Matches in SemOpenAlex for { <https://semopenalex.org/work/W4382201509> ?p ?o ?g. }
- W4382201509 endingPage "675" @default.
- W4382201509 startingPage "663" @default.
- W4382201509 abstract "Malachite green (MG) is a common synthetic dye that raises environmental concerns. This study reveals that MG has inhibitory effects on the biochemistry and physiology of Eichhornia crassipes. Effects of different concentrations of MG on ROS-scavenging enzymes, α-amylase, proline, chlorophyll pigments, and various photosynthetic parameters of E. crassipes were investigated. Chlorophyll fluorescence analysis coupled with the JIP test showed the inhibitory effects of MG on biochemistry and photosynthetic potential depended on concentration and time. Up to 2 days of MG exposure, α-amylase and proline were upregulated with increasing MG concentration. When exposure time and concentration increased, all the parameters initially increased, then sharply declined. Chlorophyll content decreased with exposure time and concentration. Due to the slowing down of electron transport on the donor side brought on by MG exposure, P680+ builds up. According to an analysis of E. crassipes PSII activity, exposure to MG raises the proportion of inactive PSII reaction centres and active PSII centres. After increasing the exposure period (2, 4, and 6 days) and MG concentration (50, 100, 150, and 200 mg L−1), it decreased the absorption efficiency electron transport potential, maximal quantum yield of primary photochemistry, and the quantum yield of electron transport. These modifications led to a decline in the entire photosynthesis performance. The current research suggests that MG has detrimental effects on plants; therefore, the need for stringent regulations to prevent the release of dye-containing effluents into aquatic environments." @default.
- W4382201509 created "2023-06-28" @default.
- W4382201509 creator A5032129789 @default.
- W4382201509 creator A5047253736 @default.
- W4382201509 creator A5047451289 @default.
- W4382201509 creator A5083456456 @default.
- W4382201509 date "2023-06-28" @default.
- W4382201509 modified "2023-10-16" @default.
- W4382201509 title "Effects of malachite green on biochemistry and photosystem II photochemistry of Eichhornia crassipes" @default.
- W4382201509 cites W1511255272 @default.
- W4382201509 cites W1544821866 @default.
- W4382201509 cites W174735941 @default.
- W4382201509 cites W1913786064 @default.
- W4382201509 cites W1970197291 @default.
- W4382201509 cites W1972191994 @default.
- W4382201509 cites W1972454458 @default.
- W4382201509 cites W1974907033 @default.
- W4382201509 cites W1975473360 @default.
- W4382201509 cites W1978353802 @default.
- W4382201509 cites W1978392322 @default.
- W4382201509 cites W1981314541 @default.
- W4382201509 cites W1982011124 @default.
- W4382201509 cites W1988609025 @default.
- W4382201509 cites W1988894272 @default.
- W4382201509 cites W1991523717 @default.
- W4382201509 cites W1997763720 @default.
- W4382201509 cites W2004421387 @default.
- W4382201509 cites W2008663801 @default.
- W4382201509 cites W2012106612 @default.
- W4382201509 cites W2015347167 @default.
- W4382201509 cites W2019961154 @default.
- W4382201509 cites W2022344715 @default.
- W4382201509 cites W2026535375 @default.
- W4382201509 cites W2028823348 @default.
- W4382201509 cites W2029788693 @default.
- W4382201509 cites W2030401841 @default.
- W4382201509 cites W2032078805 @default.
- W4382201509 cites W2035007027 @default.
- W4382201509 cites W2037838222 @default.
- W4382201509 cites W204374657 @default.
- W4382201509 cites W2044779669 @default.
- W4382201509 cites W2055018332 @default.
- W4382201509 cites W2071150478 @default.
- W4382201509 cites W2072525841 @default.
- W4382201509 cites W2074544694 @default.
- W4382201509 cites W2080506235 @default.
- W4382201509 cites W2081612482 @default.
- W4382201509 cites W2083206064 @default.
- W4382201509 cites W2091691174 @default.
- W4382201509 cites W2097787011 @default.
- W4382201509 cites W2101422765 @default.
- W4382201509 cites W2107561602 @default.
- W4382201509 cites W2113018073 @default.
- W4382201509 cites W2114821263 @default.
- W4382201509 cites W2133472055 @default.
- W4382201509 cites W2133755657 @default.
- W4382201509 cites W2141091805 @default.
- W4382201509 cites W2144490938 @default.
- W4382201509 cites W2158873517 @default.
- W4382201509 cites W2159203645 @default.
- W4382201509 cites W2208451345 @default.
- W4382201509 cites W2279350688 @default.
- W4382201509 cites W2338876753 @default.
- W4382201509 cites W2501883574 @default.
- W4382201509 cites W2508187342 @default.
- W4382201509 cites W2537787738 @default.
- W4382201509 cites W2561788208 @default.
- W4382201509 cites W27571800 @default.
- W4382201509 cites W2791020124 @default.
- W4382201509 cites W2809417209 @default.
- W4382201509 cites W2888248454 @default.
- W4382201509 cites W2905197337 @default.
- W4382201509 cites W2918766212 @default.
- W4382201509 cites W2946485383 @default.
- W4382201509 cites W2981182307 @default.
- W4382201509 cites W2992032686 @default.
- W4382201509 cites W3003797583 @default.
- W4382201509 cites W3092360651 @default.
- W4382201509 cites W3108202903 @default.
- W4382201509 cites W3110198657 @default.
- W4382201509 cites W3141869621 @default.
- W4382201509 cites W3159484924 @default.
- W4382201509 cites W3168691030 @default.
- W4382201509 cites W3205583121 @default.
- W4382201509 cites W39778907 @default.
- W4382201509 cites W4200544962 @default.
- W4382201509 cites W4212939351 @default.
- W4382201509 cites W4226416922 @default.
- W4382201509 cites W4306252845 @default.
- W4382201509 cites W4309681219 @default.
- W4382201509 cites W4323262525 @default.
- W4382201509 cites W4365446495 @default.
- W4382201509 doi "https://doi.org/10.1071/fp23094" @default.
- W4382201509 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37369350" @default.
- W4382201509 hasPublicationYear "2023" @default.
- W4382201509 type Work @default.
- W4382201509 citedByCount "0" @default.
- W4382201509 crossrefType "journal-article" @default.