Matches in SemOpenAlex for { <https://semopenalex.org/work/W3210368711> ?p ?o ?g. }
- W3210368711 endingPage "104259" @default.
- W3210368711 startingPage "104259" @default.
- W3210368711 abstract "The presence of a significant amount of toxic metal in seafood has raised human health concerns worldwide. This study investigates the effect of heat processing/cooking methods (boiling, frying, grilling, and microwave cooking) on toxic metals concentration in farmed shrimp and estimates its potential human health risks. Pacific white leg shrimps (Penaeus vannamei) farmed along the Gulf of Mannar region were used to evaluate the toxic metal uptake by consuming raw and cooked shrimps. Toxic heavy metals such as Cd, Hg, and Pb were found below the maximum residual limit (MRL) of 0.5 mg/kg set by the European Union. The concentration of Cu, Zn, and As were below the MRLs of 30 mg/kg, 100 mg/kg, and 76 mg/kg set by the World Health Organization and Food Safety and Standard Authority of India, respectively. The target hazard quotient (THQ) for individual metals and total THQ (TTHQ) for combined metals were <1, indicating no health risk for shrimp consumers. The lifetime cancer risk (LCR) for toxic heavy metals (Cr, Ni, As, Sr, Cd, and Pb) were found between the recommended level of 10−6 to 10-4, indicating no carcinogenic health consequences. With the estimated maximum allowable consumption rates (CRmm), an adult can safely consume >30 raw or cooked shrimp meals/month with no adverse health consequences. Therefore, culinary processes such as boiling and grilling are recommended as suitable methods to reduce toxic metals risk. However, it is recommended to monitor their concentration before and after cooking shrimps collected worldwide and ensure they are within the regulatory limits." @default.
- W3210368711 created "2021-11-08" @default.
- W3210368711 creator A5008143766 @default.
- W3210368711 creator A5014987299 @default.
- W3210368711 creator A5022722936 @default.
- W3210368711 creator A5026709871 @default.
- W3210368711 creator A5053519354 @default.
- W3210368711 creator A5062626618 @default.
- W3210368711 creator A5067349306 @default.
- W3210368711 creator A5068173260 @default.
- W3210368711 date "2022-01-01" @default.
- W3210368711 modified "2023-09-25" @default.
- W3210368711 title "Effect of different thermal processing methods on potentially toxic metals in the seafood, Penaeus vannamei, and the related human health risk assessment" @default.
- W3210368711 cites W1515964281 @default.
- W3210368711 cites W1963647363 @default.
- W3210368711 cites W1969705958 @default.
- W3210368711 cites W1973749899 @default.
- W3210368711 cites W1982499922 @default.
- W3210368711 cites W1988703918 @default.
- W3210368711 cites W1995190367 @default.
- W3210368711 cites W1998135941 @default.
- W3210368711 cites W2003215492 @default.
- W3210368711 cites W2007585169 @default.
- W3210368711 cites W2007819170 @default.
- W3210368711 cites W2010726099 @default.
- W3210368711 cites W2022899253 @default.
- W3210368711 cites W2032905879 @default.
- W3210368711 cites W2034394828 @default.
- W3210368711 cites W2052751814 @default.
- W3210368711 cites W2055389378 @default.
- W3210368711 cites W2057119453 @default.
- W3210368711 cites W2059021271 @default.
- W3210368711 cites W2060349590 @default.
- W3210368711 cites W2061781076 @default.
- W3210368711 cites W2062194382 @default.
- W3210368711 cites W2063865482 @default.
- W3210368711 cites W2070056381 @default.
- W3210368711 cites W2082894912 @default.
- W3210368711 cites W2088322961 @default.
- W3210368711 cites W2089201890 @default.
- W3210368711 cites W2108094952 @default.
- W3210368711 cites W2141540265 @default.
- W3210368711 cites W2158464736 @default.
- W3210368711 cites W2159113051 @default.
- W3210368711 cites W2168897008 @default.
- W3210368711 cites W2224807082 @default.
- W3210368711 cites W2294583383 @default.
- W3210368711 cites W2522613086 @default.
- W3210368711 cites W2565475671 @default.
- W3210368711 cites W2582235413 @default.
- W3210368711 cites W2587480693 @default.
- W3210368711 cites W2613763204 @default.
- W3210368711 cites W2614057798 @default.
- W3210368711 cites W2623552299 @default.
- W3210368711 cites W2735709905 @default.
- W3210368711 cites W2769345410 @default.
- W3210368711 cites W2799688243 @default.
- W3210368711 cites W2887597573 @default.
- W3210368711 cites W2887666365 @default.
- W3210368711 cites W2901450309 @default.
- W3210368711 cites W2904243679 @default.
- W3210368711 cites W2906146250 @default.
- W3210368711 cites W2922978927 @default.
- W3210368711 cites W2925207564 @default.
- W3210368711 cites W2953950739 @default.
- W3210368711 cites W2954376224 @default.
- W3210368711 cites W2969301590 @default.
- W3210368711 cites W2990585232 @default.
- W3210368711 cites W2995859240 @default.
- W3210368711 cites W3006901618 @default.
- W3210368711 cites W3009068349 @default.
- W3210368711 cites W3011365260 @default.
- W3210368711 cites W3012048614 @default.
- W3210368711 cites W3017569608 @default.
- W3210368711 cites W3022874808 @default.
- W3210368711 cites W3043795752 @default.
- W3210368711 cites W3045180135 @default.
- W3210368711 cites W3045926280 @default.
- W3210368711 cites W3048398338 @default.
- W3210368711 cites W3125552343 @default.
- W3210368711 cites W3137401225 @default.
- W3210368711 cites W3170075015 @default.
- W3210368711 doi "https://doi.org/10.1016/j.jfca.2021.104259" @default.
- W3210368711 hasPublicationYear "2022" @default.
- W3210368711 type Work @default.
- W3210368711 sameAs 3210368711 @default.
- W3210368711 citedByCount "13" @default.
- W3210368711 countsByYear W32103687112022 @default.
- W3210368711 countsByYear W32103687112023 @default.
- W3210368711 crossrefType "journal-article" @default.
- W3210368711 hasAuthorship W3210368711A5008143766 @default.
- W3210368711 hasAuthorship W3210368711A5014987299 @default.
- W3210368711 hasAuthorship W3210368711A5022722936 @default.
- W3210368711 hasAuthorship W3210368711A5026709871 @default.
- W3210368711 hasAuthorship W3210368711A5053519354 @default.
- W3210368711 hasAuthorship W3210368711A5062626618 @default.
- W3210368711 hasAuthorship W3210368711A5067349306 @default.
- W3210368711 hasAuthorship W3210368711A5068173260 @default.