#Toxicology

A new clinical case report describes how a 60-year-old man developed bromism—an archaic psychiatric syndrome rarely seen since the early 20th century—after replacing table salt with sodium bromide based on information he said he gleaned from a chatbot. The case, published this week in Annals of Internal Medicine: Clinical Cases, underscores the dangers of relying on unvetted artificial intelligence (AI) advice for health decisions and arrives as Thailand accelerates efforts to reduce population salt intake to curb hypertension and heart disease. Investigators said the man mistakenly treated a chemical substitution used in cleaning and pool treatment as if it were a safe dietary swap, leading to psychosis, hospitalization, and weeks-long treatment for bromide toxicity. The report has triggered global debate over AI safety guardrails in consumer health and the practical, safer paths Thais can take to cut sodium without risking harm (acpjournals.org; 404media.co; arstechnica.com).

A shocking clinical case report reveals how a 60-year-old man developed bromism—an archaic psychiatric syndrome rarely documented since the early 20th century—after replacing table salt with industrial sodium bromide based on information he claimed to receive from artificial intelligence chatbot consultation. The extraordinary case, published in Annals of Internal Medicine: Clinical Cases, underscores profound dangers of utilizing unvetted AI advice for health decisions while arriving at a critical juncture as Thailand accelerates population-wide salt reduction efforts to combat hypertension and cardiovascular disease. Medical investigators documented that the patient mistakenly treated a chemical compound used for cleaning and pool maintenance as if it were safe dietary replacement, leading to severe psychosis, emergency hospitalization, and weeks-long treatment for life-threatening bromide toxicity. This unprecedented case has triggered global debates over AI safety protocols in consumer healthcare while highlighting practical, safer pathways Thai families can pursue for sodium reduction without risking catastrophic health consequences according to Annals of Internal Medicine case documentation, 404 Media investigative reporting, and Ars Technica expert analysis.

Recent international research collaboration has raised serious concerns regarding unexpected health risks associated with consuming gourmet false morel mushrooms, a delicacy that appears linked to an alarming cluster of Amyotrophic Lateral Sclerosis cases in a small French village, findings that could have significant implications for food safety and neurological health throughout Thailand where wild mushroom consumption and foraging activities are increasingly popular among food enthusiasts and rural communities.

False morels, known scientifically as Gyromitra species, have attracted chefs and culinary enthusiasts across Europe and North America with their distinctive earthy flavor and prestigious culinary status, often featured in high-end restaurant dishes including risottos and cream-based sauces. However, despite their gourmet reputation, these mushrooms contain neurotoxins now believed connected to neurological illnesses including ALS, a degenerative disorder causing irreversible paralysis and death within several years of diagnosis.

A recent international research collaboration has raised alarm bells over an unexpected risk associated with a gourmet food long prized by the wealthy: eating false morel mushrooms, a delicacy that appears to be linked to an alarming cluster of Lou Gehrig’s disease (Amyotrophic Lateral Sclerosis, or ALS) cases in a small French village. This finding could have far-reaching implications for food safety and neurological health, including for Thai food lovers and foragers increasingly drawn to wild mushrooms.

A recent scientific breakthrough has found that a simple dietary supplement—soluble fibre from oats—may help the human body flush out toxic “forever chemicals” known as PFAS. This offers a glimmer of hope to communities in Thailand and around the world concerned about the health hazards of persistent environmental pollutants. The peer-reviewed study, published in Environmental Health on 4 June 2025, marks a significant step forward in the battle against chemicals that have long defied removal from our bodies. Read more on The Independent.