Matches in SemOpenAlex for { <https://semopenalex.org/work/W3033236481> ?p ?o ?g. }
- W3033236481 endingPage "13577" @default.
- W3033236481 startingPage "13566" @default.
- W3033236481 abstract "Black mustard (Brassica nigra) was grown in pots amended with 41 nm ZnO (200-600 mg/kg soil) and 47 nm CuO (12.5-50 mg/kg soil) nanoparticles (NPs) to analyze growth response and yield characteristics. B. nigra seed germination was not affected by CuO NPs, but significant toxicity was observed by ZnO NP treatment. Both NPs significantly increased the growth profile of B. nigra, i.e., the stem height, number of leaves, average leaf area, number of branches, and number of nodes per plant. Application of ZnO and CuO NPs brought a significant dose-dependent decrease in primary root length; however, the number of secondary roots increased in the presence of CuO NPs. The average number of flowers and pods per plant significantly increased in the presence of CuO NPs. The seed yield, average seed weight per plant, and seed diameter parameters were observed to be better in the presence of CuO NPs as compared with ZnO NPs. Total protein contents and glucosinolates increased in the seeds grown in the NP-amended soil, while total oil contents decreased. Oil analysis depicted that oleic acid and linolenic acid percentage decreased while erucic acid percentage increased in seeds in the presence of both NPs in the soil. An atomic absorption spectrophotometer showed accumulation of Cu and Zn in B. nigra in the following order: root > stem > leaves > seeds. The study concludes that CuO and ZnO NPs have detrimental effect on the B. nigra plant and yield. The release of NPs and type of metal in NPs might also have a positive effect on the plant; however, their concentration in the soil also matters." @default.
- W3033236481 created "2020-06-12" @default.
- W3033236481 creator A5001785533 @default.
- W3033236481 creator A5014116344 @default.
- W3033236481 creator A5038126505 @default.
- W3033236481 creator A5040039598 @default.
- W3033236481 creator A5067002685 @default.
- W3033236481 creator A5081140948 @default.
- W3033236481 date "2020-06-04" @default.
- W3033236481 modified "2023-09-26" @default.
- W3033236481 title "CuO and ZnO Nanoparticle Application in Synthetic Soil Modulates Morphology, Nutritional Contents, and Metal Analysis of <i>Brassica nigra</i>" @default.
- W3033236481 cites W1557189087 @default.
- W3033236481 cites W1841358194 @default.
- W3033236481 cites W185406595 @default.
- W3033236481 cites W1866875042 @default.
- W3033236481 cites W1957271668 @default.
- W3033236481 cites W1965280329 @default.
- W3033236481 cites W1967639854 @default.
- W3033236481 cites W1971508598 @default.
- W3033236481 cites W1972297071 @default.
- W3033236481 cites W1975330023 @default.
- W3033236481 cites W1976689733 @default.
- W3033236481 cites W1982935871 @default.
- W3033236481 cites W1986245667 @default.
- W3033236481 cites W1993259223 @default.
- W3033236481 cites W1995704916 @default.
- W3033236481 cites W2015425970 @default.
- W3033236481 cites W2015996470 @default.
- W3033236481 cites W2017160968 @default.
- W3033236481 cites W2018535902 @default.
- W3033236481 cites W2018536047 @default.
- W3033236481 cites W2018706609 @default.
- W3033236481 cites W2019579767 @default.
- W3033236481 cites W2026925331 @default.
- W3033236481 cites W2029795722 @default.
- W3033236481 cites W2035502359 @default.
- W3033236481 cites W2042463744 @default.
- W3033236481 cites W2047114829 @default.
- W3033236481 cites W2049395218 @default.
- W3033236481 cites W2056349996 @default.
- W3033236481 cites W2058372592 @default.
- W3033236481 cites W2058936363 @default.
- W3033236481 cites W2063941920 @default.
- W3033236481 cites W2063945836 @default.
- W3033236481 cites W2071121756 @default.
- W3033236481 cites W2072574399 @default.
- W3033236481 cites W2079267875 @default.
- W3033236481 cites W2083404959 @default.
- W3033236481 cites W2098772551 @default.
- W3033236481 cites W2101141988 @default.
- W3033236481 cites W2103857145 @default.
- W3033236481 cites W2109484941 @default.
- W3033236481 cites W2125295346 @default.
- W3033236481 cites W2143401298 @default.
- W3033236481 cites W2150269496 @default.
- W3033236481 cites W2152399911 @default.
- W3033236481 cites W2164026314 @default.
- W3033236481 cites W2315067477 @default.
- W3033236481 cites W2328837234 @default.
- W3033236481 cites W2337563599 @default.
- W3033236481 cites W2339391640 @default.
- W3033236481 cites W2507701525 @default.
- W3033236481 cites W2515070706 @default.
- W3033236481 cites W2561441531 @default.
- W3033236481 cites W2583378240 @default.
- W3033236481 cites W2596469949 @default.
- W3033236481 cites W2602469651 @default.
- W3033236481 cites W2606804815 @default.
- W3033236481 cites W2607559132 @default.
- W3033236481 cites W2611230489 @default.
- W3033236481 cites W2618001531 @default.
- W3033236481 cites W2754920617 @default.
- W3033236481 cites W2762470639 @default.
- W3033236481 cites W2766326277 @default.
- W3033236481 cites W2767686006 @default.
- W3033236481 cites W2776629405 @default.
- W3033236481 cites W2808355013 @default.
- W3033236481 cites W2887305323 @default.
- W3033236481 cites W2888304166 @default.
- W3033236481 cites W2890234472 @default.
- W3033236481 cites W2898280305 @default.
- W3033236481 cites W2912156373 @default.
- W3033236481 cites W2913870948 @default.
- W3033236481 cites W2979676872 @default.
- W3033236481 cites W2983759209 @default.
- W3033236481 doi "https://doi.org/10.1021/acsomega.0c00030" @default.
- W3033236481 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7301370" @default.
- W3033236481 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32566821" @default.
- W3033236481 hasPublicationYear "2020" @default.
- W3033236481 type Work @default.
- W3033236481 sameAs 3033236481 @default.
- W3033236481 citedByCount "14" @default.
- W3033236481 countsByYear W30332364812021 @default.
- W3033236481 countsByYear W30332364812022 @default.
- W3033236481 countsByYear W30332364812023 @default.
- W3033236481 crossrefType "journal-article" @default.
- W3033236481 hasAuthorship W3033236481A5001785533 @default.
- W3033236481 hasAuthorship W3033236481A5014116344 @default.