Lemnatec - Scanalyzer 3D System
From Plant Phenomics/ Phenotyping
Lemnatec Scanalyzer3D system open new prospect for the quantitative, non analysis of different crops or model plants under high-throughput conditions. Each plant is imaged sequentially in multiple scanalyzer 3D camera units, employing different wavelengths that reach far beyond human vision. The result is an unprecedented number of reproducible and significant data points on any aspect of plant development.
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Products Details
Data will be collected continuously and recorded in one snapshot per run through the sacanlyzer 3D, thus routinely producing 15 or more images and several hundred data point per plant run. Plants are imaged in multiple runs throughout their entire life cycle. All Data is available in the data base within minutes of imagine –for unparalleled monitoring of dynamic plant development. Comprehensive Quantitative representation of plants in datasets generates special data for physiological and genetic plant modelling to identify and quantify the concealed parameters that really control plant development. Such deep insights into plant biology accelerate phenomics and enable plant breeding to deal with the challenges of the 21st Century.
Measured parameters for Plant Phenotyping - Plant Phenomics
- Leaf area
- Chlorophyll content
- Stem diameter
- Plant height / width
- growth rate
- stress pigment concentration
- tip burn
- Biomass
- internod lenght
- color
- leaf rolling
- leaf tracking over time
Features
- Scanning –infrared light: with infrared light, high throughput 3-D imaging systems provide a unique chance to quantify temperature differences (e.g. within leaves and between plants).
- Scanning – visible light:High Resolution colour images taken from the top and several sides under reproducible illumination conditions provide the best basis for comprehensive phenotyping.
- Scanning – near infrared light for root: Humidity visualisation in root columns by near infrared light provides added information on spatial root performances of plants under high-throughput conditions.
- Scanning – near infrared light: Visualisation of water distribution and dynamics (1450-1550 nm) as well as further NIR-absorbing ingredients.
- Scanning – fluorescent light phenomics: Using blue light large field excitation (< 500 nm) in back/top light conditions visualises any related fluorescence between 520 and 750 nm (GFP, chlorophyll etc.).
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