FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2996508732> ?p ?o ?g. }

• W2996508732 endingPage "105808" @default.
• W2996508732 startingPage "105808" @default.
• W2996508732 abstract "The cultivation based characterization of microbial communities and the quantification of certain functional bacterial groups is still an essential part of microbiology and microbial ecology. For plate count methods meanwhile low strength media are recommended, since they cover a broader range of different species and result in higher counts compared to established high strength media. For liquid media, as they are used for most probable number (MPN) quantifications, comparisons between high and low strength media are rare. In this study we compare the performance of different high and low strength media for the MPN quantification of nitrate reducing and denitrifying bacteria in two different fresh water environments. We also calculated the cell specific turnover rates of several denitrifying cultures previously enriched in high and low strength media from three different fresh water environments and a waste water treatment plant. For fresh water samples, our results indicate that high strength media detect higher MPN of denitrifying bacteria and in equal MPN of nitrate reducing bacteria compared to low strength media, which is in contrary to plate count techniques. For sediment samples, high and low strength media performed equal. The cell specific turnover rate was independent from the enrichment media and the media of the performance test. The cause of the lower denitrifyer MPN in low strength media remains, however, unclear. The results are important for further MPN quantifications of bacteria in nutrient poor environments and for calculations of nitrogen turnover rates by kinetical models using the number of metabolic active cells as one parameter." @default.
• W2996508732 created "2019-12-26" @default.
• W2996508732 creator A5003760755 @default.
• W2996508732 creator A5057667437 @default.
• W2996508732 date "2020-01-01" @default.
• W2996508732 modified "2023-10-17" @default.
• W2996508732 title "Comparison of different media for the detection of denitrifying and nitrate reducing bacteria in mesotrophic aquatic environments by the most probable number method" @default.
• W2996508732 cites W1726174962 @default.
• W2996508732 cites W1879460009 @default.
• W2996508732 cites W1892948563 @default.
• W2996508732 cites W1967173529 @default.
• W2996508732 cites W1970796389 @default.
• W2996508732 cites W1972625253 @default.
• W2996508732 cites W1979119684 @default.
• W2996508732 cites W1979370770 @default.
• W2996508732 cites W1980589203 @default.
• W2996508732 cites W1980623138 @default.
• W2996508732 cites W1980852438 @default.
• W2996508732 cites W1981634132 @default.
• W2996508732 cites W1982088266 @default.
• W2996508732 cites W1985509712 @default.
• W2996508732 cites W1987144102 @default.
• W2996508732 cites W1996754598 @default.
• W2996508732 cites W1999378041 @default.
• W2996508732 cites W2004811425 @default.
• W2996508732 cites W2006424381 @default.
• W2996508732 cites W2010193330 @default.
• W2996508732 cites W2011867756 @default.
• W2996508732 cites W2021767678 @default.
• W2996508732 cites W2022691083 @default.
• W2996508732 cites W2023570154 @default.
• W2996508732 cites W2029565284 @default.
• W2996508732 cites W2029937472 @default.
• W2996508732 cites W2031664179 @default.
• W2996508732 cites W2031811974 @default.
• W2996508732 cites W2032419374 @default.
• W2996508732 cites W2046953740 @default.
• W2996508732 cites W2050337243 @default.
• W2996508732 cites W2053260697 @default.
• W2996508732 cites W2056857969 @default.
• W2996508732 cites W2069797500 @default.
• W2996508732 cites W2070214912 @default.
• W2996508732 cites W2070272882 @default.
• W2996508732 cites W2079268915 @default.
• W2996508732 cites W2082363143 @default.
• W2996508732 cites W2082449241 @default.
• W2996508732 cites W2085439522 @default.
• W2996508732 cites W2088745107 @default.
• W2996508732 cites W2090113475 @default.
• W2996508732 cites W2094115238 @default.
• W2996508732 cites W2107620711 @default.
• W2996508732 cites W2113930013 @default.
• W2996508732 cites W2114940907 @default.
• W2996508732 cites W2116105714 @default.
• W2996508732 cites W2123621585 @default.
• W2996508732 cites W2125862549 @default.
• W2996508732 cites W2128124617 @default.
• W2996508732 cites W2129239774 @default.
• W2996508732 cites W2130766243 @default.
• W2996508732 cites W2131988453 @default.
• W2996508732 cites W2138289654 @default.
• W2996508732 cites W2152093511 @default.
• W2996508732 cites W2155192145 @default.
• W2996508732 cites W2164056048 @default.
• W2996508732 cites W2165533576 @default.
• W2996508732 cites W2340485104 @default.
• W2996508732 cites W2384944988 @default.
• W2996508732 cites W2463065306 @default.
• W2996508732 cites W2611030200 @default.
• W2996508732 cites W2734716512 @default.
• W2996508732 cites W2753672785 @default.
• W2996508732 cites W2802118657 @default.
• W2996508732 cites W2944573104 @default.
• W2996508732 cites W2946717154 @default.
• W2996508732 cites W4237038015 @default.
• W2996508732 doi "https://doi.org/10.1016/j.mimet.2019.105808" @default.
• W2996508732 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31837971" @default.
• W2996508732 hasPublicationYear "2020" @default.
• W2996508732 type Work @default.
• W2996508732 sameAs 2996508732 @default.
• W2996508732 citedByCount "8" @default.
• W2996508732 countsByYear W29965087322020 @default.
• W2996508732 countsByYear W29965087322021 @default.
• W2996508732 countsByYear W29965087322022 @default.
• W2996508732 countsByYear W29965087322023 @default.
• W2996508732 crossrefType "journal-article" @default.
• W2996508732 hasAuthorship W2996508732A5003760755 @default.
• W2996508732 hasAuthorship W2996508732A5057667437 @default.
• W2996508732 hasConcept C107872376 @default.
• W2996508732 hasConcept C178790620 @default.
• W2996508732 hasConcept C185592680 @default.
• W2996508732 hasConcept C18903297 @default.
• W2996508732 hasConcept C197011783 @default.
• W2996508732 hasConcept C2776384668 @default.
• W2996508732 hasConcept C523546767 @default.
• W2996508732 hasConcept C537208039 @default.
• W2996508732 hasConcept C54355233 @default.
• W2996508732 hasConcept C73593433 @default.

• next