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Journal
/
Biology
/
Molecule Delivery in Plants Using a Direct Infusion Device
/
Applying Compounds to Citrus Plants Using a Novel 3D-Printed Direct Plant Infusion (DPI) Device
JoVE Journal
Biology
This content is Free Access.
JoVE Journal
Biology
Applying Compounds to Citrus Plants Using a Novel 3D-Printed Direct Plant Infusion (DPI) Device
Applying Compounds to Citrus Plants Using a Novel 3D-Printed Direct Plant Infusion (DPI) Device
Molecule Delivery in Plants Using a Direct Infusion Device
DOI:
10.3791/200038-v
•
02:36 min
•
June 02, 2023
•
Brian H. Rhodes
,
Richard R. Stange
,
Patrick Zagorski
,
Matthew G. Hentz
,
Randall P. Niedz
,
Robert G. Shatters
,
Marco Pitino
1
United States Department of Agriculture Agricultural Research Service U.S. Horticultural Research Laboratory
,
2
Agrosource Incorporated
Tags
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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check_url/200038?article_type=v
Direct Infusion Device for Molecule Delivery in Plants
check_url/200038?article_type=v
3D-Printing of Direct Plant Infusion (DPI) Device and Fabrication of Plastisol Rings
check_url/200038?article_type=v
Attachment of the Direct Plant Infusion (DPI) Device to Citrus Plants for Compound Injection
check_url/200038?article_type=v
Applying Compounds to Citrus Plants Using a Novel 3D-Printed Direct Plant Infusion (DPI) Device
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