FluorCam Plant Photosynthetic Phenotype Imaging System

FluorCamThe plant photosynthetic phenotype imaging system isFluorCamThe latest advanced extension product of chlorophyll fluorescence imaging technology. This system can be used for bothPAMPulse modulated chlorophyll fluorescence dynamic imaging analysis, which can also be used forUVThe excitation of plant leaves by ultraviolet lightMultispectral fluorescence imaging measurement and analysis, with optional filter banks availableGFPTheRFPTheYFPPerform steady-state fluorescence imaging measurements using fluorescent proteins and fluorescent dyes. The measurement objects includePlant organs such as leaves, fruits, and flowers; Whole Arabidopsis, tobacco, wheat, corn and other crop plants; Moss, lichen and other lower plants; Microalgae, macroalgae, and even specific animal samples.FluorCamThe plant photosynthetic phenotype imaging system is divided into three models: desktop, floor standing, and large floor standing.

Features:

§FluorCamPlant photosynthetic phenotype imaging system utilizing multi excitation luminescence-Multi spectral fluorescence imaging technology is used for imaging measurement of plant photosynthetic phenotypes. Multi excitation luminescence multispectral fluorescence imaging technology is used to excite different chromophores in plant samples to emit fluorescence and perform imaging detection through multiple light sources of different wavelengths. This technology can achieve the following imaging functions:

sPAMPulse modulated chlorophyll fluorescence imaging

sOJIPRapid Fluorescence Dynamics Imaging

sFluorescence imaging of secondary metabolites

sChlorophyll concentration and distribution in vivo imaging

sGFPTheRFPTheYFPFluorescence protein imaging in vivo

sContinuous automatic imaging of growth dynamics

§FluorCamThe photosynthetic phenotype imaging system is equipped with a pulse modulated chlorophyll fluorescence excitation light source group, a multispectral fluorescence excitation light source group, and a fluorescence filter group. All light sources and filters are automatically controlled by software, and users do not need to replace any accessories or adjust hardware to synchronously achieve all the above-mentioned multi excitation light sources-Multi spectral fluorescence imaging function

§The multispectral fluorescence excitation light source group is fullLEDLight source, including ultraviolet light-All major monochromatic lights in the visible light spectrum, includingUV light, blue light, blue light, cyan light, green light, amber light, red light, far red lightwaitAt the same time, a continuous spectrum close to the natural spectrumCold white light.

§Fluorescent protein or fluorescent dye imaging can be customized according to user needs, such asBFPTheCFPTheSYBR GreenTheDAPIwait

§The optimal imaging area is20×20cm/35×35cm, maximum sample height20cm - 100cmEquipped with a sample table that can be raised and lowered, users can adjust it according to the actual height of the sample.

§The software has automatic measurement and analysis functions: experimental programs can be set up（Protocol）Automatic unmanned cyclic imaging measurement, with customizable repetition times and interval times. The imaging measurement data is automatically stored in the computer by time and date (with timestamp), enabling continuous light cultivation (adjustable light cycle) and dynamic growth monitoring of the sample

§The measurement samples cover various living plant samples, includingPlant organs such as leaves, fruits, and flowers; Whole Arabidopsis, tobacco, wheat, corn and other crop plants; Moss, lichen and other lower plants; microalgae(including droplets, porous plates, solid culture media)Large algae. It can even measure specific live animal samples, such as sea slugs, nematodes, etc.

Installation case and actual installation photos:

Application cases and published literature:

1. Verify that nanoparticles enhance plant pathogen resistance（Puangpathumanond，2025，Nature Communication）

2. The response mechanism of microalgae to heavy metal stress（Ruan，2025Ai Xiaohan,2024）

3. WRKYThe role of transcription factors in regulating drought stress in poplar trees（Wang，2025）