UVB Irradiation
A Solution for UVR8-Receptor Research
We have developed a plant growth chamber equipped with programmable UVB irradiance to cultivate novel crop varieties that are better adapted to ultraviolet radiation-prone environments, such as high-altitude and intense light conditions.
Main Technical Data
Temperature Range: 2~40℃
Humidity Range: 50~90%RH
UVB Range 30~300μw/cm², 0~100% continuous adjustable
Full Spectrum White Light PPFD Range: 0~1200μmol/㎡/s, 0~100% continuous adjustable
UVB Wavelength: 280nm, 295nm, 310nm available
Application
It can be used to investigate the molecular mechanism of UVR8 (the UVB receptor) and DNA methyltransferase DRM2 interaction, as well as to regulate photomorphogenesis during plant development.
This equipment provides a novel technical guarantee for the selection and cultivation of crop varieties that can adapt to high levels of ultraviolet radiation in the areas with elevated UV exposure, high altitudes, and intense light conditions.
Case User: Guangzhou University
A Solution for UVR8-Receptor Research
We have developed a plant growth chamber equipped with programmable UVB irradiance to cultivate novel crop varieties that are better adapted to ultraviolet radiation-prone environments, such as high-altitude and intense light conditions.
Main Technical Data
Temperature Range: 2~40℃
Humidity Range: 50~90%RH
UVB Range 30~300μw/cm², 0~100% continuous adjustable
Full Spectrum White Light PPFD Range: 0~1200μmol/㎡/s, 0~100% continuous adjustable
UVB Wavelength: 280nm, 295nm, 310nm available
Application
It can be used to investigate the molecular mechanism of UVR8 (the UVB receptor) and DNA methyltransferase DRM2 interaction, as well as to regulate photomorphogenesis during plant development.
This equipment provides a novel technical guarantee for the selection and cultivation of crop varieties that can adapt to high levels of ultraviolet radiation in the areas with elevated UV exposure, high altitudes, and intense light conditions.
Case User: Guangzhou University