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portada HEAVY METALS IN MARINE FISHES & HEALTH RISK ASSESSMENT IN THRISSUR. Assessment of Accumulation of Heavy Metals & Human Health Risk via Consumption of Selected Marine Fishes
Type
Physical Book
Year
2025
Language
English
Pages
76
Format
Paperback
Dimensions
22.00 x 15.00 cm
ISBN13
9786207842278

HEAVY METALS IN MARINE FISHES & HEALTH RISK ASSESSMENT IN THRISSUR. Assessment of Accumulation of Heavy Metals & Human Health Risk via Consumption of Selected Marine Fishes

Aswathi Krishna U.;B. Dhanalakshmi (Author) · LAP LAMBERT Academic Publishing · Paperback

HEAVY METALS IN MARINE FISHES & HEALTH RISK ASSESSMENT IN THRISSUR. Assessment of Accumulation of Heavy Metals & Human Health Risk via Consumption of Selected Marine Fishes - Aswathi Krishna U.;B. Dhanalakshmi

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Synopsis "HEAVY METALS IN MARINE FISHES & HEALTH RISK ASSESSMENT IN THRISSUR. Assessment of Accumulation of Heavy Metals & Human Health Risk via Consumption of Selected Marine Fishes"

Environmental pollution, particularly from heavy metals due to industrial progress, is a global concern, especially in developing regions where coastal pollution affects livelihoods. The presence of chemical pollutants in dietary products raises alarms for policymakers. Marine fish are crucial for nutrition, providing essential proteins and omega-3 fatty acids, making it vital to assess seafood quality for both consumption and export. A study analyzed four commonly consumed fish species from the Chettuva landing center in Thrissur, finding that Euthynnus affinis had higher nutrient values compared to the others. Sensory evaluations indicated that all fish were similarly accepted based on various attributes. However, microbial contamination was significantly higher in Nemipterus japonicus, which also showed elevated levels of essential and non-essential heavy metals. Health risk assessments revealed that children are more vulnerable to heavy metal accumulation than adults. The study concluded that fish from this region, particularly Nemipterus japonicus, pose health risks due to contamination exceeding safety limits, necessitating urgent environmental protection measures.

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