We support farmers in reducing agriculture environmental impact
Reduction of water supply (-40%)
Reduction in fertilizers use
The application of Bioristor
will address the UN sustainable development goals 2, 6 e 13
BIORISTOR is an Organic Electrochemical Transistor (OECT) composed by a channel and a gate both functionalized through an organic polymer. Thanks to Bioristor we can increase agricolture sostenibility.
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First sensor directly operable
in the plant stem
Bioristor it is composed by a special material that ensure any rejection
from the plant tissues
The sap is monitored continuously every 15 minutes to provide an early detection of health problems
A dedicated control unit readout the sensors and send data to a remote server
Bioristor allowed to detect the drought stress in tomato 30 hours before the onset of the drought occurrence. The Bioristor signal is correlated to the cations concentration in the transpiration stream.
In Arundo donax the application of Bioristor allowed to monitor the physiological changes occurring in the plant following saline stress.
In the field, Bioristor allowed for the monitoring for the entire life cycle in several crops. The response signal has been correlated with physiological and yield data.
The use of Bioristor for in vivo phenotyping can optimize plant selection. The integration of bioristor in high throughput phenotyoping platform paves the way for the use of bioristor in-vivo phenotyping and breeding.
Chemist & OECT expert
Physicist & OECT expert
Physicist & IoT expert
Plant Physiologist
PlanBit is a CNR spin-off. PlantBit team and IMEM-CNR institute deal with bioristors since many years. The team have worked and currently works in several projects and collaborations where the Bioristor is the driving force.