使用新型3D打印直接植物输液（DPI）设备将化合物应用于柑橘类植物

Published: June 02, 2023

doi:

10.3791/200038

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

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

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Keywords: 3D-printed Device Direct Plant Infusion DPI Citrus Plants Compound Application Silicone Tape Plastisol Ring Syringe Compound Delivery CFDA Dye Streptomycin Candidatus Liberibacter Asiaticus CLas Imidacloprid Nymph Emergence Honeydew Production

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Applying Compounds to Citrus Plants Using a Novel 3D-Printed Direct Plant Infusion (DPI) Device. J. Vis. Exp. (Pending Publication), e200038, doi:10.3791/200038 (2023).

使用新型3D打印直接植物输液（DPI）设备将化合物应用于柑橘类植物

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