L. monocytogenes was found in 33% of smoked salmon and 63% of drain samples in processing plants. Job rotation increased the risk of contamination, while well-maintained facilities were preventive.

Raw fish consumption has increased, posing health risks from accumulated contaminants. Stricter safety regulations and analytical methods are needed to protect public health.

Experts perceive a 'low' risk of antimicrobial resistance (AMR) in humans from consuming salmon due to antibiotic use in Chilean salmon farming. The freshwater phase showed higher risk association, driven by antibiotic use, suggesting a need for targeted interventions to reduce this risk.

An 11-year-old in Hawaii contracted a fish tapeworm from inadequately frozen salmon. Proper freezing of salmon prevents diphyllobothriasis risk.

Raw fish consumption has increased, necessitating better safety regulations. Long-term consumption may pose health risks due to contaminants.

Raw fish consumption in Portugal is 6.3 kg per person annually, with sushi and sashimi popular. Anisakiosis risk exists but appears small; more research and education are needed.

Smoking preserves fish through salting, dehydration, and bacteriostatic effects of phenols. Cold smoking at mild temperatures inhibits but doesn't eliminate microflora.

Globalization and travel increase consumption of exotic foods, posing infection risks. Many consumers have immunosuppressed conditions, heightening exposure risks.

Fish-eating was used for cultural differentiation and salmon's serving temperature became noteworthy. Sixteenth-century England linked hot salmon to leprosy, blending dietary and cultural views.

Turkish salmon contains trace metals like Fe, Zn, and Cu but poses no health risk. Carcinogenic elements are absent and non-carcinogenic elements are below hazardous levels.