FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2806988765> ?p ?o ?g. }

• W2806988765 abstract "Vibrios are among the most diverse and ecologically important marine bacteria, which have evolved many characteristics and lifestyles to occupy various niches. The relationship between genome features and environmental adaptation strategies is an essential part for understanding the ecological functions of vibrios in the marine system. The advent of complete genome sequencing technology has provided an important method of examining the genetic characteristics of vibrios on the genomic level.Two Vibrio genomes were sequenced and found to occupy many unique orthologues families which absent from the previously genes pool of the complete genomes of vibrios. Comparative genomics analysis found vibrios encompass a steady core-genome and tremendous pan-genome with substantial gene gain and horizontal gene transfer events in the evolutionary history. Evolutionary analysis based on the core-genome tree suggested that V. fischeri emerged ~ 385 million years ago, along with the occurrence of cephalopods and the flourish of fish. The relatively large genomes, the high number of 16S rRNA gene copies, and the presence of R-M systems and CRISPR system help vibrios live in various marine environments. Chitin-degrading related genes are carried in nearly all the Vibrio genomes. The number of chitinase genes in vibrios has been extremely expanded compared to which in the most recent ancestor of the genus. The chitinase A genes were estimated to have evolved along with the genus, and have undergone significant purifying selective force to conserve the ancestral state.Vibrios have experienced extremely genome expansion events during their evolutionary history, allowing them to develop various functions to spread globally. Despite their close phylogenetic relationships, vibrios were found to have a tremendous pan-genome with a steady core-genome, which indicates the highly plastic genome of the genus. Additionally, the existence of various chitin-degrading related genes and the expansion of chitinase A in the genus demonstrate the importance of the chitin utilization for vibrios. Defensive systems in the Vibrio genomes may protect them from the invasion of external DNA. These genomic features investigated here provide a better knowledge of how the evolutionary process has forged Vibrio genomes to occupy various niches." @default.
• W2806988765 created "2018-06-13" @default.
• W2806988765 creator A5031044167 @default.
• W2806988765 creator A5035061001 @default.
• W2806988765 creator A5047951096 @default.
• W2806988765 creator A5079969251 @default.
• W2806988765 date "2018-02-13" @default.
• W2806988765 modified "2023-10-13" @default.
• W2806988765 title "Comparative genomic analysis reveals the evolution and environmental adaptation strategies of vibrios" @default.
• W2806988765 cites W145242630 @default.
• W2806988765 cites W1553112231 @default.
• W2806988765 cites W1797169841 @default.
• W2806988765 cites W1843432893 @default.
• W2806988765 cites W1891661784 @default.
• W2806988765 cites W1927384074 @default.
• W2806988765 cites W1950550216 @default.
• W2806988765 cites W1965049226 @default.
• W2806988765 cites W1966978997 @default.
• W2806988765 cites W1972708645 @default.
• W2806988765 cites W1982848324 @default.
• W2806988765 cites W1982855075 @default.
• W2806988765 cites W1990826281 @default.
• W2806988765 cites W1990843049 @default.
• W2806988765 cites W1996608975 @default.
• W2806988765 cites W2000650891 @default.
• W2806988765 cites W2008264573 @default.
• W2806988765 cites W2008821578 @default.
• W2806988765 cites W2008856488 @default.
• W2806988765 cites W2011546318 @default.
• W2806988765 cites W2013407003 @default.
• W2806988765 cites W2018526864 @default.
• W2806988765 cites W2020964336 @default.
• W2806988765 cites W2029036657 @default.
• W2806988765 cites W2033713984 @default.
• W2806988765 cites W2038124483 @default.
• W2806988765 cites W2045843097 @default.
• W2806988765 cites W2047897818 @default.
• W2806988765 cites W2052359965 @default.
• W2806988765 cites W2055298722 @default.
• W2806988765 cites W2063106548 @default.
• W2806988765 cites W2063756105 @default.
• W2806988765 cites W2069491948 @default.
• W2806988765 cites W2070300719 @default.
• W2806988765 cites W2075887306 @default.
• W2806988765 cites W2076997304 @default.
• W2806988765 cites W2081778808 @default.
• W2806988765 cites W2082784746 @default.
• W2806988765 cites W2087112671 @default.
• W2806988765 cites W2090738461 @default.
• W2806988765 cites W2093610003 @default.
• W2806988765 cites W2096143955 @default.
• W2806988765 cites W2096419043 @default.
• W2806988765 cites W2097706568 @default.
• W2806988765 cites W2104996662 @default.
• W2806988765 cites W2109363750 @default.
• W2806988765 cites W2110335151 @default.
• W2806988765 cites W2110501358 @default.
• W2806988765 cites W2111829451 @default.
• W2806988765 cites W2113350312 @default.
• W2806988765 cites W2115888213 @default.
• W2806988765 cites W2117086438 @default.
• W2806988765 cites W2121055398 @default.
• W2806988765 cites W2121560025 @default.
• W2806988765 cites W2127036970 @default.
• W2806988765 cites W2128296317 @default.
• W2806988765 cites W2129544832 @default.
• W2806988765 cites W2134375163 @default.
• W2806988765 cites W2136671076 @default.
• W2806988765 cites W2137721714 @default.
• W2806988765 cites W2138952930 @default.
• W2806988765 cites W2140048037 @default.
• W2806988765 cites W2141052558 @default.
• W2806988765 cites W2142262977 @default.
• W2806988765 cites W2142402047 @default.
• W2806988765 cites W2142949485 @default.
• W2806988765 cites W2144377764 @default.
• W2806988765 cites W2144654387 @default.
• W2806988765 cites W2149887988 @default.
• W2806988765 cites W2155090350 @default.
• W2806988765 cites W2158532914 @default.
• W2806988765 cites W2159368494 @default.
• W2806988765 cites W2160378127 @default.
• W2806988765 cites W2167450753 @default.
• W2806988765 cites W2311203695 @default.
• W2806988765 cites W2332771599 @default.
• W2806988765 cites W2593801679 @default.
• W2806988765 cites W2950354111 @default.
• W2806988765 cites W7755730 @default.
• W2806988765 doi "https://doi.org/10.1186/s12864-018-4531-2" @default.
• W2806988765 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5809883" @default.
• W2806988765 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29433445" @default.
• W2806988765 hasPublicationYear "2018" @default.
• W2806988765 type Work @default.
• W2806988765 sameAs 2806988765 @default.
• W2806988765 citedByCount "55" @default.
• W2806988765 countsByYear W28069887652018 @default.
• W2806988765 countsByYear W28069887652019 @default.
• W2806988765 countsByYear W28069887652020 @default.
• W2806988765 countsByYear W28069887652021 @default.
• W2806988765 countsByYear W28069887652022 @default.

• next