FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2085229763> ?p ?o ?g. }

• W2085229763 endingPage "619" @default.
• W2085229763 startingPage "611" @default.
• W2085229763 abstract "Linking organisms or groups of organisms to specific functions within natural environments is a fundamental challenge in microbial ecology. Advances in technology for manipulating and analyzing nucleic acids have made it possible to characterize the members of microbial communities without the intervention of laboratory culturing. Results from such studies have shown that the vast majority of soil organisms have never been cultured, highlighting the risks of culture‐based approaches in community analysis. The development of culture‐independent techniques for following the flow of substrates through microbial communities therefore represents an important advance. These techniques, collectively known as stable isotope probing (SIP), involve introducing a stable isotope‐labeled substrate into a microbial community and following the fate of the substrate by extracting diagnostic molecular species such as fatty acids and nucleic acids from the community and determining which specific molecules have incorporated the isotope. The molecules in which the isotope label appears provide identifying information about the organism that incorporated the substrate. Stable isotope probing allows direct observations of substrate assimilation in minimally disturbed communities, and thus represents an exciting new tool for linking microbial identity and function. The use of lipids or nucleic acids as the diagnostic molecule brings different strengths and weaknesses to the experimental approach, and necessitates the use of significantly different instrumentation and analytical techniques. This short review provides an overview of the lipid and nucleic acid approaches, discusses their strengths and weaknesses, gives examples of applications in various settings, and looks at prospects for the future of SIP technology." @default.
• W2085229763 created "2016-06-24" @default.
• W2085229763 creator A5046611391 @default.
• W2085229763 date "2007-03-01" @default.
• W2085229763 modified "2023-10-18" @default.
• W2085229763 title "Stable Isotope Probing: Linking Functional Activity to Specific Members of Microbial Communities" @default.
• W2085229763 cites W1508716109 @default.
• W2085229763 cites W1515603326 @default.
• W2085229763 cites W1615978956 @default.
• W2085229763 cites W1750765063 @default.
• W2085229763 cites W1900899030 @default.
• W2085229763 cites W1920687365 @default.
• W2085229763 cites W1967046745 @default.
• W2085229763 cites W1973288926 @default.
• W2085229763 cites W1974367576 @default.
• W2085229763 cites W1974629656 @default.
• W2085229763 cites W1985040578 @default.
• W2085229763 cites W1997140539 @default.
• W2085229763 cites W1998220314 @default.
• W2085229763 cites W1998992292 @default.
• W2085229763 cites W1999676643 @default.
• W2085229763 cites W2002022685 @default.
• W2085229763 cites W2005663290 @default.
• W2085229763 cites W2007760108 @default.
• W2085229763 cites W2009764362 @default.
• W2085229763 cites W2010235981 @default.
• W2085229763 cites W2010828889 @default.
• W2085229763 cites W2011318746 @default.
• W2085229763 cites W2018276910 @default.
• W2085229763 cites W2019421568 @default.
• W2085229763 cites W2026987191 @default.
• W2085229763 cites W2027167494 @default.
• W2085229763 cites W2030483173 @default.
• W2085229763 cites W2030711236 @default.
• W2085229763 cites W2030870301 @default.
• W2085229763 cites W2034761882 @default.
• W2085229763 cites W2038055529 @default.
• W2085229763 cites W2038291681 @default.
• W2085229763 cites W2042541728 @default.
• W2085229763 cites W2043351888 @default.
• W2085229763 cites W2047289169 @default.
• W2085229763 cites W2047396516 @default.
• W2085229763 cites W2047719674 @default.
• W2085229763 cites W2049746665 @default.
• W2085229763 cites W2052639391 @default.
• W2085229763 cites W2055305007 @default.
• W2085229763 cites W2060748639 @default.
• W2085229763 cites W2071875610 @default.
• W2085229763 cites W2072114279 @default.
• W2085229763 cites W2075472879 @default.
• W2085229763 cites W2075480465 @default.
• W2085229763 cites W2077667873 @default.
• W2085229763 cites W2080238265 @default.
• W2085229763 cites W2089059407 @default.
• W2085229763 cites W2093289319 @default.
• W2085229763 cites W2095589143 @default.
• W2085229763 cites W2095901560 @default.
• W2085229763 cites W2096696841 @default.
• W2085229763 cites W2097364388 @default.
• W2085229763 cites W2098216494 @default.
• W2085229763 cites W2111209628 @default.
• W2085229763 cites W2114510196 @default.
• W2085229763 cites W2117832738 @default.
• W2085229763 cites W2118472934 @default.
• W2085229763 cites W2120759308 @default.
• W2085229763 cites W2122547600 @default.
• W2085229763 cites W2123885367 @default.
• W2085229763 cites W2130326307 @default.
• W2085229763 cites W2131000806 @default.
• W2085229763 cites W2133679999 @default.
• W2085229763 cites W2134253189 @default.
• W2085229763 cites W2138365154 @default.
• W2085229763 cites W2144923593 @default.
• W2085229763 cites W2147378425 @default.
• W2085229763 cites W2147521404 @default.
• W2085229763 cites W2148622609 @default.
• W2085229763 cites W2149072894 @default.
• W2085229763 cites W2150563641 @default.
• W2085229763 cites W2150768921 @default.
• W2085229763 cites W2151005733 @default.
• W2085229763 cites W2152595295 @default.
• W2085229763 cites W2153858641 @default.
• W2085229763 cites W2156459518 @default.
• W2085229763 cites W2157517587 @default.
• W2085229763 cites W2161948231 @default.
• W2085229763 cites W2165138353 @default.
• W2085229763 cites W2166477196 @default.
• W2085229763 cites W2169259478 @default.
• W2085229763 cites W4233503494 @default.
• W2085229763 cites W4238787840 @default.
• W2085229763 cites W4248176371 @default.
• W2085229763 cites W4255743098 @default.
• W2085229763 doi "https://doi.org/10.2136/sssaj2006.0093" @default.
• W2085229763 hasPublicationYear "2007" @default.
• W2085229763 type Work @default.
• W2085229763 sameAs 2085229763 @default.
• W2085229763 citedByCount "50" @default.
• W2085229763 countsByYear W20852297632012 @default.

• next