2023
DOI: 10.1016/j.foodchem.2023.136163
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Total Hg levels distribution in fish and fish products and their relationships with fish types, weights, and protein and lipid contents: A multivariate analysis

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Cited by 4 publications
(3 citation statements)
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“…When the total Hg distribution in whole fresh fish samples, fish average weight, lipids, protein and moisture content was observed, the total variance covered by the first two PCs was 84.4%. The PCA results revealed that: (a) Hg contamination levels are determined by protein-lipids content; (b) a high lipids content gave lower Hg levels; (c) high Hg levels in fish with a high lipids content corresponded to the polluted environment; (d) EWI was correlated to Hg concentration, except in the case of a low Hg concentration [40].…”
Section: Classification Techniques In Foodsmentioning
confidence: 98%
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“…When the total Hg distribution in whole fresh fish samples, fish average weight, lipids, protein and moisture content was observed, the total variance covered by the first two PCs was 84.4%. The PCA results revealed that: (a) Hg contamination levels are determined by protein-lipids content; (b) a high lipids content gave lower Hg levels; (c) high Hg levels in fish with a high lipids content corresponded to the polluted environment; (d) EWI was correlated to Hg concentration, except in the case of a low Hg concentration [40].…”
Section: Classification Techniques In Foodsmentioning
confidence: 98%
“…The total mercury level distribution in fish and fish products was evaluated and its relationship to fish type, weight, protein and lipids content was observed using a multivariate approach [40]. The influence of lipids and protein content on Hg accumulation in the fish tissues and the impact of Hg concentration and fish consumption on the estimated weekly intake (EWI) were evaluated using PCA.…”
Section: Classification Techniques In Foodsmentioning
confidence: 99%
“…Вміст ртуті у зразках прісноводної риби та морепродуктах був у межах нормативних вимог і відповідно становив: 0,006-0,315 мг/кг та 0,008-0,472 мг/кг. Автори зазначають, що отримані ними результати досліджень підтверджують зростаючу необхідність моніторингу ртуті в продукції, яка надходить із-за кордону та рибопродукції власного виробництва, як індикатора забруднення екосистеми та недопущення до реалізації небезпечних для здоровʼя населення риби і морепродуктів [40, 76,83,93].…”
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