FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382501751> ?p ?o ?g. }

• W4382501751 abstract "ABSTRACT Osedax, the deep-sea annelid found at sunken whalefalls, is known to host Oceanospirillales bacterial endosymbionts intracellularly in specialized roots, which help it feed exclusively on vertebrate bones. Past studies, however, have also made mention of external bacteria on their trunks. During a 14-yr study, we reveal a dynamic, yet persistent, shift of Campylobacterales integrated into the epidermis of Osedax , which change over time as the whale carcass degrades on the sea floor. The Campylobacterales associated with seven species of Osedax , which comprise 67% of the bacterial community on the trunk, appear initially dominated by the genus Arcobacter (at early time points <24 mo), the Sulfurospirillum at intermediate stages (~50 mo), and the Sulfurimonas at later stages (>140 mo) of whale carcass decomposition. Metagenome analysis of the epibiont metabolic capabilities suggests potential for a transition from heterotrophy to autotrophy and differences in their capacity to metabolize oxygen, carbon, nitrogen, and sulfur. Compared to free-living relatives, the Osedax epibiont genomes were enriched in transposable elements, implicating genetic exchange on the host surface, and contained numerous secretions systems with eukaryotic-like protein (ELP) domains, suggesting a long evolutionary history with these enigmatic, yet widely distributed deep-sea worms. IMPORTANCE Symbiotic associations are widespread in nature and we can expect to find them in every type of ecological niche. In the last twenty years, the myriad of functions, interactions and species comprising microbe-host associations has fueled a surge of interest and appreciation for symbiosis. During this 14-year study, we reveal a dynamic population of bacterial epibionts, integrated into the epidermis of 7 species of a deep-sea worm group that feeds exclusively on the remains of marine mammals. The bacterial genomes provide clues of a long evolutionary history with these enigmatic worms. On the host surface, they exchange genes and appear to undergo ecological succession, as the whale carcass habitat degrades over time, similar to what is observed for some free-living communities. These, and other annelid worms are important keystone species for diverse deep-sea environments, yet the role of attached external bacteria in supporting host health has received relatively little attention." @default.
• W4382501751 created "2023-06-30" @default.
• W4382501751 creator A5004426873 @default.
• W4382501751 creator A5029553476 @default.
• W4382501751 creator A5044964680 @default.
• W4382501751 creator A5046495620 @default.
• W4382501751 creator A5049962299 @default.
• W4382501751 creator A5060682118 @default.
• W4382501751 creator A5083179934 @default.
• W4382501751 creator A5089264016 @default.
• W4382501751 creator A5090137261 @default.
• W4382501751 date "2023-06-29" @default.
• W4382501751 modified "2023-09-23" @default.
• W4382501751 title "A dynamic epibiont community associated with the bone-eating polychaete genus <i>Osedax</i>" @default.
• W4382501751 cites W1484660603 @default.
• W4382501751 cites W1543819877 @default.
• W4382501751 cites W1549392722 @default.
• W4382501751 cites W1571995061 @default.
• W4382501751 cites W1773936732 @default.
• W4382501751 cites W1805480619 @default.
• W4382501751 cites W1878521557 @default.
• W4382501751 cites W1994826406 @default.
• W4382501751 cites W2000267098 @default.
• W4382501751 cites W2002861656 @default.
• W4382501751 cites W2003563424 @default.
• W4382501751 cites W2006409264 @default.
• W4382501751 cites W2016675261 @default.
• W4382501751 cites W2024587817 @default.
• W4382501751 cites W2054094564 @default.
• W4382501751 cites W2059882148 @default.
• W4382501751 cites W2062941070 @default.
• W4382501751 cites W2067297267 @default.
• W4382501751 cites W2072473646 @default.
• W4382501751 cites W2072970694 @default.
• W4382501751 cites W2075341810 @default.
• W4382501751 cites W2080283023 @default.
• W4382501751 cites W2091922579 @default.
• W4382501751 cites W2096093282 @default.
• W4382501751 cites W2103131731 @default.
• W4382501751 cites W2106188171 @default.
• W4382501751 cites W2107127930 @default.
• W4382501751 cites W2112364185 @default.
• W4382501751 cites W2112491075 @default.
• W4382501751 cites W2116233885 @default.
• W4382501751 cites W2120170622 @default.
• W4382501751 cites W2120902911 @default.
• W4382501751 cites W2124951564 @default.
• W4382501751 cites W2125637889 @default.
• W4382501751 cites W2126809954 @default.
• W4382501751 cites W2131958923 @default.
• W4382501751 cites W2135291160 @default.
• W4382501751 cites W2153325555 @default.
• W4382501751 cites W2155628349 @default.
• W4382501751 cites W2159954944 @default.
• W4382501751 cites W2160412857 @default.
• W4382501751 cites W2161298281 @default.
• W4382501751 cites W2166878789 @default.
• W4382501751 cites W2172820226 @default.
• W4382501751 cites W2175526948 @default.
• W4382501751 cites W2229090536 @default.
• W4382501751 cites W2299009003 @default.
• W4382501751 cites W2345791363 @default.
• W4382501751 cites W2415885702 @default.
• W4382501751 cites W2470740215 @default.
• W4382501751 cites W2471335223 @default.
• W4382501751 cites W2495928889 @default.
• W4382501751 cites W2514191396 @default.
• W4382501751 cites W2565492897 @default.
• W4382501751 cites W2610656577 @default.
• W4382501751 cites W2741026700 @default.
• W4382501751 cites W2774151171 @default.
• W4382501751 cites W2774414939 @default.
• W4382501751 cites W2786326518 @default.
• W4382501751 cites W2791083780 @default.
• W4382501751 cites W2808251808 @default.
• W4382501751 cites W2916644884 @default.
• W4382501751 cites W2955803387 @default.
• W4382501751 cites W2961457173 @default.
• W4382501751 cites W2986925300 @default.
• W4382501751 cites W2991295831 @default.
• W4382501751 cites W2996472869 @default.
• W4382501751 cites W3091506611 @default.
• W4382501751 cites W3129036531 @default.
• W4382501751 cites W3135436850 @default.
• W4382501751 cites W3164066439 @default.
• W4382501751 cites W3184662309 @default.
• W4382501751 cites W3192404719 @default.
• W4382501751 cites W4220897590 @default.
• W4382501751 cites W4239954008 @default.
• W4382501751 cites W4255514185 @default.
• W4382501751 doi "https://doi.org/10.1128/mbio.03140-22" @default.
• W4382501751 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37382438" @default.
• W4382501751 hasPublicationYear "2023" @default.
• W4382501751 type Work @default.
• W4382501751 citedByCount "0" @default.
• W4382501751 crossrefType "journal-article" @default.
• W4382501751 hasAuthorship W4382501751A5004426873 @default.
• W4382501751 hasAuthorship W4382501751A5029553476 @default.
• W4382501751 hasAuthorship W4382501751A5044964680 @default.
• W4382501751 hasAuthorship W4382501751A5046495620 @default.

• next