Direct Infusion Device for Molecule Delivery in Plants

Brian H. Rhodes; Richard R. Stange; Patrick Zagorski; Matthew G. Hentz; Randall P. Niedz; Robert G. Shatters; Marco Pitino

doi:10.3791/65194

Rivista

Biologia

Molecule Delivery in Plants Using a Direct Infusion Device

June 02, 2023

Author Spotlight: Direct Infusion Device for Molecule Delivery in Plants

01:12 min

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1,070 Views

3D-Printing of Direct Plant Infusion (DPI) Device and Fabrication of Plastisol Rings

03:50 min

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260 Views

Attachment of the Direct Plant Infusion (DPI) Device to Citrus Plants for Compound Injection

01:38 min

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208 Views

Applying Compounds to Citrus Plants Using a Novel 3D-Printed Direct Plant Infusion (DPI) Device

02:36 min

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215 Views

Brian H. Rhodes¹, Richard R. Stange¹, Patrick Zagorski², Matthew G. Hentz¹, Randall P. Niedz¹, Robert G. Shatters¹, Marco Pitino²

¹United States Department of Agriculture Agricultural Research Service U.S. Horticultural Research Laboratory, ²Agrosource Incorporated

Summary

This manuscript describes a novel direct plant infusion device for screening the effectiveness of molecules against the bacteria (Candidatus Liberibacter asiaticus) or its insect vector (Diaphorina citri, Kuwayama) that, in combination, are associated with Huanglongbing citrus disease.