FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2467618258> ?p ?o ?g. }

• W2467618258 endingPage "5755" @default.
• W2467618258 startingPage "5741" @default.
• W2467618258 abstract "It has been suggested that iron is one of the most important energy sources for photosynthesis-independent microbial ecosystems in the ocean crust. Iron-metabolizing chemolithoautotrophs play a key role as primary producers, but little is known about their distribution and diversity and their ecological role as submarine iron-metabolizing chemolithotrophs, particularly the iron oxidizers. In this study, we investigated the microbial communities in several iron-dominated flocculent mats found in deep-sea hydrothermal fields in the Mariana Volcanic Arc and Trough and the Okinawa Trough by culture-independent molecular techniques and X-ray mineralogical analyses. The abundance and composition of the 16S rRNA gene phylotypes demonstrated the ubiquity of zetaproteobacterial phylotypes in iron-dominated mat communities affected by hydrothermal fluid input. Electron microscopy with energy-dispersive X-ray microanalysis and X-ray absorption fine structure (XAFS) analysis revealed the chemical and mineralogical signatures of biogenic Fe-(oxy)hydroxide species and the potential contribution of Zetaproteobacteria to the in situ generation. These results suggest that putative iron-oxidizing chemolithoautotrophs play a significant ecological role in producing iron-dominated flocculent mats and that they are important for iron and carbon cycles in deep-sea low-temperature hydrothermal environments.We report novel aspects of microbiology from iron-dominated flocculent mats in various deep-sea environments. In this study, we examined the relationship between Zetaproteobacteria and iron oxides across several hydrothermally influenced sites in the deep sea. We analyzed iron-dominated mats using culture-independent molecular techniques and X-ray mineralogical analyses. The scanning electron microscopy-energy-dispersive X-ray spectroscopy SEM-EDS analysis and X-ray absorption fine structure (XAFS) analysis revealed chemical and mineralogical signatures of biogenic Fe-(oxy)hydroxide species as well as the potential contribution of the zetaproteobacterial population to the in situ production. These key findings provide important information for understanding the mechanisms of both geomicrobiological iron cycling and the formation of iron-dominated mats in deep-sea hydrothermal fields." @default.
• W2467618258 created "2016-07-22" @default.
• W2467618258 creator A5004297319 @default.
• W2467618258 creator A5005690917 @default.
• W2467618258 creator A5005897898 @default.
• W2467618258 creator A5032872798 @default.
• W2467618258 creator A5034496276 @default.
• W2467618258 creator A5035076319 @default.
• W2467618258 creator A5044246942 @default.
• W2467618258 creator A5044416674 @default.
• W2467618258 creator A5059167227 @default.
• W2467618258 creator A5062011047 @default.
• W2467618258 creator A5078634530 @default.
• W2467618258 creator A5079149159 @default.
• W2467618258 creator A5082993667 @default.
• W2467618258 creator A5083040273 @default.
• W2467618258 creator A5084316911 @default.
• W2467618258 creator A5089544467 @default.
• W2467618258 date "2016-10-01" @default.
• W2467618258 modified "2023-10-02" @default.
• W2467618258 title "Comparative Analysis of Microbial Communities in Iron-Dominated Flocculent Mats in Deep-Sea Hydrothermal Environments" @default.
• W2467618258 cites W1482554523 @default.
• W2467618258 cites W1487100945 @default.
• W2467618258 cites W1554068896 @default.
• W2467618258 cites W1568387307 @default.
• W2467618258 cites W1578318129 @default.
• W2467618258 cites W1966209795 @default.
• W2467618258 cites W1971686628 @default.
• W2467618258 cites W1975376983 @default.
• W2467618258 cites W1977266842 @default.
• W2467618258 cites W1980453934 @default.
• W2467618258 cites W1997677899 @default.
• W2467618258 cites W2014145669 @default.
• W2467618258 cites W2019682959 @default.
• W2467618258 cites W2021019521 @default.
• W2467618258 cites W2022295183 @default.
• W2467618258 cites W2033461047 @default.
• W2467618258 cites W2038247724 @default.
• W2467618258 cites W2042993552 @default.
• W2467618258 cites W2046227630 @default.
• W2467618258 cites W2047306851 @default.
• W2467618258 cites W2047735969 @default.
• W2467618258 cites W2050425822 @default.
• W2467618258 cites W2055043387 @default.
• W2467618258 cites W2059387840 @default.
• W2467618258 cites W2061113703 @default.
• W2467618258 cites W2065413388 @default.
• W2467618258 cites W2066309500 @default.
• W2467618258 cites W2069087350 @default.
• W2467618258 cites W2072535491 @default.
• W2467618258 cites W2073902674 @default.
• W2467618258 cites W2074962601 @default.
• W2467618258 cites W2075364449 @default.
• W2467618258 cites W2081057026 @default.
• W2467618258 cites W2086454132 @default.
• W2467618258 cites W2088889758 @default.
• W2467618258 cites W2094593520 @default.
• W2467618258 cites W2096644091 @default.
• W2467618258 cites W2097706568 @default.
• W2467618258 cites W2098232539 @default.
• W2467618258 cites W2099571549 @default.
• W2467618258 cites W2101516250 @default.
• W2467618258 cites W2102424972 @default.
• W2467618258 cites W2103347185 @default.
• W2467618258 cites W2104716479 @default.
• W2467618258 cites W2104887201 @default.
• W2467618258 cites W2105144632 @default.
• W2467618258 cites W2107099524 @default.
• W2467618258 cites W2107594154 @default.
• W2467618258 cites W2109676654 @default.
• W2467618258 cites W2109707887 @default.
• W2467618258 cites W2111480906 @default.
• W2467618258 cites W2114110829 @default.
• W2467618258 cites W2116150681 @default.
• W2467618258 cites W2116834285 @default.
• W2467618258 cites W2118638320 @default.
• W2467618258 cites W2125480708 @default.
• W2467618258 cites W2129013222 @default.
• W2467618258 cites W2132360266 @default.
• W2467618258 cites W2132581380 @default.
• W2467618258 cites W2132632499 @default.
• W2467618258 cites W2133031510 @default.
• W2467618258 cites W2136835806 @default.
• W2467618258 cites W2138101090 @default.
• W2467618258 cites W2141074377 @default.
• W2467618258 cites W2145114296 @default.
• W2467618258 cites W2145796436 @default.
• W2467618258 cites W2153381718 @default.
• W2467618258 cites W2154939457 @default.
• W2467618258 cites W2155066423 @default.
• W2467618258 cites W2155806125 @default.
• W2467618258 cites W2158714788 @default.
• W2467618258 cites W2161554960 @default.
• W2467618258 cites W2162125062 @default.
• W2467618258 cites W2162315106 @default.
• W2467618258 cites W2163313531 @default.
• W2467618258 cites W2164199197 @default.
• W2467618258 cites W2166877392 @default.

• next