DJ-3010 Root image analysis system

Overview：

DJ-3010 root analysis measurement system is independently developed by Dian Jiang Technology dedicated to root analysis of plants after in vitro root washing, It can analyze root length, diameter, surface area, volume, root tip number, number of forks, etc., and is widely used in root morphology and structural research. A specific dual-light illumination system is used to effectively remove shadows and uneven light source acquisition, and obtain high-resolution black and white or color images. Color images are analyzed using the software's color level analysis function for research related to root survival, root growth, and nutritional status. Using the advanced analysis function of the software, root connection analysis can be performed on root images, and morphological characteristics such as root branch angle and connectivity can be studied. Root topology analysis, study the number of root connections and path length. Root hierarchical extension analysis records the overall grade distribution of the root system, and satisfies researchers' research on different categories and levels of plant roots.

Application areas:

• Plant physiology research;

• Plant/environmental ecology research;

• Plant nutrition;

• Agronomy, horticulture, forestry, etc.

Measurement parameters:

• Total root length, average diameter, total area;

• Root projection area, total volume, number of root tips;

• Number of forks, overlap count;

• Root diameter grade distribution parameters (length, area, volume, root tip count);

• Equal spacing or custom segment diameter, automatically measure the length of each diameter segment, projection area, surface area, volume, number of forks, etc;

• Display range of automatic or custom analysis parameters, adjustable in 2 levels;

• According to the color analysis, calculate the length, area, volume, root tip count, root survival number, etc. of the root (classify the root color, such as healthy roots and diseased roots, calculate the total length, total surface area, total volume, total root tip number, etc. of different root systems);

• Link analysis, calculate morphological parameters such as root branch angle and connectivity (Link analysis can be used for non-complete root systems to calculate the average root diameter, average length, average surface area, average fork angle, total number of forks, length of forks, surface area, average diameter, angle, level, etc.);

• Root topology analysis, calculate the number of links, path length and other parameters, the root system is complete (calculate the primary root length, the total length of all secondary roots, the average diameter, the average surface area; Total number of sub-forks per level of forks, total number of forks per level);

• Root development analysis, calculating the distribution of root hierarchy, requires root integrity (calculate the total length, average length, average diameter, average surface area, etc. of each graded root system).