Safety & Toxicity

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Study

New Sensor Quickly Detects Deadly Amanitin Mushroom Toxins

New Sensor Quickly Detects Deadly Amanitin Mushroom Toxins

Amanita mushrooms

What they found

A new sensor detects alpha- and beta-amanitin at very low levels, potentially confirming mushroom poisoning within minutes.

A new sensor detects alpha- and beta-amanitin at very low levels, potentially confirming mushroom poisoning within minutes.

How solid is it?

Early human

Early human

Evidence ladder: Lab dish → Animal → Early human → Strong human. Reviews summarize earlier research.

At a glance

Latin name

Compound

alpha-amanitin; beta-amanitin

alpha-amanitin; beta-amanitin

Published in

Analytica Chimica Acta

Analytica Chimica Acta

Covered in Shroom Scan

Section

HEALTH & WELLNESS

HEALTH & WELLNESS

As it ran in Shroom Scan

Life-Saving Tech

Life-Saving Tech

Researchers developed a sensor capable of detecting deadly alpha- and beta-amanitin toxins in wild mushrooms at incredibly low levels. Practicaly, it could be deployed in hospitals to test urine samples from patients suspected of mushroom poisoning, allowing doctors to confirm the presence of deadly toxins like alpha- and beta-amanitin in minutes. It could also be used by foragers or food inspectors to test wild mushrooms for these toxins before they are consumed, preventing poisoning incidents altogether.

Researchers developed a sensor capable of detecting deadly alpha- and beta-amanitin toxins in wild mushrooms at incredibly low levels. Practicaly, it could be deployed in hospitals to test urine samples from patients suspected of mushroom poisoning, allowing doctors to confirm the presence of deadly toxins like alpha- and beta-amanitin in minutes. It could also be used by foragers or food inspectors to test wild mushrooms for these toxins before they are consumed, preventing poisoning incidents altogether.

🚙 The Mushroom Leather Interior, Please

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