| Literature DB >> 34345078 |
Abstract
Biotechnological processing of inorganic, heavy elements has only begun to emerge as we start to understand microbial strategies and mechanisms of heavy element transformations. Chemical speciation of key, diagnostic intermediates and products of bioprocessing in gas, liquid, and cellular phases, and on surfaces, is required to understand and optimize important reactions. Recent discoveries of microorganisms in metal-enriched thermal environments, and further investigations into production of exocellular metal transforming metabolites, offer exciting prospects for development of new technologies for strategic and precious materials recovery and processing.Entities:
Keywords: chemical speciation; chromatography; element-specific imaging; epifluorescence microscopy; inorganic materials; iotechnology; metallophilic bacteria; metals bioaccumulation; ore bioprocessing; organometals; strategic metals; thermophilic leaching
Year: 1986 PMID: 34345078 PMCID: PMC6658434 DOI: 10.6028/jres.091.022
Source DB: PubMed Journal: J Res Natl Bur Stand (1977) ISSN: 0160-1741