Existing plant root structure and function research methods are highly destructive and have low accuracy, so root research is particularly rare compared to above-ground plant structures, and researchers often emphasize the difficulty of obtaining root data. So we need a better way to study plant roots. Proton magnetic resonance imaging is a new technology for medical diagnosis. It uses static magnetic field and radio frequency field to obtain the distribution map of movable water in living organisms. It has the characteristics of fast lossless, high contrast and high resolution. Due to the abundant moisture content in the root system, MRI provides a unique method for obtaining root structure, growth and hydrodynamic information. Traditional nuclear magnetic resonance imaging and its imaging technology have been used to study the water flow of plant stems and the water distribution of vegetables. In recent years, the application of magnetic resonance imaging to the loss of roots or plant leaves has become a hot research. Latest plant root imaging effects Use the instrument: Convenient dedicated imaging software, based on the Delphi platform development, stable and efficient, easy to learn, combined with 3D reconstruction software, can observe the three-dimensional spatial information of living. Linux Face Recognition,Face Recognition Access,Face Recognition Door Access System,Face Recognition Access Control System GRANDING TECHNOLOGY CO LTD , https://www.grandingsecurity.com
Three-dimensional imaging of plant roots--based on Neway's magnetic resonance imaging system
The MiniMR-60 is a high-end live MRI analysis system independently developed by NewMay Technology. It uses:
First-class rare earth NdFeB permanent magnets ensure high uniformity of the main magnetic field;
Solenoid RF transmit and receive coils provide uniform RF field and low noise imagery;
Advanced gradient system with excellent eddy current resistance, ensuring high switching rate and high linearity of gradient field;