FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3020833185> ?p ?o ?g. }

• W3020833185 abstract "Abstract Background Monochamus alternatus Hope is one of the insect vectors of pinewood nematode ( Bursaphelenchus xylophilus ), which causes the destructive pine wilt disease. The microorganisms within the ecosystem, comprising plants, their environment, and insect vectors, form complex networks. This study presents a systematic analysis of the bacterial microbiota in the M. alternatus midgut and its habitat niche. Methods Total DNA was extracted from 20 types of samples (with three replicates each) from M. alternatus and various tissues of healthy and infected P. massoniana (pines). 16S rDNA amplicon sequencing was conducted to determine the composition and diversity of the bacterial microbiota in each sample. Moreover, the relative abundances of bacteria in the midgut of M. alternatus larvae were verified by counting the colony-forming units. Results Pinewood nematode infection increased the microbial diversity in pines. Bradyrhizobium , Burkholderia , Dyella , Mycobacterium , and Mucilaginibacter were the dominant bacterial genera in the soil and infected pines. These results indicate that the bacterial community in infected pines may be associated with the soil microbiota. Interestingly, the abundance of the genus Gryllotalpicola was highest in the bark of infected pines. The genus Cellulomonas was not found in the midgut of M. alternatus , but it peaked in the phloem of infected pines, followed by the phloem of heathy pines. Moreover, the genus Serratia was not only present in the habitat niche, but it was also enriched in the M. alternatus midgut. The colony-forming unit assays showed that the relative abundance of Serratia sp. peaked in the midgut of instar II larvae (81%). Conclusions Overall, the results indicate that the bacterial microbiota in the soil and in infected pines are correlated. The Gryllotalpicola sp. and Cellulomonas sp. are potential microbial markers of pine wilt disease. Additionally, Serratia sp. could be an ideal agent for expressing insecticidal protein in the insect midgut by genetic engineering, which represents a new use of microbes to control M. alternatus ." @default.
• W3020833185 created "2020-05-13" @default.
• W3020833185 creator A5004483141 @default.
• W3020833185 creator A5006778782 @default.
• W3020833185 creator A5016168798 @default.
• W3020833185 creator A5023910888 @default.
• W3020833185 creator A5027076445 @default.
• W3020833185 creator A5027268234 @default.
• W3020833185 creator A5053947067 @default.
• W3020833185 creator A5054506013 @default.
• W3020833185 creator A5061925115 @default.
• W3020833185 creator A5066198225 @default.
• W3020833185 creator A5071880548 @default.
• W3020833185 creator A5083531807 @default.
• W3020833185 date "2020-05-01" @default.
• W3020833185 modified "2023-10-10" @default.
• W3020833185 title "Characterization of bacterial communities associated with the pinewood nematode insect vector Monochamus alternatus Hope and the host tree Pinus massoniana" @default.
• W3020833185 cites W117317540 @default.
• W3020833185 cites W1554203268 @default.
• W3020833185 cites W1966838021 @default.
• W3020833185 cites W1976254070 @default.
• W3020833185 cites W1982002361 @default.
• W3020833185 cites W1985451457 @default.
• W3020833185 cites W1986162670 @default.
• W3020833185 cites W1986824695 @default.
• W3020833185 cites W1999953629 @default.
• W3020833185 cites W2012395489 @default.
• W3020833185 cites W2023303268 @default.
• W3020833185 cites W2027382639 @default.
• W3020833185 cites W2039411469 @default.
• W3020833185 cites W2039485752 @default.
• W3020833185 cites W2056248549 @default.
• W3020833185 cites W2061005800 @default.
• W3020833185 cites W2062500420 @default.
• W3020833185 cites W2069881741 @default.
• W3020833185 cites W2072970694 @default.
• W3020833185 cites W2073885756 @default.
• W3020833185 cites W2075454205 @default.
• W3020833185 cites W2078574091 @default.
• W3020833185 cites W2078614084 @default.
• W3020833185 cites W2087365385 @default.
• W3020833185 cites W2088833470 @default.
• W3020833185 cites W2093927435 @default.
• W3020833185 cites W2094460752 @default.
• W3020833185 cites W2102903944 @default.
• W3020833185 cites W2106180697 @default.
• W3020833185 cites W2106928585 @default.
• W3020833185 cites W2107594154 @default.
• W3020833185 cites W2107847732 @default.
• W3020833185 cites W2110167336 @default.
• W3020833185 cites W2113398812 @default.
• W3020833185 cites W2117591794 @default.
• W3020833185 cites W2124869510 @default.
• W3020833185 cites W2126660927 @default.
• W3020833185 cites W2132548846 @default.
• W3020833185 cites W2133856765 @default.
• W3020833185 cites W2136354460 @default.
• W3020833185 cites W2139774691 @default.
• W3020833185 cites W2142592075 @default.
• W3020833185 cites W2148699022 @default.
• W3020833185 cites W2154706216 @default.
• W3020833185 cites W2157894255 @default.
• W3020833185 cites W2159869703 @default.
• W3020833185 cites W2163931041 @default.
• W3020833185 cites W2165955930 @default.
• W3020833185 cites W2169267564 @default.
• W3020833185 cites W2171314806 @default.
• W3020833185 cites W2173928087 @default.
• W3020833185 cites W2210397011 @default.
• W3020833185 cites W2331776275 @default.
• W3020833185 cites W2347009465 @default.
• W3020833185 cites W2465756492 @default.
• W3020833185 cites W2480415739 @default.
• W3020833185 cites W2511855827 @default.
• W3020833185 cites W2519703394 @default.
• W3020833185 cites W2545276650 @default.
• W3020833185 cites W2562458019 @default.
• W3020833185 cites W2610236801 @default.
• W3020833185 cites W2658234073 @default.
• W3020833185 cites W2758927599 @default.
• W3020833185 cites W2769598207 @default.
• W3020833185 cites W2802672223 @default.
• W3020833185 cites W2805050592 @default.
• W3020833185 cites W2922883242 @default.
• W3020833185 cites W2951523780 @default.
• W3020833185 cites W4241937656 @default.
• W3020833185 doi "https://doi.org/10.1186/s12864-020-6718-6" @default.
• W3020833185 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7195709" @default.
• W3020833185 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32357836" @default.
• W3020833185 hasPublicationYear "2020" @default.
• W3020833185 type Work @default.
• W3020833185 sameAs 3020833185 @default.
• W3020833185 citedByCount "19" @default.
• W3020833185 countsByYear W30208331852020 @default.
• W3020833185 countsByYear W30208331852021 @default.
• W3020833185 countsByYear W30208331852022 @default.
• W3020833185 countsByYear W30208331852023 @default.
• W3020833185 crossrefType "journal-article" @default.
• W3020833185 hasAuthorship W3020833185A5004483141 @default.
• W3020833185 hasAuthorship W3020833185A5006778782 @default.

• next