FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3211667958> ?p ?o ?g. }

• W3211667958 abstract "Endophytic bacteria play potentially important roles in the processes of plant adaptation to the environment. Understanding the composition and dynamics of endophytic bacterial communities under heavy metal (HM) stress can reveal their impacts on host development and stress tolerance. In this study, we investigated root endophytic bacterial communities of different rice cultivars grown in a cadmium (Cd)-contaminated paddy field. These rice cultivars are classified into low (RBQ, 728B, and NX1B) and high (BB and S95B) levels of Cd-accumulating capacity. Our metagenomic analysis targeting 16S rRNA gene sequence data reveals that Proteobacteria, Firmicutes, Actinobacteria, Acidobacteria, Bacteroidetes, and Spirochaetes are predominant root endophytic bacterial phyla of the five rice cultivars that we studied. Principal coordinate analysis shows that the developmental stage of rice governs a larger source of variation in the bacterial communities compared to that of any specific rice cultivar or of the root Cd content. Endophytic bacterial communities during the reproductive stage of rice form a more highly interconnected network and exhibit higher operational taxonomic unit numbers, diversities, and abundance than those during the vegetative stage. Forty-five genera are significantly correlated with Cd content in rice root, notably including positive-correlating Geobacter and Haliangium; and negative-correlating Pseudomonas and Streptacidiphilus. Furthermore, Phylogenetic Investigation of Communities by Reconstruction of Unobserved States analysis shows that functional pathways, such as biosynthesis of siderophore and type II polyketide products, are significantly enhanced during the reproductive stage compared to those during the vegetative stage under Cd stress. The isolated endophytic bacteria from the Cd-contaminated rice roots display high Cd resistance and multiple traits that may promote plant growth, suggesting their potential application in alleviating HM stress on plants. This study describes in detail for the first time the assemblage of the bacterial endophytomes of rice roots under Cd stress and may provide insights into the interactions among endophytes, plants, and HM contamination." @default.
• W3211667958 created "2021-11-22" @default.
• W3211667958 creator A5010599027 @default.
• W3211667958 creator A5023250695 @default.
• W3211667958 creator A5053454269 @default.
• W3211667958 creator A5058052071 @default.
• W3211667958 creator A5072469527 @default.
• W3211667958 creator A5077114895 @default.
• W3211667958 creator A5089966579 @default.
• W3211667958 creator A5091621938 @default.
• W3211667958 date "2021-11-16" @default.
• W3211667958 modified "2023-10-17" @default.
• W3211667958 title "Unveiling Endophytic Bacterial Community Structures of Different Rice Cultivars Grown in a Cadmium-Contaminated Paddy Field" @default.
• W3211667958 cites W118419743 @default.
• W3211667958 cites W1973656473 @default.
• W3211667958 cites W1979973356 @default.
• W3211667958 cites W1996723297 @default.
• W3211667958 cites W2000887216 @default.
• W3211667958 cites W2002714080 @default.
• W3211667958 cites W2013740990 @default.
• W3211667958 cites W2026822702 @default.
• W3211667958 cites W2038683125 @default.
• W3211667958 cites W2053422537 @default.
• W3211667958 cites W2054600557 @default.
• W3211667958 cites W2055424972 @default.
• W3211667958 cites W2057394932 @default.
• W3211667958 cites W2068348423 @default.
• W3211667958 cites W2074322660 @default.
• W3211667958 cites W2075435443 @default.
• W3211667958 cites W2091588254 @default.
• W3211667958 cites W2094895895 @default.
• W3211667958 cites W2105468384 @default.
• W3211667958 cites W2111683082 @default.
• W3211667958 cites W2113288556 @default.
• W3211667958 cites W2125337277 @default.
• W3211667958 cites W2125910575 @default.
• W3211667958 cites W2154401636 @default.
• W3211667958 cites W2157107905 @default.
• W3211667958 cites W2158614231 @default.
• W3211667958 cites W2162393436 @default.
• W3211667958 cites W2170024099 @default.
• W3211667958 cites W2170904039 @default.
• W3211667958 cites W2172598864 @default.
• W3211667958 cites W2174530374 @default.
• W3211667958 cites W2299910792 @default.
• W3211667958 cites W2345465879 @default.
• W3211667958 cites W2350514175 @default.
• W3211667958 cites W2419167692 @default.
• W3211667958 cites W2461820405 @default.
• W3211667958 cites W2465771399 @default.
• W3211667958 cites W2493857283 @default.
• W3211667958 cites W2562886402 @default.
• W3211667958 cites W2581776332 @default.
• W3211667958 cites W2596895947 @default.
• W3211667958 cites W2605286345 @default.
• W3211667958 cites W2611408476 @default.
• W3211667958 cites W2755353116 @default.
• W3211667958 cites W2755896185 @default.
• W3211667958 cites W2781732684 @default.
• W3211667958 cites W2787195887 @default.
• W3211667958 cites W2788027405 @default.
• W3211667958 cites W2788716679 @default.
• W3211667958 cites W2791114667 @default.
• W3211667958 cites W2794424434 @default.
• W3211667958 cites W2794997506 @default.
• W3211667958 cites W2804732977 @default.
• W3211667958 cites W2883357049 @default.
• W3211667958 cites W2889110376 @default.
• W3211667958 cites W2895951268 @default.
• W3211667958 cites W2899232248 @default.
• W3211667958 cites W2914322486 @default.
• W3211667958 cites W2923190246 @default.
• W3211667958 cites W2924067847 @default.
• W3211667958 cites W2947726500 @default.
• W3211667958 cites W2954185755 @default.
• W3211667958 cites W2969251709 @default.
• W3211667958 cites W2972687845 @default.
• W3211667958 cites W2980717546 @default.
• W3211667958 cites W2996192187 @default.
• W3211667958 cites W2996765029 @default.
• W3211667958 cites W3002309842 @default.
• W3211667958 cites W3016857215 @default.
• W3211667958 cites W3020833979 @default.
• W3211667958 cites W3024376490 @default.
• W3211667958 cites W3036319615 @default.
• W3211667958 cites W3082282741 @default.
• W3211667958 cites W3126773706 @default.
• W3211667958 cites W49054368 @default.
• W3211667958 doi "https://doi.org/10.3389/fmicb.2021.756327" @default.
• W3211667958 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34867879" @default.
• W3211667958 hasPublicationYear "2021" @default.
• W3211667958 type Work @default.
• W3211667958 sameAs 3211667958 @default.
• W3211667958 citedByCount "8" @default.
• W3211667958 countsByYear W32116679582023 @default.
• W3211667958 crossrefType "journal-article" @default.
• W3211667958 hasAuthorship W3211667958A5010599027 @default.
• W3211667958 hasAuthorship W3211667958A5023250695 @default.
• W3211667958 hasAuthorship W3211667958A5053454269 @default.
• W3211667958 hasAuthorship W3211667958A5058052071 @default.

• next