Nanomaterial Sensors Catch Toxic Food Adulterants at Ultra-Trace Levels
A comprehensive review shows how nanomaterial-engineered electrochemical sensors are achieving ultra-trace detection of the food adulterants melamine and clenbuterol in ...
A comprehensive review shows how nanomaterial-engineered electrochemical sensors are achieving ultra-trace detection of the food adulterants melamine and clenbuterol in ...
A new review in Advanced Composites and Hybrid Materials outlines how hybridizing polydiacetylene polymers with inorganic scaffolds, polymer matrices, and ...
A new study finds significantly elevated heavy metal concentrations in soils and plants from Turkey's earthquake-affected provinces, raising food safety ...
A new scoping review compiles evidence that six common food-borne mycotoxins can cross the blood-brain barrier and drive neurodegeneration through ...
New research shows that a 3 kilogray electron beam dose eliminates major foodborne pathogens in raw beef while leaving its ...
A Polish study of home-garden raspberries found that essential metals decline from soil to leaf to fruit, soil–plant correlations vanished ...
Researchers show that electrochemical impedance spectroscopy can detect beet sugar syrup adulteration in honey from six botanical origins down to ...
Researchers in Nigeria found that nearly one-third of Bacillus bacteria isolated from soil contaminated by maize and African locust bean ...
A new study of African catfish and Nile tilapia from Ghana's Libga and Builpela reservoirs detects persistent pesticide residues, including ...
A systematic review of 45 studies across 11 Ghanaian mining districts finds cadmium, lead, arsenic and mercury moving from mining-affected ...
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© 2025 Scienmag - Science Magazine