016
Line 7:		Line 7:

	==Intellectual property situation==		==Intellectual property situation==
	~~Patents from the 1970s~~ and ~~80s have expired~~. ~~Is the information in the public domain now?~~		This is old technology (see [https://en.wikipedia.org/wiki/Single-cell_protein Wikipedia entry] for more information). However, it is a very broad field and parts of it may be covered by patents.
	* US Patent #3778349 (1971), ''"Production of single cell protein material"'' via [http://www.freepatentsonline.com/3778349.html FreePatentsOnline] and [https://www.google.com.ar/patents/US3778349 Google Patents].		* US Patent #3778349 (1971), ''"Production of single cell protein material"'' via [http://www.freepatentsonline.com/3778349.html FreePatentsOnline] and [https://www.google.com.ar/patents/US3778349 Google Patents].

	==Overall impact==		==Overall impact==

Rasmus: link edits and fixes

2016-07-03T13:44:01Z

link edits and fixes

← Older revision		Revision as of 13:44, 3 July 2016
Line 1:		Line 1:
	[[File:Quorn1.jpg\|500px\|thumb\|right\|"Quorn and vegetable tagine with cous-cous" (photo by Flickr user "mp-media".)]]		[[File:Quorn1.jpg\|500px\|thumb\|right\|"Quorn and vegetable tagine with cous-cous" (photo by Flickr user "mp-media").]]

	The concept known as ~~"single~~ cell ~~protein"~~ refers to the production of dietary protein using microbial organisms. These could be bacterial or fungal organisms that metabolize various chemicals, such as multi-carbon compounds, but also methanol, methane and even hydrogen. One of the well-researched organisms in this field is ''Methylophilus methylotrophus''.		The concept known as [https://en.wikipedia.org/wiki/Single-cell_protein “single cell protein”] refers to the production of dietary protein using microbial organisms. These could be bacterial or fungal organisms that metabolize various chemicals, such as multi-carbon compounds, but also methanol, methane and even hydrogen. One of the well-researched organisms in this field is ''Methylophilus methylotrophus''. “Pruteen” synfood failed in the 1980's because of the high cost of natural gas at that time. Would it work now (2016) with today's lower gas prices?
	“Pruteen” synfood failed in the 1980's because of cost. Would it work now with today's ~~low~~ gas prices?

	==~~Name~~==		==Terminology==
	While this concept is called ~~“single~~ cell ~~protein”~~, it is not limited to the production of proteins but ~~could also~~ include carbohydrates and fats. This needs to be re-branded with a better name - perhaps “synfood”, analogous to “synfuel”.		While this concept is called ''"single cell protein"'', it is not limited to the production of proteins but can include any food component such as carbohydrates and fats. This needs to be re-branded with a better name - perhaps “synfood”, analogous to “synfuel”.

	==Intellectual property situation==		==Intellectual property situation==
	Patents from the 1970s and 80s. In the public domain?		Patents from the 1970s and 80s have expired. Is the information in the public domain now?
			* US Patent #3778349 (1971), ''"Production of single cell protein material"'' via [http://www.freepatentsonline.com/3778349.html FreePatentsOnline] and [https://www.google.com.ar/patents/US3778349 Google Patents].

	==Overall impact==		==Overall impact==
	This field has failed to take off in the past but could have major impact on food production, especially meat production.		This field has failed to take off in the past but could have major impact on food production, especially meat production. This has the potential to dramatically reduce the demand for pasture land in particular, and for other agricultural land as well. Syngas from biomass could be turned into food. Genetic modification of these microbes can further optimize yield.

	==Potential ~~technologies~~==		==Potential uses==
	* methane from [biogas] => synfood		* methane from [[biogas]] => synfood
	* source: hydrogen => methane => methanol => food, biofuels
	* extensions: solar hydrogen, hydrogen and methane from pyrolysis of biomass (via "water-gas-shift" reaction), etc.		* extensions: solar hydrogen, hydrogen and methane from pyrolysis of biomass (via "water-gas-shift" reaction), etc.
			* hydrogen => methane => [[methanol]] => food, biofuels (see: [[Methane to methanol]])
			* [[methanol]] from wood => synfood
			* Other related pages: [[biorefinery]]

	==Links==		==Links==
	* [https://prezi.com/kl45if0hgxrp/pruteen-from-methylophilus-methylotropous/ Pruteen from Methylophilus Methylotropous] (good presentation on Prezi)		* [https://prezi.com/kl45if0hgxrp/pruteen-from-methylophilus-methylotropous/ Pruteen from Methylophilus Methylotropous] (good presentation on Prezi)
	* [http://nextbigfuture.com/2015/05/natural-gas-fracked-bacterial-fishmeal.html NextBigFuture: ''"Natural Gas Fracked bacterial fishmeal can save the worlds fish and enable a lot more farmed fish"'']		* [http://nextbigfuture.com/2015/05/natural-gas-fracked-bacterial-fishmeal.html NextBigFuture: ''"Natural Gas Fracked bacterial fishmeal can save the worlds fish and enable a lot more farmed fish"'']
	* [https://en.wikipedia.org/wiki/Quorn ~~Wikipedia~~: ~~Quorn~~]		* Wikipedia: [https://en.wikipedia.org/wiki/Quorn Quorn] and [https://en.wikipedia.org/wiki/Single-cell_protein Single Cell Protein]
	* [http://www.google.com/patents/US4652527 Patent: ''"Process for culturing methylophilus methylotrophus - US 4652527 A'']		* [http://www.google.com/patents/US4652527 Patent: ''"Process for culturing methylophilus methylotrophus - US 4652527 A'']
	* http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html		* http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html

Rasmus: categorized

2016-03-03T21:48:23Z

categorized

← Older revision		Revision as of 21:48, 3 March 2016
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	* [http://www.google.com/patents/US4652527 Patent: ''"Process for culturing methylophilus methylotrophus - US 4652527 A'']		* [http://www.google.com/patents/US4652527 Patent: ''"Process for culturing methylophilus methylotrophus - US 4652527 A'']
	* http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html		* http://biomaster2011.blogspot.ca/2011/03/scp-derived-from-bacteria.html

			[[Category:Food and Agriculture]]
			[[Category: Materials]]