FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3048233595> ?p ?o ?g. }

• W3048233595 abstract "Abstract Background Himalaya is an ecologically pristine environment. The geo-tectonic activities have shaped various environmental niches with diverse microbial populations throughout the Himalayan biosphere region. Albeit, limited information is available in terms of molecular insights into the microbiome, including the uncultured microbes, of the Himalayan habitat. Hence, a vast majority of genomic resources are still under-explored from this region. Metagenome analysis has simplified the extensive in-depth exploration of diverse habitats. In the present study, the culture-independent whole metagenome sequencing methodology was employed for microbial diversity exploration and identification of genes involved in various metabolic pathways in two geothermal springs located at different altitudes in the Sikkim Himalaya. Results The two hot springs, Polok and Reshi, have distinct abiotic conditions. The average temperature of Polok and Reshi was recorded to be 62 °C and 43 °C, respectively. Both the aquatic habitats have alkaline geochemistry with pH in the range of 7–8. Community profile analysis revealed genomic evidence of plentiful bacteria, with a minute fraction of the archaeal population in hot water reservoirs of Polok and Reshi hot spring. Mesophilic microbes belonging to Proteobacteria and Firmicutes phyla were predominant at both the sites. Polok exhibited an extravagant representation of Chloroflexi, Deinococcus-Thermus, Aquificae, and Thermotogae. Metabolic potential analysis depicted orthologous genes associated with sulfur, nitrogen, and methane metabolism, contributed by the microflora in the hydrothermal system. The genomic information of many novel carbohydrate-transforming enzymes was deciphered in the metagenomic description. Further, the genomic capacity of antimicrobial biomolecules and antibiotic resistance were discerned. Conclusion The study provided comprehensive molecular information about the microbial treasury as well as the metabolic features of the two geothermal sites. The thermal aquatic niches were found a potential bioresource of biocatalyst systems for biomass-processing. Overall, this study provides the whole metagenome based insights into the taxonomic and functional profiles of Polok and Reshi hot springs of the Sikkim Himalaya. The study generated a wealth of genomic data that can be explored for the discovery and characterization of novel genes encoding proteins of industrial importance." @default.
• W3048233595 created "2020-08-13" @default.
• W3048233595 creator A5014219245 @default.
• W3048233595 creator A5017372680 @default.
• W3048233595 creator A5022334650 @default.
• W3048233595 creator A5028114748 @default.
• W3048233595 creator A5052325482 @default.
• W3048233595 creator A5075650950 @default.
• W3048233595 creator A5084137067 @default.
• W3048233595 date "2020-08-10" @default.
• W3048233595 modified "2023-10-18" @default.
• W3048233595 title "Metagenomics revealing molecular profiling of community structure and metabolic pathways in natural hot springs of the Sikkim Himalaya" @default.
• W3048233595 cites W1517048546 @default.
• W3048233595 cites W1613936937 @default.
• W3048233595 cites W1874751358 @default.
• W3048233595 cites W1908347765 @default.
• W3048233595 cites W1962822152 @default.
• W3048233595 cites W1988336536 @default.
• W3048233595 cites W1989868437 @default.
• W3048233595 cites W1990004173 @default.
• W3048233595 cites W1994545209 @default.
• W3048233595 cites W2003785769 @default.
• W3048233595 cites W2024782843 @default.
• W3048233595 cites W2034423614 @default.
• W3048233595 cites W2036798095 @default.
• W3048233595 cites W2061953031 @default.
• W3048233595 cites W2080628102 @default.
• W3048233595 cites W2086007525 @default.
• W3048233595 cites W2096825124 @default.
• W3048233595 cites W2101597085 @default.
• W3048233595 cites W2102382406 @default.
• W3048233595 cites W2122559203 @default.
• W3048233595 cites W2127413287 @default.
• W3048233595 cites W2131271579 @default.
• W3048233595 cites W2138155770 @default.
• W3048233595 cites W2142509840 @default.
• W3048233595 cites W2143485490 @default.
• W3048233595 cites W2153109441 @default.
• W3048233595 cites W2178324140 @default.
• W3048233595 cites W2188186534 @default.
• W3048233595 cites W2254199494 @default.
• W3048233595 cites W2274844602 @default.
• W3048233595 cites W2277010518 @default.
• W3048233595 cites W2280890419 @default.
• W3048233595 cites W2319592343 @default.
• W3048233595 cites W2337747100 @default.
• W3048233595 cites W2412288139 @default.
• W3048233595 cites W2508267933 @default.
• W3048233595 cites W2525791350 @default.
• W3048233595 cites W2544493586 @default.
• W3048233595 cites W2554601802 @default.
• W3048233595 cites W2557061517 @default.
• W3048233595 cites W2563302340 @default.
• W3048233595 cites W2581246941 @default.
• W3048233595 cites W2587775541 @default.
• W3048233595 cites W2604981521 @default.
• W3048233595 cites W2610003283 @default.
• W3048233595 cites W2625571193 @default.
• W3048233595 cites W2730738075 @default.
• W3048233595 cites W2742942429 @default.
• W3048233595 cites W2756864207 @default.
• W3048233595 cites W2766187966 @default.
• W3048233595 cites W2771375558 @default.
• W3048233595 cites W2788264146 @default.
• W3048233595 cites W2802756314 @default.
• W3048233595 cites W2886307018 @default.
• W3048233595 cites W2886461604 @default.
• W3048233595 cites W2890699531 @default.
• W3048233595 cites W2899563090 @default.
• W3048233595 cites W2902493574 @default.
• W3048233595 cites W2909084307 @default.
• W3048233595 cites W2909190155 @default.
• W3048233595 cites W2912492176 @default.
• W3048233595 cites W2912627172 @default.
• W3048233595 cites W2923219781 @default.
• W3048233595 cites W2939197019 @default.
• W3048233595 cites W2941111439 @default.
• W3048233595 cites W2948844736 @default.
• W3048233595 cites W2956494228 @default.
• W3048233595 cites W2974752093 @default.
• W3048233595 cites W2980772839 @default.
• W3048233595 cites W2995199302 @default.
• W3048233595 cites W2998452027 @default.
• W3048233595 cites W3014802631 @default.
• W3048233595 cites W3017651239 @default.
• W3048233595 cites W37587488 @default.
• W3048233595 doi "https://doi.org/10.1186/s12866-020-01923-3" @default.
• W3048233595 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7418396" @default.
• W3048233595 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32778049" @default.
• W3048233595 hasPublicationYear "2020" @default.
• W3048233595 type Work @default.
• W3048233595 sameAs 3048233595 @default.
• W3048233595 citedByCount "29" @default.
• W3048233595 countsByYear W30482335952020 @default.
• W3048233595 countsByYear W30482335952021 @default.
• W3048233595 countsByYear W30482335952022 @default.
• W3048233595 countsByYear W30482335952023 @default.
• W3048233595 crossrefType "journal-article" @default.
• W3048233595 hasAuthorship W3048233595A5014219245 @default.
• W3048233595 hasAuthorship W3048233595A5017372680 @default.

• next