High-throughput Plant Root Phenotypic Microroot Window Measurement

Through high-throughput plant root phenotypic micro-root window measurements, we can obtain many morphological and structural characteristics of the root system. These data can be used in root modeling, genetic analysis, and physiological studies to help customers understand the growth and development mechanisms of plant root systems and the interactions between root systems and environmental factors.

Background

High-throughput Plant Root Phenotype Microroot Window Measurement combines high-throughput imaging technology and the MicroRoot Window System, which enables simultaneous observation and analysis of multiple plant root systems. A microroot window system is a device for observing and measuring plant root systems, which typically consists of a transparent petri dish and a support structure. The plant root system can be grown in the petri dish, while the support structure keeps the root system stable and observable. The microroot window system can provide visualization of the root system through the transparent Petri dish and provide appropriate environmental conditions to support root growth.

High-Throughput Plant Root Phenotype Micro-Root Window Measurement Services

Lifeasible provides high-quality root images and accurate measurement data through high-resolution image acquisition equipment, specialized image processing techniques, and high-throughput services. These data can be used for in-depth root analysis and modeling, providing a reliable basis for plant research.

• Designing and preparing a microroot window system

Select an appropriate microroot window system, including a transparent Petri dish and support structure. Ensure the stability and observability of the microroot window system for accurate image acquisition of the root system.

• Plant pre-treatment

Select appropriate plant materials according to the research needs and carry out the necessary pre-treatment, including seed treatment, medium preparation, and planting steps to ensure the normal growth and development of the root system.

• Build automated imaging system

Configuring high-throughput imaging equipment and setting up an automated imaging system requires selecting the appropriate camera, light source, and image acquisition software and setting up automated control parameters, such as image acquisition frequency, exposure time, and focal length.

• Positioning and placement of microroot windows

Placing pre-treated plants into the micro-root window system requires adjusting the position of the support structure and root system for optimal image acquisition.

• Image acquisition

Image acquisition of the root system in the microroot window is performed using an automated imaging system. Appropriate image acquisition parameters were set according to the experimental design and requirements to ensure that each microroot window was adequately covered and recorded.

• Interpretation and reporting of results

Interpretation and reporting based on the acquisition results requires statistical analysis of root parameters, data visualization, and presentation of results for better understanding and interpretation of root phenotyping data.

The High-Throughput Plant Root Phenotyping Microroot Window Measurement Service provides powerful tools and support for plant research through efficient, diverse, high-quality data acquisition and analysis. Featuring automated analysis, customized reports, and professional support, it meets the diverse needs of customers for root phenotyping research and promotes progress and innovation in plant science. If you are interested in our services, please do not hesitate to contact us anytime.