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• W3197226143 endingPage "132103" @default.
• W3197226143 startingPage "132103" @default.
• W3197226143 abstract "The study was planned to assess the acute toxicity of textile industry intermediate, 2 amino benzene sulfonate (2 ABS) through biochemical, genotoxic, histopathological and ultrastructural (SEM) analysis in liver and gills of fresh water fish Channa punctatus. The fish were subjected to two sublethal concentrations (2.83 mg/30 g b. w. and 5.66 mg/30 g b. w.) for 96 h. A significant (p ≤ 0.05) increment in the enzymatic activity of catalase (CAT), superoxide dismutase (SOD) and glutathione reductase (GR) was observed followed by decline on CAT-SOD after 96 h of exposure in both the tissues, whereas increment in malondialdehyde (MDA) levels were observed throughout the exposure period for both the concentrations. Comet assay also showed elevated tail length and % tail DNA throughout the exposure period, marking maximum damage after 96 h for both the tissues. Light microscopy divulged several anomalies including: infiltration of lymphocytes, sinusoidal dilations, necrosis, vacuolation in liver and secondary lamellae fusion, telangiectasia and epithelial uplifting in gills. The highest degree of tissue change (DTC) in liver (50.33 ± 0.88) and gill (42.33 ± 2.18) was recorded with the highest concentration after 96 h of exposure. Scanning electron microscopy (SEM) also reaffirmed several alterations in liver and gills of fish. The findings of the present study inflict changes in liver and gills, marking the interference of 2 ABS with the normal functioning by suppressing the enzymatic activity, accelerating the lipid peroxidation, enhancing DNA damage and by disrupting normal architecture of liver and gills, making it toxic towards the fish even at sub-lethal concentrations." @default.
• W3197226143 created "2021-09-13" @default.
• W3197226143 creator A5008782955 @default.
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• W3197226143 creator A5091826270 @default.
• W3197226143 date "2022-01-01" @default.
• W3197226143 modified "2023-10-13" @default.
• W3197226143 title "Biochemical, genotoxic, histological and ultrastructural effects on liver and gills of fresh water fish Channa punctatus exposed to textile industry intermediate 2 ABS" @default.
• W3197226143 cites W1233322417 @default.
• W3197226143 cites W1538399032 @default.
• W3197226143 cites W1545899030 @default.
• W3197226143 cites W1963901490 @default.
• W3197226143 cites W1968892259 @default.
• W3197226143 cites W1979727095 @default.
• W3197226143 cites W1983124806 @default.
• W3197226143 cites W1984218442 @default.
• W3197226143 cites W1987824668 @default.
• W3197226143 cites W1989532790 @default.
• W3197226143 cites W1989647405 @default.
• W3197226143 cites W1997256336 @default.
• W3197226143 cites W2001250463 @default.
• W3197226143 cites W2001422326 @default.
• W3197226143 cites W2003920329 @default.
• W3197226143 cites W2004421387 @default.
• W3197226143 cites W2009371233 @default.
• W3197226143 cites W2010819962 @default.
• W3197226143 cites W2017159744 @default.
• W3197226143 cites W2029185178 @default.
• W3197226143 cites W2040841239 @default.
• W3197226143 cites W2046129293 @default.
• W3197226143 cites W2048244792 @default.
• W3197226143 cites W2048738100 @default.
• W3197226143 cites W2049060014 @default.
• W3197226143 cites W2050411897 @default.
• W3197226143 cites W2052853635 @default.
• W3197226143 cites W2054303426 @default.
• W3197226143 cites W2054575095 @default.
• W3197226143 cites W2055331864 @default.
• W3197226143 cites W2055416267 @default.
• W3197226143 cites W2057221474 @default.
• W3197226143 cites W2063084254 @default.
• W3197226143 cites W2067243857 @default.
• W3197226143 cites W2068871825 @default.
• W3197226143 cites W2070765578 @default.
• W3197226143 cites W2072584194 @default.
• W3197226143 cites W2076205561 @default.
• W3197226143 cites W2077897788 @default.
• W3197226143 cites W2083828441 @default.
• W3197226143 cites W2092629964 @default.
• W3197226143 cites W2096494017 @default.
• W3197226143 cites W2096520757 @default.
• W3197226143 cites W2103613720 @default.
• W3197226143 cites W2113781955 @default.
• W3197226143 cites W2117326659 @default.
• W3197226143 cites W2118605417 @default.
• W3197226143 cites W2121469074 @default.
• W3197226143 cites W2128747055 @default.
• W3197226143 cites W2131388529 @default.
• W3197226143 cites W2135421310 @default.
• W3197226143 cites W2139008030 @default.
• W3197226143 cites W2145917041 @default.
• W3197226143 cites W2146911942 @default.
• W3197226143 cites W2161478515 @default.
• W3197226143 cites W2313924517 @default.
• W3197226143 cites W2464931243 @default.
• W3197226143 cites W2540895440 @default.
• W3197226143 cites W2566121730 @default.
• W3197226143 cites W2580713525 @default.
• W3197226143 cites W2583594489 @default.
• W3197226143 cites W2680462594 @default.
• W3197226143 cites W2770661189 @default.
• W3197226143 cites W2782112515 @default.
• W3197226143 cites W2798190793 @default.
• W3197226143 cites W2803303986 @default.
• W3197226143 cites W2803539560 @default.
• W3197226143 cites W2803714780 @default.
• W3197226143 cites W2913274128 @default.
• W3197226143 cites W2926930530 @default.
• W3197226143 cites W2942029211 @default.
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• W3197226143 doi "https://doi.org/10.1016/j.chemosphere.2021.132103" @default.
• W3197226143 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34488055" @default.
• W3197226143 hasPublicationYear "2022" @default.
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