FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2887060554> ?p ?o ?g. }

• W2887060554 endingPage "603" @default.
• W2887060554 startingPage "594" @default.
• W2887060554 abstract "Plant allelochemicals are considered as the source of effective, economic and friendly-environmental algaecides. To uncover the anti-algal activities of Cinnamomum camphora fresh leaves and their main algicidal agents, we investigated the inhibitory effects of water and methanol extracts from C. camphora fresh leaves on Microcystis aeruginosa and Chlamydomonas reinhardtii cell growth, analyzed the composition of the water and methanol extracts, and determined the main compounds in extracts on the growth of the two algae and their anti-algal mechanism from photosynthetic abilities. Water and methanol extracts from C. camphora fresh leaves can inhibit M. aeruginosa and C. reinhardtii cell growth, and methanol extracts showed stronger inhibitory effects, due to their more compounds and higher molar concentration. There were 23 compounds in the water extracts, mainly including terpenoids, esters, alcohols, and ketones. Compared to the water extracts, 9 new compounds were detected in the methanol extracts, and the molar concentration of total compounds in methanol extracts increased by 1.3 folds. Camphor, α-terpineol and linalool were 3 main compounds in the water and methanol extracts. Their mixture (1: 3: 6) and individual compound showed remarkable inhibition on M. aeruginosa and C. reinhardtii cell growth. The degradation of photosynthetic pigments and the reduction of maximum quantum yield of photosystem II (PSII) photochemistry, coefficient of photochemical quenching as well as apparent electron transport rate in C. reinhardtii cells aggravated gradually with increasing the concentration of the mixture and individual compound, while the non-photochemical dissipation of absorbed light energy increased gradually, which led to the decline of photosynthetic abilities. This indicated that camphor, α-terpineol and linalool were 3 main algicidal agents in C. camphora fresh leaf extracts, and they inhibited algal growth by inducing photosynthetic pigment degradation and declining PSII efficiency. Therefore, C. camphora fresh leaf extracts and their main components have potential utilization values as algaecides." @default.
• W2887060554 created "2018-08-22" @default.
• W2887060554 creator A5002170659 @default.
• W2887060554 creator A5003450330 @default.
• W2887060554 creator A5007703244 @default.
• W2887060554 creator A5015125117 @default.
• W2887060554 creator A5018191114 @default.
• W2887060554 creator A5036152797 @default.
• W2887060554 creator A5045152901 @default.
• W2887060554 creator A5048214166 @default.
• W2887060554 creator A5058888957 @default.
• W2887060554 creator A5067569521 @default.
• W2887060554 creator A5075399997 @default.
• W2887060554 creator A5081549462 @default.
• W2887060554 creator A5089156338 @default.
• W2887060554 date "2018-11-01" @default.
• W2887060554 modified "2023-10-17" @default.
• W2887060554 title "Algicidal properties of extracts from Cinnamomum camphora fresh leaves and their main compounds" @default.
• W2887060554 cites W1865577447 @default.
• W2887060554 cites W1967527915 @default.
• W2887060554 cites W1968479556 @default.
• W2887060554 cites W1968618632 @default.
• W2887060554 cites W1970405538 @default.
• W2887060554 cites W1970660576 @default.
• W2887060554 cites W1974772335 @default.
• W2887060554 cites W1977876214 @default.
• W2887060554 cites W1978671354 @default.
• W2887060554 cites W1981992705 @default.
• W2887060554 cites W1983741486 @default.
• W2887060554 cites W1983919727 @default.
• W2887060554 cites W1984453275 @default.
• W2887060554 cites W1988639894 @default.
• W2887060554 cites W1990872105 @default.
• W2887060554 cites W1992620549 @default.
• W2887060554 cites W1995097659 @default.
• W2887060554 cites W1996201045 @default.
• W2887060554 cites W1996283037 @default.
• W2887060554 cites W1997891117 @default.
• W2887060554 cites W2003645175 @default.
• W2887060554 cites W2005248585 @default.
• W2887060554 cites W2005953875 @default.
• W2887060554 cites W2015656183 @default.
• W2887060554 cites W2015722808 @default.
• W2887060554 cites W2015902432 @default.
• W2887060554 cites W2022053849 @default.
• W2887060554 cites W2026234425 @default.
• W2887060554 cites W2044999565 @default.
• W2887060554 cites W2046102609 @default.
• W2887060554 cites W2046626336 @default.
• W2887060554 cites W2048259679 @default.
• W2887060554 cites W2051388776 @default.
• W2887060554 cites W2053272876 @default.
• W2887060554 cites W2055263202 @default.
• W2887060554 cites W2062471044 @default.
• W2887060554 cites W2078236155 @default.
• W2887060554 cites W2091853380 @default.
• W2887060554 cites W2132527497 @default.
• W2887060554 cites W2139948225 @default.
• W2887060554 cites W2151153948 @default.
• W2887060554 cites W2159982516 @default.
• W2887060554 cites W2163312123 @default.
• W2887060554 cites W2170405598 @default.
• W2887060554 cites W2228825367 @default.
• W2887060554 cites W2256328141 @default.
• W2887060554 cites W2308715949 @default.
• W2887060554 cites W2507404150 @default.
• W2887060554 cites W2530052883 @default.
• W2887060554 cites W2554898787 @default.
• W2887060554 cites W2587646020 @default.
• W2887060554 cites W2588980153 @default.
• W2887060554 cites W2595009327 @default.
• W2887060554 cites W2610708231 @default.
• W2887060554 cites W2734346821 @default.
• W2887060554 cites W2745480232 @default.
• W2887060554 cites W2769678238 @default.
• W2887060554 cites W2770044847 @default.
• W2887060554 cites W2778936408 @default.
• W2887060554 cites W2801435881 @default.
• W2887060554 cites W2807163282 @default.
• W2887060554 cites W580524651 @default.
• W2887060554 cites W944846307 @default.
• W2887060554 doi "https://doi.org/10.1016/j.ecoenv.2018.07.115" @default.
• W2887060554 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30077157" @default.
• W2887060554 hasPublicationYear "2018" @default.
• W2887060554 type Work @default.
• W2887060554 sameAs 2887060554 @default.
• W2887060554 citedByCount "43" @default.
• W2887060554 countsByYear W28870605542018 @default.
• W2887060554 countsByYear W28870605542019 @default.
• W2887060554 countsByYear W28870605542020 @default.
• W2887060554 countsByYear W28870605542021 @default.
• W2887060554 countsByYear W28870605542022 @default.
• W2887060554 countsByYear W28870605542023 @default.
• W2887060554 crossrefType "journal-article" @default.
• W2887060554 hasAuthorship W2887060554A5002170659 @default.
• W2887060554 hasAuthorship W2887060554A5003450330 @default.
• W2887060554 hasAuthorship W2887060554A5007703244 @default.
• W2887060554 hasAuthorship W2887060554A5015125117 @default.

• next