Research Topic: Agricultural Pathology

Identification and potential of the hyperparasite Acremonium persicinum as biocontrol agent against coffee leaf rust

Coffee leaf rust is a major disease threatening coffee production worldwide. Researchers in China identified a naturally occurring fungus called Acremonium persicinum that parasitizes the rust fungus, effectively killing it. This biocontrol agent showed 91% inhibition of rust spore germination and completely prevented rust infection when applied together with the rust, offering a promising chemical-free solution for protecting coffee crops.

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Geographic variation in fungal diversity associated with leaf spot symptoms of Coffea arabica in Yunnan, China

Researchers studied the fungi found on coffee leaf spots in two different regions of Yunnan province in China. They discovered that the types of fungi varied significantly between the cooler, higher-altitude Pu’er region (which had more harmful fungi) and the warmer, tropical Xishuangbanna region (which had more beneficial fungi that could fight pests). This information can help coffee farmers choose better disease management strategies based on their location.

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Fusarium suttonianum Identified as the Causal Agent of Root Rot in Plukenetia volubilis in Peru

Scientists in Peru discovered that a fungus called Fusarium suttonianum is causing root rot disease in sacha inchi plants, an important crop known for its omega-3 rich seeds. Using both traditional microscopy and modern DNA testing, researchers confirmed this fungus as the culprit and demonstrated it can cause the same disease symptoms in healthy plants. This discovery is important for farmers because it provides the first scientific identification of this disease threat in Peru, enabling the development of better disease prevention and control strategies.

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Gene transfer between fungal species triggers repeated coffee wilt disease outbreaks

A new study reveals that coffee wilt disease, which has destroyed coffee crops across Africa, emerges repeatedly because of gene-swapping between different fungal species. Scientists discovered that large chunks of DNA called ‘Starships’ act like genetic delivery vehicles, transferring disease-causing genes from one fungus to another. This genetic exchange allows the pathogen to adapt and infect different coffee plant species, causing successive outbreaks. Understanding this mechanism could help protect global coffee production in the future.

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Comprehensive analysis of the mechanisms conferring resistance to phenamacril in the Fusarium species

Fusarium fungi cause serious diseases in crops like wheat, corn, and fruits, causing huge losses in agriculture worldwide. Phenamacril is a new antifungal drug designed specifically to fight these fungi by blocking a protein they need to grow. However, the fungi are developing resistance to this drug through genetic mutations and other biological mechanisms, making it less effective over time. Understanding how this resistance develops helps scientists develop better strategies to maintain the drug’s effectiveness and protect our food supply.

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Whole-genome sequencing of Fusarium oxysporum K326-S isolated from tobacco

Scientists have sequenced the complete genetic blueprint of a fungus that causes root rot in tobacco plants. This fungus, Fusarium oxysporum K326-S, damages tobacco crops by causing roots to brown and wilt. The detailed genome map they created contains over 17,000 genes and will help farmers and researchers develop better strategies to prevent and control this destructive disease in the future.

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