Cyanobacteria
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| − | Cyanobacteria are [[Prokaryotes|prokaryotes]] that encompass a wide range of [[Bacteria|photosynthesing bacteria]], which as the name suggests belong to the domain of [[Bacteria|bacteria]] | + | Cyanobacteria are [[Prokaryotes|prokaryotes]] that encompass a wide range of [[Bacteria|photosynthesing bacteria]], which as the name suggests belong to the domain of [[Bacteria|bacteria]]<ref>A Biology of the Algae, Sze, 3ed, McGraw-Hill, 1998, New York</ref>. |
| − | Cyanobacteria are regarded as critical in the formation of the atmosphere that we have today, even though they were not the first organisms capable of [[Photosynthesis|photosynthesis]]. Some have a vital role within ecology, for example Heterocysts which produce [[Enzyme|enzymes capable]] of fixing [[Nitrogen|Nitrogen]]. Other species can be [[Endosymbiosis|endosymbiotic and]] some are known to produce toxins know as cyanotoxins | + | Cyanobacteria are regarded as critical in the formation of the atmosphere that we have today, even though they were not the first organisms capable of [[Photosynthesis|photosynthesis]]. Some have a vital role within ecology, for example Heterocysts which produce [[Enzyme|enzymes capable]] of fixing [[Nitrogen|Nitrogen]]. Other species can be [[Endosymbiosis|endosymbiotic and]] some are known to produce toxins know as cyanotoxins<ref>Microbiology, Prescott et al, 6ed, McGraw-Hill, 2005, New York</ref>.<br> |
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Revision as of 11:39, 16 November 2018
Cyanobacteria are prokaryotes that encompass a wide range of photosynthesing bacteria, which as the name suggests belong to the domain of bacteria[1].
Cyanobacteria are regarded as critical in the formation of the atmosphere that we have today, even though they were not the first organisms capable of photosynthesis. Some have a vital role within ecology, for example Heterocysts which produce enzymes capable of fixing Nitrogen. Other species can be endosymbiotic and some are known to produce toxins know as cyanotoxins[2].
