Matches in SemOpenAlex for { <https://semopenalex.org/work/W2124154186> ?p ?o ?g. }
- W2124154186 endingPage "444" @default.
- W2124154186 startingPage "435" @default.
- W2124154186 abstract "It is commonly assumed that phosphorus occurs almost exclusively in the environment as fully oxidized phosphate (primarily H(2)PO(4)(-) and HPO(4)(2-), where the oxidation state of phosphorus is +V). Recent developments in the field of microbiology and research on the origin of life have suggested a possibly significant role for reduced, inorganic forms of phosphorus in bacterial metabolism and as evolutionary precursors of biological phosphate compounds. Reduced inorganic forms of phosphorus include phosphorus acid (H(3)PO(3), P(+III)), hypophosphorus acid (H(3)PO(2), P(+I)) and various forms of phosphides (P(-III)). Reduced phosphorus has been detected in anaerobic sediments, sewage treatment facilities and in industrial and agricultural processes. Microbiological evidence suggests a significant role for reduced phosphorus species in metabolic processes and raises interesting questions regarding the biogeochemistry of this nutrient in the environment. However, the paucity of data on the presence and cycling of reduced phosphorus compounds in the environment requires attention in order to elucidate the role of these compounds in natural systems. This paper discusses the significance of reduced phosphorus in the natural environment, its speciation and methods of detection." @default.
- W2124154186 created "2016-06-24" @default.
- W2124154186 creator A5024288853 @default.
- W2124154186 creator A5025989358 @default.
- W2124154186 creator A5044463184 @default.
- W2124154186 creator A5069611614 @default.
- W2124154186 date "2005-04-15" @default.
- W2124154186 modified "2023-10-01" @default.
- W2124154186 title "Reduced inorganic phosphorus in the natural environment: significance, speciation and determination" @default.
- W2124154186 cites W125914337 @default.
- W2124154186 cites W1495595202 @default.
- W2124154186 cites W1514375880 @default.
- W2124154186 cites W1522784715 @default.
- W2124154186 cites W1525069329 @default.
- W2124154186 cites W1534085595 @default.
- W2124154186 cites W1548559958 @default.
- W2124154186 cites W1550660048 @default.
- W2124154186 cites W1553267751 @default.
- W2124154186 cites W1579893055 @default.
- W2124154186 cites W1583263516 @default.
- W2124154186 cites W1605328887 @default.
- W2124154186 cites W163924022 @default.
- W2124154186 cites W1677753539 @default.
- W2124154186 cites W1963964323 @default.
- W2124154186 cites W1964628074 @default.
- W2124154186 cites W1964864024 @default.
- W2124154186 cites W1968419990 @default.
- W2124154186 cites W1970638551 @default.
- W2124154186 cites W1971617777 @default.
- W2124154186 cites W1974321125 @default.
- W2124154186 cites W1974878970 @default.
- W2124154186 cites W1976913226 @default.
- W2124154186 cites W1981988832 @default.
- W2124154186 cites W1983934556 @default.
- W2124154186 cites W1994818202 @default.
- W2124154186 cites W1996594795 @default.
- W2124154186 cites W1996832728 @default.
- W2124154186 cites W2001476210 @default.
- W2124154186 cites W2004795342 @default.
- W2124154186 cites W2005375905 @default.
- W2124154186 cites W2007232335 @default.
- W2124154186 cites W2009172246 @default.
- W2124154186 cites W2011654641 @default.
- W2124154186 cites W2022844206 @default.
- W2124154186 cites W2026634457 @default.
- W2124154186 cites W2033920308 @default.
- W2124154186 cites W2039074996 @default.
- W2124154186 cites W2051595593 @default.
- W2124154186 cites W2053932580 @default.
- W2124154186 cites W2061811741 @default.
- W2124154186 cites W2063992017 @default.
- W2124154186 cites W2064886066 @default.
- W2124154186 cites W2066695369 @default.
- W2124154186 cites W2072289397 @default.
- W2124154186 cites W2073507751 @default.
- W2124154186 cites W2074309497 @default.
- W2124154186 cites W2074516461 @default.
- W2124154186 cites W2075258734 @default.
- W2124154186 cites W2079541572 @default.
- W2124154186 cites W2082981352 @default.
- W2124154186 cites W2084896680 @default.
- W2124154186 cites W2085630031 @default.
- W2124154186 cites W2087194416 @default.
- W2124154186 cites W2091269995 @default.
- W2124154186 cites W2093606806 @default.
- W2124154186 cites W2108191749 @default.
- W2124154186 cites W2116937864 @default.
- W2124154186 cites W2119451406 @default.
- W2124154186 cites W2134603596 @default.
- W2124154186 cites W2134752756 @default.
- W2124154186 cites W2155163190 @default.
- W2124154186 cites W2164327573 @default.
- W2124154186 cites W2168385167 @default.
- W2124154186 cites W2398451731 @default.
- W2124154186 cites W246434313 @default.
- W2124154186 cites W2625713499 @default.
- W2124154186 cites W2768832952 @default.
- W2124154186 cites W2992413077 @default.
- W2124154186 cites W577587011 @default.
- W2124154186 cites W583466443 @default.
- W2124154186 cites W637042856 @default.
- W2124154186 cites W647111195 @default.
- W2124154186 cites W77395437 @default.
- W2124154186 doi "https://doi.org/10.1016/j.talanta.2004.10.004" @default.
- W2124154186 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18970004" @default.
- W2124154186 hasPublicationYear "2005" @default.
- W2124154186 type Work @default.
- W2124154186 sameAs 2124154186 @default.
- W2124154186 citedByCount "105" @default.
- W2124154186 countsByYear W21241541862012 @default.
- W2124154186 countsByYear W21241541862013 @default.
- W2124154186 countsByYear W21241541862014 @default.
- W2124154186 countsByYear W21241541862015 @default.
- W2124154186 countsByYear W21241541862016 @default.
- W2124154186 countsByYear W21241541862017 @default.
- W2124154186 countsByYear W21241541862018 @default.
- W2124154186 countsByYear W21241541862019 @default.
- W2124154186 countsByYear W21241541862020 @default.