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- W3186408980 startingPage "1698" @default.
- W3186408980 abstract "Plant volatiles play a major role in plant–insect interactions as defense compounds or attractants for insect herbivores. Recent studies have shown that endophytic fungi are also able to produce volatiles and this raises the question of whether these fungal volatiles influence plant–insect interactions. Here, we qualitatively investigated the volatiles released from 13 endophytic fungal species isolated from leaves of mature black poplar ( Populus nigra ) trees. The volatile blends of these endophytes grown on agar medium consist of typical fungal compounds, including aliphatic alcohols, ketones and esters, the aromatic alcohol 2-phenylethanol and various sesquiterpenes. Some of the compounds were previously reported as constituents of the poplar volatile blend . For one endophyte, a species of Cladosporium , we isolated and characterized two sesquiterpene synthases that can produce a number of mono- and sesquiterpenes like ( E )-β-ocimene and ( E )-β-caryophyllene, compounds that are dominant components of the herbivore-induced volatile bouquet of black poplar trees. As several of the fungus-derived volatiles like 2-phenylethanol, 3-methyl-1-butanol and the sesquiterpene ( E )-β-caryophyllene, are known to play a role in direct and indirect plant defense, the emission of volatiles from endophytic microbial species should be considered in future studies investigating tree-insect interactions." @default.
- W3186408980 created "2021-08-02" @default.
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- W3186408980 date "2021-07-22" @default.
- W3186408980 modified "2023-10-11" @default.
- W3186408980 title "Volatile emission and biosynthesis in endophytic fungi colonizing black poplar leaves" @default.
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- W3186408980 cites W1763170109 @default.
- W3186408980 cites W1970663571 @default.
- W3186408980 cites W1979163689 @default.
- W3186408980 cites W1981490270 @default.
- W3186408980 cites W1984078472 @default.
- W3186408980 cites W1987927621 @default.
- W3186408980 cites W1987950588 @default.
- W3186408980 cites W1989243951 @default.
- W3186408980 cites W1992446742 @default.
- W3186408980 cites W1994525974 @default.
- W3186408980 cites W1999637729 @default.
- W3186408980 cites W2002293785 @default.
- W3186408980 cites W2003203513 @default.
- W3186408980 cites W2012740596 @default.
- W3186408980 cites W2018918627 @default.
- W3186408980 cites W2019159946 @default.
- W3186408980 cites W2023962993 @default.
- W3186408980 cites W2026490476 @default.
- W3186408980 cites W2027428225 @default.
- W3186408980 cites W2028533801 @default.
- W3186408980 cites W2031223490 @default.
- W3186408980 cites W2039278380 @default.
- W3186408980 cites W2046426068 @default.
- W3186408980 cites W2047799033 @default.
- W3186408980 cites W2047848336 @default.
- W3186408980 cites W2050305618 @default.
- W3186408980 cites W2057737280 @default.
- W3186408980 cites W2066296804 @default.
- W3186408980 cites W2066373811 @default.
- W3186408980 cites W2066992174 @default.
- W3186408980 cites W2068047944 @default.
- W3186408980 cites W2068879065 @default.
- W3186408980 cites W2071087800 @default.
- W3186408980 cites W2073677663 @default.
- W3186408980 cites W207623927 @default.
- W3186408980 cites W2081842083 @default.
- W3186408980 cites W2084826641 @default.
- W3186408980 cites W2085685120 @default.
- W3186408980 cites W2089501640 @default.
- W3186408980 cites W2091353296 @default.
- W3186408980 cites W2092676577 @default.
- W3186408980 cites W2107229549 @default.
- W3186408980 cites W2108859505 @default.
- W3186408980 cites W2115873176 @default.
- W3186408980 cites W2116296908 @default.
- W3186408980 cites W2120644786 @default.
- W3186408980 cites W2123697951 @default.
- W3186408980 cites W2128880918 @default.
- W3186408980 cites W2130889389 @default.
- W3186408980 cites W2132632499 @default.
- W3186408980 cites W2134982440 @default.
- W3186408980 cites W2136485306 @default.
- W3186408980 cites W2143606014 @default.
- W3186408980 cites W2146832185 @default.
- W3186408980 cites W2147757591 @default.
- W3186408980 cites W2148091462 @default.
- W3186408980 cites W2149430024 @default.
- W3186408980 cites W2150639688 @default.
- W3186408980 cites W2152447906 @default.
- W3186408980 cites W2167081133 @default.
- W3186408980 cites W2170029812 @default.
- W3186408980 cites W2282010923 @default.
- W3186408980 cites W2345388942 @default.
- W3186408980 cites W2373030579 @default.
- W3186408980 cites W2409192544 @default.
- W3186408980 cites W2410643898 @default.
- W3186408980 cites W2586733513 @default.
- W3186408980 cites W2606103257 @default.
- W3186408980 cites W2793765745 @default.
- W3186408980 cites W2805600481 @default.
- W3186408980 cites W2915548729 @default.
- W3186408980 cites W2922190676 @default.
- W3186408980 cites W2942132535 @default.
- W3186408980 cites W2945188084 @default.
- W3186408980 cites W2949230394 @default.
- W3186408980 cites W2997050127 @default.
- W3186408980 cites W3004343541 @default.
- W3186408980 cites W3032432873 @default.
- W3186408980 cites W3097145107 @default.
- W3186408980 cites W4243305606 @default.
- W3186408980 cites W4243601081 @default.
- W3186408980 cites W771406311 @default.
- W3186408980 doi "https://doi.org/10.3762/bjoc.17.118" @default.
- W3186408980 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/8313976" @default.