Plant Root Morphology Phenotype Analysis System
Image-based system measuring root length, diameter, area, volume, and tip count in vitro. Configured to your protocol—request a quote.
Louise Corscadden, PhD
Director of Science · ConductScience
Ask Louise about Plant Root Morphology Phenotype Analysis System fit, setup, configuration, or quote prep.
Already working with us? Sign in to connect this with My Scientist.
Key Specifications
Full details →- Measurement Principle
- Image recognition–based analysis of washed root systems in vitro
- Image Source
- Root images obtained with a scanner
- Overall Parameters
- Total root length, total number of root tips, total overlap quantity, number of lateral root bifurcations, mean diameter of root system, volume, projection area, surface area
- Topology Analysis Parameters
- Per root level: root length, average diameter, surface area, projection area, number of root connections, volume
- Root Nodule Parameters
- Number of root nodules, root nodule area, root nodule volume
- Connection Analysis Parameters
- Per root segment: average length, projected area, angle, surface area, volume, diameter
The Plant Roots Morphology Phenotype Analysis System uses image recognition technology to quantify the structural and geometric parameters of washed root systems in vitro. It analyzes root images captured with a scanner. Where manual measurement of root architecture is impractical, this system delivers objective, repeatable data on total root length, average diameter, projected area, surface area, volume, and root tip count—across both the whole root system and individual lateral-root levels.
The software has a clear interface and modular functions, is easy to learn, and provides rapid multi-parameter root phenotype analysis.
Typical applications include genotype screening for root architecture traits, fertilizer and irrigation treatment comparisons, drought and salinity stress studies, and developmental phenotyping across crop species and model plants. The system captures both whole-system metrics and per-level root parameters (length, diameter, surface area, projected area, number of connections, and volume), plus root nodule and root segment measurements, enabling fine-grained architectural analysis.
Because root phenotyping protocols differ by crop, growth system, and study design, this instrument is configured to the requirements of your research. Contact our team to request a quote and describe your application so we can tailor the configuration to your protocol.
Measurement Principle
- Image recognition–based analysis of washed root systems in vitro
Image Source
- Root images obtained with a scanner
Overall Parameters
- Total root length, total number of root tips, total overlap quantity, number of lateral root bifurcations, mean diameter of root system, volume, projection area, surface area
Topology Analysis Parameters
- Per root level: root length, average diameter, surface area, projection area, number of root connections, volume
Root Nodule Parameters
- Number of root nodules, root nodule area, root nodule volume
Connection Analysis Parameters
- Per root segment: average length, projected area, angle, surface area, volume, diameter
What root morphology parameters does the system measure?
Whole-system parameters are total root length, total number of root tips, total overlap quantity, number of lateral root bifurcations, mean root diameter, volume, projected area, and surface area. Topology analysis reports root length, average diameter, surface area, projected area, number of root connections, and volume at each root level. The system also reports the number, area, and volume of root nodules, and the average length, projected area, angle, surface area, volume, and diameter of each root segment.
What sample preparation is required before using the system?
Roots must be washed free of soil or growing medium and measured in vitro—meaning the root system is removed from the plant and imaged outside the growth substrate. This in vitro approach allows the image recognition technology to resolve individual root segments and tips cleanly for accurate geometric analysis.
What types of plants or root systems can be analyzed?
The system is built for general plant root analysis and is widely used in root morphology, root structure, and plant science research.
How is the system configured for my research protocol?
Because root phenotyping requirements differ by species, experimental design, and throughput, this system is configured based on your specific study needs. Reach out to request a quote and share details about your application—our team will work with you to specify the appropriate configuration before finalizing your order.
Have a question about this product?
Have a question? Just ask.
Send it over and we'll email you a personalized answer, with no call or scheduling.
Prefer to talk it through?
Frequently Bought Together
