Peer-Reviewed Journal Details
Mandatory Fields
Pembroke, JT,Naveena, B,Armshaw, P,Shiomi, N
2015
January
Advances In Bioremediation Of Wastewater And Polluted Soil
The Potential of the Photoautotroph Synechocystis for Metal Bioremediation
Published
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Optional Fields
Synechocystis EPS metal biosorption metal binding metal remediation BLUE-GREEN-ALGAE SP PCC 6803 CARBON-DIOXIDE SP PCC6803 PHOTOSYNTHETIC PRODUCTION CAPSULAR POLYSACCHARIDE SYNTHETIC PATHWAY CHLORELLA-SALINA CYANOBACTERIA REMOVAL
51
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The photoatitotrophic cyanobacterium 5:iethocysts PCC6803 has received much attention as a model photosynthetic cell factory for the production of a range of important biotech products. The biomass remaining from this activity may then have further utility in processes such as metal bioremediation. In addition *echocyst is being an inhabitant of many natural aquatic environments is seen as an environmentally friendly alternative to using chemical precipitation methodologies for metal remediation. Sylechocystis produces a range of extracellular polysaccharide substances (EPS) that can undergo modification as a function of culture age and growth nutrients which have been implicated in metal biosorption. Many studies have demonstrated that high levels of charged groups present in EPS are important in forming polymeric matrices with metallic ions allowing their biosorption. Genetic studies has revealed genes involved in such metal binding indicating that [PS can be modified for potential enhancement of binding or modification of the types of metals bound. The utility of metal binding to live and dead biomass of Synechocystis has been demonstrated for a range of metals including Cr(V.1), C4E1), CIO), Pb(I1), Sb, MOT), Mn(IV), As(l11), As(V), Cs and Hg. The potential of using Synecharystis as a biosorption platform is discussed.
10.5772/60514
Grant Details