Description

Descriptions:-

Plant root phenotype analysis system is based on image recognition technology. It is professionally used for root analysis of plants after washing the roots in vitro. It can analyze root length, diameter, surface area, volume, root tip number, branch number, etc., and widely applicable to root morphology and structure research, using non-statistical methods to measure and calculate parameters such as the length of the root system in the overlapping part, and the analysis results are highly accurate. It can be used to solve the problem that root structure and geometric parameters are difficult to obtain. It has the characteristics of convenience, efficiency and high accuracy, which can improve the work efficiency of practitioners, reduce labor costs, provide rapid multi-parameter root phenotype analysis methods, and serve plant scientific research.

Principle of the instrument:-

ST-GX02 Root Analysis System uses a high-quality graphic scanner to obtain high-resolution plant root color or black and white images. It can analyze root length, diameter, surface area, volume, root tip number, The scanner is equipped with a special dual-light source lighting system under the scanning panel and in the upper cover, and a dual-light source calibration area is reserved on the scanning panel. In addition, it is also equipped with special, high-transparency root placement trays of different sizes. During scanning, the light source under the scanning panel and the light source in the upper cover simultaneously scan the root samples in the high-transparency root plate, which can avoid the shadows and unevenness that are easy to occur during root scanning, and effectively ensure the quality of the acquired image.

This soft root analysis software can read images in TIFF and JPEG standard formats. For the acquired images, the high-quality root images obtained by scanning are analyzed using the software decrypted by inserting the dongle. The basic morphological parameters such as the length, diameter, area, volume, and root tip of the cross-overlapping part of the root system are measured and calculated using non-statistical methods. This meets the researchers' research on different categories and levels of plant roots.

Analytical measurements:-

(1) Total root length

(2) Branching frequency

(3) Average root diameter

(4) Median root diameter

(5) Maximum diameter

(6) Total root area

(7) Total projected area

(8) Total root volume

(9) Root tip count

(10) Fork count

(11) Overlap count

(12) Root diameter grade distribution parameters

Technical Specifications

Technical Specifications

Analyze and measure:-

(i) Total root length

(ii) Branching frequency

(iii) Average root diameter

(iv) Median root diameter

(v) Maximum diameter

(vi) Total root area

(vii) Total projected area

(viii) Total root volume

(ix) Root tip count

(x) Fork count

(xi) Overlap count

Scanning element : 6-line alternating microlens CCD

Maximum format : A4

Interface type : USB2.0

Optical resolution (dpi) : 4800 x 9600dpi

Maximum resolution : 12800 x 12800dpi

Minimum pixel size : ≥ 0.005mm x 0.0026 mm

Accuracy : 0.01mm (High Accuracy)

Measurement Units : Multiple units as mm, cm                                                              

Scanning light source : white cold cathode fluorescent lamp CCFL, color bit number 48 bits

Scanning range : 297 x 216 mm

Root reflection draft size : 355.6 x 215.9 mm

Scanning speed reflective : A4, 300dpi: monochrome 11 seconds, color 14 seconds

                                            Film scanning, 35mm, 2400dpi: positive : 47 seconds, negative: 44 seconds

Data Export: Supports data export in CSV, XLS, and XLSX formats for statistical analysis.

Voltage : 220 V , 50 Hz

Data Storage & Handling System (16 inch Laptop) : Data Storage & Handling System (Intel i5 Processor, 16GB RAM, Windows 11 Software, 1 TB SSD, Latest MS Office) for operation and Storage data)