D’Amato 2026 - Inorganic Arsenic In Rice-Based Beverages

This A-tier peer-reviewed paper is a high-priority Category 5 source because it directly measures inorganic arsenic in finished rice-based beverages. It analyzed 25 rice-based drinks from the Italian market using HPLC-ICP-MS speciation and ICP-MS total arsenic. It gives both occurrence findings and a regulatory comparison against the EU maximum level for non-alcoholic rice-based drinks.

Key numbers

MetricValue
Samples25 rice-based beverages
Sampling periodApril 2022 to March 2023
MarketItaly
iAs mean15 ug/kg
iAs median15 ug/kg
iAs range7-24 ug/kg
tAs mean23 ug/kg
tAs median22 ug/kg
tAs range9-58 ug/kg
iAs quantification100% of samples quantifiable; no left-censoring substitution needed
Regulatory comparisonNo sample exceeded the EU 30 ug/kg maximum level for non-alcoholic rice-based drinks
Consumer-only exposureToddlers: 0.27 ug/kg bw/day, MOE 0.2; other children: 0.13 ug/kg bw/day, MOE 0.5

Why this is critical

This is exactly the kind of source the comparison layer needs: matrix-specific, species-specific, recent, quantitative, and directly comparable to a regulation. It should drive the rice-based plant-milk decision surface while remaining clearly separated from HMTc threshold-setting.

Routing

Finding scopeHeavy Metal Index destinationHandling
Finished rice-based beveragesplant-milks-rice-basedProduct-row occurrence and regulatory comparison
Rice as an ingredientriceRelated finished-product evidence only; do not write beverage values into the rice ingredient profile
EU maximum leveleu2023-arsenic-rice-based-drinksExternal regulatory context, not HMTc value

Limitations

The source is Italian-market evidence. It is very strong for iAs in rice-based drinks, but it does not resolve Cd, Pb, Al, Ni, or Sn for the same row. Consumption estimates have small numbers of rice-drink consumers in some age classes and should be treated as risk-context evidence, not a product compliance table.

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