Yi Ketai crop phenotype omics research technical program and application

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Handheld, portable instruments are undoubtedly cost-effective and flexible to use for crop phenotypic analysis, such as handheld FluorPen chlorophyll fluorescence instrument, handheld SpectraPen/PolyPen hyperspectral instrument, IQ smart handheld hyperspectral imager, FluorCam portable chlorophyll fluorescence imaging Instrument and so on.

PlantScreen greenhouse compact or large conveyor belt plant phenotype imaging analysis platform integrates plant automatic transfer technology, intelligent LED light adaptation and culture technology, automatic watering weighing technology, FluorCam chlorophyll fluorescence imaging technology, spectral imaging technology (including RGB, VISIR hyperspectral Imaging, SWIR hyperspectral imaging, LWIR infrared thermal imaging, etc., and root-window technology automatic root phenotypic observation, high-throughput, non-invasive, fully automatic, omnidirectional experimental observation and analysis of plant morphology and physiological function shape phenotype , becoming an important platform for internationally renowned phenotypic omics and genetics research and genetic breeding institutions, such as the German IPK (Leibniz Institute of Plant Genetics and Crop Plant Research), the Oak Ridge National Laboratory, the Netherlands Ecological Phenotypic Research Center (NPEC, Wageningen University & Research, Netherlands Plant Eco-phenotyping Centre), Germany BIOP (Institute of Biochemical Plant Pathology), Australia CSIRO (Commonwealth Industrial Research Organisation), International Rice Research Institute, DuPontian International seed company, Monsanto, the US gene synthesis companies and so on.
Handheld, portable plant phenotyping equipment is cost-effective, convenient and practical. The PlantScreen conveyor-type plant phenotyping platform is a highly automated, high-throughput, and expensive experimental platform, between the two, The technology company also offers a range of phenotypic omics research techniques to meet the diverse experimental needs of laboratories, greenhouses, and field crops, high-throughput, and non-invasive phenotypic analysis.
  • PlantScreen-R mobile plant phenotype imaging analysis system
The PlantScreen-R mobile plant phenotyping system (PlantScreen rover system) is an upgraded version of the well-known large mobile chlorophyll fluorescence imaging system (Rover FluorCam) with four wheels for driving, suitable for field movement, suitable for greenhouse and field crops. Position phenotype imaging analysis measurement, with PlantScreen almost all imaging analysis functions and phenotypic big data database. Standard RGB imaging analysis, FluorCam (35x35cm) chlorophyll fluorescence imaging analysis, optional hyperspectral imaging, infrared thermal imaging and other functional modules, imaging height adjustable (standard maximum plant height up to 1m), is the field crop Qualcomm It is an important instrument for phenotypic analysis and plant physiology and ecology research. It can directly measure the in situ imaging of field plants or field cultivated crops. It can also be used with SoilTron multi-function mini-dip lysimeter to directly image SoilTron culture plants. analysis.
 
  • PlantScreen-SC Benchtop Plant Phenotype Imaging Analysis System
The PlantScreen benchtop plant phenotyping system features all PlantScreen plant phenotypic imaging analysis capabilities, including 3D RGB imaging analysis, FluorCam chlorophyll fluorescence imaging analysis (standard imaging area 35x35cm), hyperspectral imaging analysis, and IR near-infrared imaging analysis (900-1700nm) It is used to analyze the temporal and spatial distribution dynamics of water, infrared thermal imaging analysis, 3D laser scanning analysis, etc., and can perform 3-dimensional phenotypic imaging analysis of crops. Suitable for laboratory or greenhouse crop phenotypic imaging analysis, optional PSI large walk-in plant growth room, culture plants manually placed in the system on the sample platform (manual sample), the sample table can be rotated 360 degrees Imaging analysis of different angles of plants.
 
  • PlantScreen-M mobile plant phenotype imaging analysis platform
The PlantScreen-M mobile plant phenotype imaging analysis platform (Mobile PlantScreen) is a compact version of the greenhouse's compact conveyor-type plant phenotype imaging analysis platform or PlantScreen-SC. The conveyor belt system, intelligent LED light adaptation room, and imaging analysis unit are integrated into one. In the compact chassis, casters can be moved to facilitate the use of different areas in large greenhouses, greatly improving the convenience and efficiency of loading. The plant samples are automatically placed on a platform conveyor for light adaptation or culture, then automatically transferred to the imaging unit for imaging analysis, and finally automatically transferred to complete a measurement cycle.
The PlantScreen-M comes standard with 3 functional modules: chlorophyll fluorescence imaging measurements, 3D laser scanning triangulation, RGB 3D imaging measurements to provide complete crop phenotypic 3D modeling and imaging measurement analysis, optional or custom hyperspectral Other imaging measurement modules.
 
  • Containerized plant culture and phenotypic observation system
The containerized plant culture and phenotypic observation system is based on the PSI Container Growth Capsule. It is equipped with a plant culture and phenotypic observation system composed of various plant phenotypic sensors to meet both plant culture and phenotype. Traits monitoring, including PAM pulse modulation chlorophyll fluorescence parameter monitoring (reactive plant physiological traits) and OJIP rapid fluorescence kinetics monitoring, plant stem flow, stem growth, fruit growth, photosynthesis, canopy temperature, NDVI/PRI (canopy Spectral monitoring) and other physical and physiological traits, and environmental factors including air temperature and humidity, light source, CO2, soil moisture regulation monitoring. The whole system adopts container design and consists of a single unit or two units for mobile transportation. The system means that all-weather ecological environment can be used to simulate plant culture and phenotypic traits at any location and under any environmental conditions. Building a greenhouse, etc., is a "RV" for plant cultivation and phenotypic observation.
Growth Capsule lighting control uses intelligent multi-channel LED light source, optional cold white light, RGB three-color light source, near-infrared and other multi-color light sources (such as 6-channel light source, etc.), different band light sources can be combined to form different light quality conditions according to different proportions. It can simulate day and night rhythm, cloud weather, etc., with day/night, dawn/dusk, cloudy/sky and other protocols.
 
  • PhenoUAS UAV Remote Sensing Plant Phenotypic Analysis Platform
PhenoUAS's 8-rotor professional remote sensing drone platform developed by Yiketai is equipped with RGB imaging, infrared thermal imaging, multi-spectral imaging and hyperspectral imaging unit. It can be used with ground-based FluorPen chlorophyll fluorescence instrument. The SpectraPen or Leaf Clip PolyPen hyperspectrometer, IQ hyperspectral imager, and LCi-T portable photosynthetic apparatus are used in combination to analyze the plant phenotype from the leaf level to the canopy level, comprehensive, high-throughput, and non-invasive. As a world-renowned hyperspectral imaging manufacturer Specim's China Hyperspectral UAV Application Innovation Service Center, Yiketai Eco-Technology Co., Ltd. and Xi'an Spectral Imaging and UAV Remote Sensing Research Center can provide comprehensive analysis of UAV remote sensing plant phenotypes. solution.
Case: The above picture shows UAV remote sensing hyperspectral imaging. The following figure shows the leaf stomatal conductance (LCi photosynthetic apparatus measurement), photosynthesis (LCi photosynthetic apparatus measurement), steady-state chlorophyll fluorescence (Fluorpen measurement) and leaf reflection spectrum ( PolyPen leaf clip hyperspectral measurement)

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