Tough, Instant, and Plant-Compatible Adhesives for Robust Adhesion of Wearable Sensors on Living Plants

Tough, Instant, and Plant-Compatible Adhesives for Robust Adhesion of Wearable Sensors on Living Plants

Plant-wearable sensors have great potential for in situ and continuous monitoring of plant physiological traits and microenvironments but face significant challenges in stable, long-term attachment due to complex plant surface microstructures and variable environmental conditions. Existing adhesion...

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Bibliographic Details
Main Author: Jinming Wei (17704614) (author)
Other Authors: Jianjie Li (750236) (author), Chengjin Tu (22662446) (author), Xiao Xiao (99147) (author), Ronghe Ke (22662449) (author), Chunlei Geng (22662452) (author), Xingsheng Wang (63885) (author), Chunxia He (457341) (author), Cheng Zhang (70708) (author)
Published: 2025
Subjects:
Biophysics
Cell Biology
Biotechnology
Evolutionary Biology
Ecology
Developmental Biology
Infectious Diseases
Plant Biology
Environmental Sciences not elsewhere classified
Biological Sciences not elsewhere classified
variable environmental conditions
term attachment due
simple yet high
prolonged light exposure
limiting sensor performance
face significant challenges
based 703 glue
based 502 glue
35 – 95
maximal adhesion strength
high adhesion strength
wearable sensor integration
hpa ), photopolymerized
enables durable plant
maintains robust adhesion
performance adhesive solution
generated within 2
plant physiological traits
living plants plant
robust adhesion
wearable sensors
stomatal traits
rh ),
plant health
work introduces
wide range
tpo ).
smart agriculture
single monomer
securely attaching
phosphine oxide
phenoxypropyl acrylate
noninvasive monitoring
leaf morphology
hydrogen bonding
great potential
dipole interactions
compatible adhesives
compatible adhesive
adhesive achieves
67 mpa
57 mpa
49 mpa
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