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Discovery of chemical clue may lead to solving cacao's black pod rot mystery


Clovamide presence in disease-resistant chocolate tree leaves may spur novel breeding program
The researchers have created a streamlined sample-collection protocol that only requires a single leaf disc. The leaf discs are preserved in a solvent that prevents degradation of clovamide, allowing large-scale sampling in greenhouses and fields without the need for refrigeration. 
Image: Ben Knollenberg/Penn State
Discovery of chemical clue may lead to solving cacao s black pod rot mystery
Jeff Mulhollem
December 23, 2020
UNIVERSITY PARK, Pa. The finding of relatively high levels of the antimicrobial compound clovamide in the leaves of a disease-resistant strain of cacao has significant implications for breeding trees that can tolerate black pod rot, according to Penn State researchers who conducted a novel study. ....

Siela Maximova , Mark Guiltinan , Guo Xing Li , Joshua Lambert , J Franklin Styer , Ben Knollenberg Penn , Ben Knollenberg , Lavoura Cacaueira , Penn State Endowed Program , Department Of Chemistry , Penn State College Of Agricultural Sciences , Imperial College Selection , Huck Institutes Of The Life Sciences , College Of Agricultural Sciences , Penn State , Styer Professor , Horticultural Botany , College Selection , Metabolomics Facility , Huck Institutes , Plant Science , Agricultural Sciences , Life Sciences , Molecular Biology , Horticultural Botany Endowment , National Institute ,

Discovery of chemical clue may lead to solving cacao's black pod rot mystery


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IMAGE: The researchers have created a streamlined sample-collection protocol that only requires a single leaf disc. The leaf discs are preserved in a solvent that prevents degradation of clovamide, allowing large-scale.
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Credit: Ben Knollenberg/Penn State
The finding of relatively high levels of the antimicrobial compound clovamide in the leaves of a disease-resistant strain of cacao has significant implications for breeding trees that can tolerate black pod rot, according to Penn State researchers who conducted a novel study.
The discovery is significant because this fungal disease is a serious problem in all areas of the world where cacao is grown, noted researcher Mark Guiltinan, J. Franklin Styer Professor of Horticultural Botany and professor of plant molecular biology, College of Agricultural Sciences. Black pod rot, caused by the fungus Phytophthora, causes pod losses of up to 30% and kills as many as 10% of the trees annually ....

Guo Xing Li , J Franklin Styer , Joshua Lambert , Ben Knollenberg , Siela Maximova , Mark Guiltinan , Penn State Endowed Program , Department Of Chemistry , Penn State College Of Agricultural Sciences , Imperial College Selection , Huck Institutes Of The Life Sciences , College Of Agricultural Sciences , Penn State , Styer Professor , Horticultural Botany , College Selection , Metabolomics Facility , Huck Institutes , Plant Science , Agricultural Sciences , Life Sciences , Molecular Biology , Horticultural Botany Endowment , National Institute , கூவோ க்ஷிங் லி , ஜு பிராங்க்ளின் ஸ்டேயர் ,