FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2107597310> ?p ?o ?g. }

• W2107597310 endingPage "7526" @default.
• W2107597310 startingPage "7519" @default.
• W2107597310 abstract "The largest part of the Earth's microbial biomass is stored in cold environments, which represent almost untapped reservoirs of novel species, processes, and genes. In this study, the first metagenomic survey of the metabolic potential and phylogenetic diversity of a microbial assemblage present in glacial ice is presented. DNA was isolated from glacial ice of the Northern Schneeferner, Germany. Pyrosequencing of this DNA yielded 1,076,539 reads (239.7 Mbp). The phylogenetic composition of the prokaryotic community was assessed by evaluation of a pyrosequencing-derived data set and sequencing of 16S rRNA genes. The Proteobacteria (mainly Betaproteobacteria), Bacteroidetes, and Actinobacteria were the predominant phylogenetic groups. In addition, isolation of psychrophilic microorganisms was performed, and 13 different bacterial isolates were recovered. Analysis of the 16S rRNA gene sequences of the isolates revealed that all were affiliated to the predominant groups. As expected for microorganisms residing in a low-nutrient environment, a high metabolic versatility with respect to degradation of organic substrates was detected by analysis of the pyrosequencing-derived data set. The presence of autotrophic microorganisms was indicated by identification of genes typical for different ways of carbon fixation. In accordance with the results of the phylogenetic studies, in which mainly aerobic and facultative aerobic bacteria were detected, genes typical for central metabolism of aerobes were found. Nevertheless, the capability of growth under anaerobic conditions was indicated by genes involved in dissimilatory nitrate/nitrite reduction. Numerous characteristics for metabolic adaptations associated with a psychrophilic lifestyle, such as formation of cryoprotectants and maintenance of membrane fluidity by the incorporation of unsaturated fatty acids, were detected. Thus, analysis of the glacial metagenome provided insights into the microbial life in frozen habitats on Earth, thereby possibly shedding light onto microbial life in analogous extraterrestrial environments." @default.
• W2107597310 created "2016-06-24" @default.
• W2107597310 creator A5003913104 @default.
• W2107597310 creator A5009891235 @default.
• W2107597310 creator A5041882139 @default.
• W2107597310 creator A5059247849 @default.
• W2107597310 date "2009-12-01" @default.
• W2107597310 modified "2023-10-13" @default.
• W2107597310 title "Phylogenetic Diversity and Metabolic Potential Revealed in a Glacier Ice Metagenome" @default.
• W2107597310 cites W1726174962 @default.
• W2107597310 cites W1799264173 @default.
• W2107597310 cites W1827710748 @default.
• W2107597310 cites W1835892233 @default.
• W2107597310 cites W1900149929 @default.
• W2107597310 cites W1966762533 @default.
• W2107597310 cites W1976489526 @default.
• W2107597310 cites W1996835975 @default.
• W2107597310 cites W2007181472 @default.
• W2107597310 cites W2008913755 @default.
• W2107597310 cites W2012313889 @default.
• W2107597310 cites W2013806152 @default.
• W2107597310 cites W2018867732 @default.
• W2107597310 cites W2022840920 @default.
• W2107597310 cites W2022872047 @default.
• W2107597310 cites W2022980433 @default.
• W2107597310 cites W2036248212 @default.
• W2107597310 cites W2038207799 @default.
• W2107597310 cites W2040583391 @default.
• W2107597310 cites W2055043387 @default.
• W2107597310 cites W2057287956 @default.
• W2107597310 cites W2061559511 @default.
• W2107597310 cites W2073497058 @default.
• W2107597310 cites W2075623226 @default.
• W2107597310 cites W2084072969 @default.
• W2107597310 cites W2092706437 @default.
• W2107597310 cites W2098855780 @default.
• W2107597310 cites W2122206933 @default.
• W2107597310 cites W2123060905 @default.
• W2107597310 cites W2126809954 @default.
• W2107597310 cites W2126855263 @default.
• W2107597310 cites W2131342905 @default.
• W2107597310 cites W2135360683 @default.
• W2107597310 cites W2140206158 @default.
• W2107597310 cites W2140604849 @default.
• W2107597310 cites W2142077421 @default.
• W2107597310 cites W2145336165 @default.
• W2107597310 cites W2152885278 @default.
• W2107597310 cites W2153339784 @default.
• W2107597310 cites W2155806125 @default.
• W2107597310 cites W2156492633 @default.
• W2107597310 cites W2160018518 @default.
• W2107597310 cites W2161622048 @default.
• W2107597310 cites W2162315106 @default.
• W2107597310 cites W2162398331 @default.
• W2107597310 cites W2163125517 @default.
• W2107597310 cites W2164062610 @default.
• W2107597310 cites W2167046694 @default.
• W2107597310 cites W2169929748 @default.
• W2107597310 cites W2171745213 @default.
• W2107597310 cites W4241328656 @default.
• W2107597310 doi "https://doi.org/10.1128/aem.00946-09" @default.
• W2107597310 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/2786415" @default.
• W2107597310 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19801459" @default.
• W2107597310 hasPublicationYear "2009" @default.
• W2107597310 type Work @default.
• W2107597310 sameAs 2107597310 @default.
• W2107597310 citedByCount "195" @default.
• W2107597310 countsByYear W21075973102012 @default.
• W2107597310 countsByYear W21075973102013 @default.
• W2107597310 countsByYear W21075973102014 @default.
• W2107597310 countsByYear W21075973102015 @default.
• W2107597310 countsByYear W21075973102016 @default.
• W2107597310 countsByYear W21075973102017 @default.
• W2107597310 countsByYear W21075973102018 @default.
• W2107597310 countsByYear W21075973102019 @default.
• W2107597310 countsByYear W21075973102020 @default.
• W2107597310 countsByYear W21075973102021 @default.
• W2107597310 countsByYear W21075973102022 @default.
• W2107597310 countsByYear W21075973102023 @default.
• W2107597310 crossrefType "journal-article" @default.
• W2107597310 hasAuthorship W2107597310A5003913104 @default.
• W2107597310 hasAuthorship W2107597310A5009891235 @default.
• W2107597310 hasAuthorship W2107597310A5041882139 @default.
• W2107597310 hasAuthorship W2107597310A5059247849 @default.
• W2107597310 hasBestOaLocation W21075973101 @default.
• W2107597310 hasConcept C104317684 @default.
• W2107597310 hasConcept C125009961 @default.
• W2107597310 hasConcept C15151743 @default.
• W2107597310 hasConcept C174160445 @default.
• W2107597310 hasConcept C175605896 @default.
• W2107597310 hasConcept C193252679 @default.
• W2107597310 hasConcept C205458427 @default.
• W2107597310 hasConcept C22802001 @default.
• W2107597310 hasConcept C2776989901 @default.
• W2107597310 hasConcept C2778169975 @default.
• W2107597310 hasConcept C2779676784 @default.
• W2107597310 hasConcept C2780437850 @default.
• W2107597310 hasConcept C42062724 @default.

• next