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Nematode Metabolic Arrest and Desiccation Tolerance in Host-Free Conditions

Agriculture Plant Pathology

Pathogen Dormancy and Survival Mechanisms

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Agriculture Plant Pathology › Pathogen Dormancy and Survival Mechanisms

Nematode Metabolic Arrest and Desiccation Tolerance in Host-Free Conditions

This investigation examines the physiological and molecular mechanisms enabling plant-parasitic nematodes to enter cryptobiosis, surviving extreme dehydration without host plants for extended periods. Characterizing metabolic arrest pathways reveals fundamental dormancy mechanisms applicable across pathogen taxa.

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