In situ root phenotype monitoring system during seed germination period

1、 Product Introduction

In situ root phenotype monitoring system during seed germination periodIt is a fast and high-precision device for monitoring the dynamic phenotype of plant seed germination, integrating excellent technologies such as machine vision and digital image processing, providing a new and efficient detection method for research in the field of seed germination of various plants. It can quickly and accurately obtain multiple indicators such as seed germination rate, germination potential, number of primary roots, maximum embryonic root length, total root length, root angle, surface area, volume, embryonic length, and growth rate of embryonic and embryonic roots during seed germination. The data analysis software can monitor the germination status of seeds in real time and transmit the data to the supporting server for researchers to analyze.In situ root phenotype monitoring system during seed germination periodIt can be applied to the collection of plant root and aboveground phenotypes during seed germination, and used in fields such as germplasm resource identification, precision breeding, and plant stress resistance research.

2、 Functional Features

1. Integrated data collection and analysis: Integrating imaging units and data analysis units, data collection and analysis are carried out through the Windows system, with convenient operation;

2. Phenotypic parameter collection: seed related: germination rate, germination vigor, etc; Embryo related: Embryo length, embryo growth rate, embryo root growth rate, etc; Embryo root related: number of primary roots, maximum embryo root length, total root length, root angle, surface area, volume, etc; Embryo sheath related: embryo sheath length, length ratio, etc;

3. Data security: The data adopts a secure transmission mode, with unlimited storage space expansion to ensure both user needs and data security;

4. Customized design: It can cooperate with user experiments to carry out demand design, customize different experimental testing plans according to different crops, develop customized software, and ensure long-term updates and upgrades of all software.

3、 Technical parameters

1. Visible light imaging unit

Imaging unit type: 30 million pixels

Resolution (optional): 6960 × 4640, 4800 × 3200, 3472 × 2320

Pixel size: 14.8 µ m

HD camera size: 800 × 300 × 400mm

Working power supply: AC220V

2. Other parameters

Power: 50W

Weight: 10Kg

Working temperature: -10 ℃~60 ℃

Relative humidity: 30%~80% without condensation

Flux: 1000 seeds per 2 hours