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Scientific Support
to Develop your
Agri-Tech Innovation​

CRO specialized in precision phenotyping and advanced physiological trials under fully controlled conditions

Plant Flow Solutions greenhouse growing plants
Plant Flow Expertise

HOW WE WORK

Driving Innovation in Crop Science through Rigorous Plant Trials

Precision Trials for Plant Innovation

We specialize in the design and execution of complex controlled-environment trials to evaluate biostimulants, crop treatments, and plant responses.

Multidisciplinary, Data-Driven Approach

Our multidisciplinary team combines advanced measurement systems — including gas-exchange analysis, fluorescence imaging, and 3D plant imaging — with deep agronomic insight, helping partners accelerate product development and validate performance.

FACILITIES & TECHNOLOGY

Controlled Environments & Measurable Results

Our facilities include both growth chambers and high-tech greenhouses, designed for precise simulation of abiotic stresses such as drought, heat, and salinity.

With integrated imaging, lysimetry, and gas-exchange platforms, we capture every physiological response — turning complex data into clear evidence.

Growth chambers & greenhouses
3D multispectral & fluorescence imaging
Automated data capture and climate control
Centralized analysis for reproducible trials
Plant Flow Solutions growin plants technology facilities

CASE STUDIES

Proven Results with Global Partners

Plant Flow Solutions potted plants in a row

Grapevine: Understanding the Mode of Action of a Biostimulant

The manufacturer of the biostimulant commissioned our team to investigate the product’s Mode of Action (MoA) in order to better understand how it influences photosynthetic efficiency and stomatal regulation in grapevine under different water availability conditions. The results of this study provided the scientific basis for a more predictive and informed use of the product.
Plant Flow Solutions growing plants

Lettuce: Biostimulant screening

To evaluate the efficacy of several biostimulant prototypes in mitigating drought stress in young lettuce plants, an experimental trial was conducted to obtain quantitative measurements supporting a data-driven selection of the most promising formulations. The selected candidates were advanced to subsequent validation phases and dedicated studies aimed at elucidating their Mode of Action (MoA).
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