An environmental clinical toxicology study evaluating dense perspiration in the hammam, documenting dermal sudomotor clearance of cadmium, lead, arsenic, and phthalates.
An environmental toxicological evaluation of smectite and bentonite clays in capturing heavy metals, organochlorine pesticides, and microcystins through electrostatic surface adsorption.
Analyze how toxic heavy metals in low-quality marine kelp disrupt thyroid endocrinology. Learn how mercury and cadmium displace selenium in deiodinase active sites.
Master the toxicology and analytical chemistry of marine seaweeds. Differentiate highly toxic inorganic arsenic from benign organic arsenobetaine and evaluate heavy metal screening.
Explore the polymer biophysics of sodium alginate from giant kelp. Learn how guluronic acid blocks form egg-box chelates with toxic heavy metals and create anti-reflux raft barriers.