FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2930733009> ?p ?o ?g. }

• W2930733009 endingPage "101489" @default.
• W2930733009 startingPage "101489" @default.
• W2930733009 abstract "Microalgae have major functions in global biogeochemical cycles and are promising sources of renewable energy, yet the relationships between algal hosts and their associated microbiomes remain relatively underexplored. Understanding community organization of microalgal microbiomes, such as how algal species identity influences bacterial community structure, will aid in efforts to engineer more efficient phototrophic ecosystems. Here, we examined the community assembly of phycosphere-associated (attached) and free-living bacterial taxa associated with two marine microalgae: the diatom Phaeodactylum tricornutum and eustigmatophyte Microchloropsis salina. Samples were collected from outdoor mesocosms, raceway ponds, and laboratory enrichments, and bacterial taxa identified by 16S rRNA gene sequences. In outdoor mesocosms, we found distinct bacterial taxa associated with each algal species, including the Cytophagaceae and Rhodobacteraceae families with P. tricornutum, and Rhodobacteraceae, Hyphomonadaceae, and Saprospiraceae with M. salina. Additionally, there were host-specific differences in the bacterial genera associated with the phycosphere, including Novosphingobium and Rhodopirellula with P. tricornutum, and Methylophaga and Dyadobacter with M. salina. Bacterial communities from outdoor monoalgal P. tricornutum and polyalgal P. tricornutum/M. salina samples were used as inocula for laboratory enrichments with axenic P. tricornutum. Here, similar bacterial communities emerged, suggesting that the algal host exerts substantial influence over bacterial community assembly. Further enrichments for phycosphere-association revealed differing outcomes of community assembly processes contingent on the initial community composition. Phycosphere-associated communities from monoalgal P. tricornutum mesocosms were highly similar to one another, suggesting deterministic processes, whereas cultures from mixed M. salina/P. tricornutum raceways followed two apparent paths differentiated by the stochastic loss of specific community members and convergence towards or further deviation from the monoalgal samples. These results demonstrate that algal-associated bacterial communities are controlled by algal host, culture conditions, and the initial inoculum composition of the algal microbiome, and this knowledge can inform the engineering of more productive algal systems." @default.
• W2930733009 created "2019-04-11" @default.
• W2930733009 creator A5004107813 @default.
• W2930733009 creator A5012921559 @default.
• W2930733009 creator A5022806430 @default.
• W2930733009 creator A5037966237 @default.
• W2930733009 creator A5041106553 @default.
• W2930733009 creator A5045273277 @default.
• W2930733009 creator A5047029612 @default.
• W2930733009 creator A5057173734 @default.
• W2930733009 creator A5079608329 @default.
• W2930733009 date "2019-06-01" @default.
• W2930733009 modified "2023-10-16" @default.
• W2930733009 title "Host selection and stochastic effects influence bacterial community assembly on the microalgal phycosphere" @default.
• W2930733009 cites W1503503527 @default.
• W2930733009 cites W1551301012 @default.
• W2930733009 cites W1602534227 @default.
• W2930733009 cites W1835277504 @default.
• W2930733009 cites W1969016492 @default.
• W2930733009 cites W1969349811 @default.
• W2930733009 cites W1978068158 @default.
• W2930733009 cites W1980733427 @default.
• W2930733009 cites W1982753617 @default.
• W2930733009 cites W1984028780 @default.
• W2930733009 cites W2000625831 @default.
• W2930733009 cites W2003647108 @default.
• W2930733009 cites W2006877022 @default.
• W2930733009 cites W2030405935 @default.
• W2930733009 cites W2031611770 @default.
• W2930733009 cites W2036420879 @default.
• W2930733009 cites W2037045595 @default.
• W2930733009 cites W2038243990 @default.
• W2930733009 cites W2040080614 @default.
• W2930733009 cites W2040772742 @default.
• W2930733009 cites W2043613053 @default.
• W2930733009 cites W2045570403 @default.
• W2930733009 cites W2055296120 @default.
• W2930733009 cites W2056279562 @default.
• W2930733009 cites W2058982051 @default.
• W2930733009 cites W2071434466 @default.
• W2930733009 cites W2073174966 @default.
• W2930733009 cites W2079032992 @default.
• W2930733009 cites W2080283023 @default.
• W2930733009 cites W2097557545 @default.
• W2930733009 cites W2098199333 @default.
• W2930733009 cites W2099975324 @default.
• W2930733009 cites W2100231609 @default.
• W2930733009 cites W2108008201 @default.
• W2930733009 cites W2110848954 @default.
• W2930733009 cites W2110883800 @default.
• W2930733009 cites W2117365341 @default.
• W2930733009 cites W2118831097 @default.
• W2930733009 cites W2126665135 @default.
• W2930733009 cites W2127685877 @default.
• W2930733009 cites W2128839129 @default.
• W2930733009 cites W2132926880 @default.
• W2930733009 cites W2137057582 @default.
• W2930733009 cites W2152682668 @default.
• W2930733009 cites W2152885278 @default.
• W2930733009 cites W2159942570 @default.
• W2930733009 cites W2163933467 @default.
• W2930733009 cites W2166655850 @default.
• W2930733009 cites W2167705142 @default.
• W2930733009 cites W2168023330 @default.
• W2930733009 cites W2169277573 @default.
• W2930733009 cites W2170418978 @default.
• W2930733009 cites W2171735484 @default.
• W2930733009 cites W2186197124 @default.
• W2930733009 cites W2187912448 @default.
• W2930733009 cites W2188082055 @default.
• W2930733009 cites W2207243468 @default.
• W2930733009 cites W2225351825 @default.
• W2930733009 cites W2270742914 @default.
• W2930733009 cites W2284094440 @default.
• W2930733009 cites W2298226091 @default.
• W2930733009 cites W2311428113 @default.
• W2930733009 cites W2312767976 @default.
• W2930733009 cites W2343821223 @default.
• W2930733009 cites W2401404581 @default.
• W2930733009 cites W2477152533 @default.
• W2930733009 cites W2525077777 @default.
• W2930733009 cites W2538428493 @default.
• W2930733009 cites W2564076916 @default.
• W2930733009 cites W2607720425 @default.
• W2930733009 cites W2617520563 @default.
• W2930733009 cites W2758758600 @default.
• W2930733009 cites W2883631392 @default.
• W2930733009 doi "https://doi.org/10.1016/j.algal.2019.101489" @default.
• W2930733009 hasPublicationYear "2019" @default.
• W2930733009 type Work @default.
• W2930733009 sameAs 2930733009 @default.
• W2930733009 citedByCount "53" @default.
• W2930733009 countsByYear W29307330092018 @default.
• W2930733009 countsByYear W29307330092019 @default.
• W2930733009 countsByYear W29307330092020 @default.
• W2930733009 countsByYear W29307330092021 @default.
• W2930733009 countsByYear W29307330092022 @default.
• W2930733009 countsByYear W29307330092023 @default.

• next