Ecology & Biology

·

Study

Fungi May Hold 1.4 Million Untapped Drug Compounds

Fungi May Hold 1.4 Million Untapped Drug Compounds

What they found

Analysis of over 1,100 fungal genomes suggests fungi could make at least 1.4 million unique compounds, 18 times more than cataloged.

Analysis of over 1,100 fungal genomes suggests fungi could make at least 1.4 million unique compounds, 18 times more than cataloged.

The number

at least 1.4 million unique compounds

How solid is it?

Lab dish

Lab dish

Lab – genetic analysis

Lab – genetic analysis

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

At a glance

Latin name

Compound

secondary metabolites

secondary metabolites

Published in

Covered in Shroom Scan

Section

HEALTH & WELLNESS

HEALTH & WELLNESS

As it ran in Shroom Scan

Fungal Pharmacy Unlocked

Fungal Pharmacy Unlocked

Filamentous fungi could produce at least 1.4 million unique compounds with therapeutic and industrial potential. Using a new tool called mGem, researchers analyzed over 1,100 fungal genomes and uncovered an average of 78 gene clusters per species for making bioactive secondary metabolites. That’s 18 times more than what’s currently cataloged. Many of these compounds have antifungal, antibacterial, or anticancer properties—marking fungi as a vastly untapped source for drug discovery, agriculture, and food innovation.

Filamentous fungi could produce at least 1.4 million unique compounds with therapeutic and industrial potential. Using a new tool called mGem, researchers analyzed over 1,100 fungal genomes and uncovered an average of 78 gene clusters per species for making bioactive secondary metabolites. That’s 18 times more than what’s currently cataloged. Many of these compounds have antifungal, antibacterial, or anticancer properties—marking fungi as a vastly untapped source for drug discovery, agriculture, and food innovation.

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