The new HyperAixpert multisensor plant phenotyping system from Analytik is configurable with a wide range of sensors, and uses machine-learning-based analytical software to ensure that data acquisition is both standardised and repeatable. Suitable for a range of sample types, a variety of high-resolution sensors enable rapid digital analysis of phenotyping traits for experiments in genetics, plant research and breeding, plant cultivation products as well as detecting plant stress and diseases.
The HyperAixpert may be configured to operate hyperspectral cameras in scanning mode and, therefore, is suitable for physiological phenotyping. Options for PAM chlorophyll fluorescence imaging and NIR imaging also enable the HyperAixpert to deliver physiologically relevant data. Dimensions and morphology of plants under study can be determined using RGB-imaging and laser scanning sensors. Comprehensive data sets originating from the broad range of cameras/sensors deliver phenotypic data on both morphological and physiological levels.
Broad ranges of typical laboratory samples can be measured, including seedlings up to 20 cm height, samples in MTPs or petri dishes, or detached plant parts. Samples on trays can be loaded into the measuring cabinet by the user, or via an optional, automated TrayProvider unit. Using an optional recessed sample stage, plants up to 40 cm can be measured in manual loading mode. The HyperAixpert is designed for easy integration into climate control chambers.
Though the HyperAixpert was designed to work with model species such as Arabidopsis, it equally handles early-stage seedlings of most crop species. Further, the multisensor plant phenotyping of the system is not restricted to just plants, several other sample types match with the system. For instance, assessment of fungal growth on plates or insects feeding on leaf discs are applications that have been investigated by the HyperAIxpert.