Plant Imaging Platform is an integrated system of imaging devices, image processing algorithms, and data analysis tools designed to capture and analyze images to obtain a wide range of plant information. Lifeasible offers a variety of plant imaging platforms, including microscopy, plant canopy images, phenotypic imaging, and real-time in vivo imaging platforms. These platforms are widely used in plant science research, agricultural production, plant breeding, and environmental monitoring.
The Optical Microscopy Platform provides customers with high-quality images using various advanced microscopy techniques, including confocal microscopy, structured illumination microscopy, fluorescence lifetime microscopy, and super-resolution microscopy.
Electron microscopy is a widely used technique for obtaining high-resolution images of the structure of tissues, cells, organelles, and macromolecular complexes. By reconstructing samples in three dimensions with near-atomic resolution, electron microscopy provides critical information from the structural basis of cellular function. Lifeasible's Electron Microscopy Platform provides technical support to customers in academia and industry and to help them better understand the biological function of a cell or a specific macromolecule.
Confocal microscopy is an optical microscopy imaging technique based on fluorescence microanalysis that facilitates more useful imaging of living specimens, enables automated collection of three-dimensional (z-series) data, and improves the image of specimens obtained using multiple markers.
The Plant Canopy Image Platform is designed to image and analyze data from plant canopy analyzers. Lifeasible's Plant Canopy Image Platform provides customers in academia and industry with robust technical and scientific support for structural and functional analyses on various biological topics.
The Plant Phenotype Imaging Platform is a system that integrates multiple plant phenotype imaging technologies and data analysis tools designed for large-scale plant phenotype data collection, processing, and analysis. These platforms provide high-throughput, automated, and standardized methods to study phenotypic features such as plant morphology, structure, and function.
Data from Lifeasible's Real-time In Vivo Plant Imaging service can be used to study the effects of the environment in which plants grow on their internal structure and function. By observing and recording images and data of the plant's interior in real-time, it is possible to gain insight into the physiological responses and adaptations of the plant under different environmental conditions.
To study plant characteristics and traits such as growth pattern, leaf area, flowering time, or response to environmental factors.
Assess crop health and growth in real-time, identify nutrient deficiencies, water stress, or pest outbreaks, and optimize irrigation and fertilization strategies.
Help plant breeders select and breed new plant varieties with desired characteristics such as disease resistance, yield potential, or nutrient use efficiency.
Early identification of plant diseases, pests, or invasive species by analyzing visual symptoms or patterns in plant images.
Monitor the impact of environmental factors such as climate change or pollution on plant health and ecosystem dynamics.
If you are interested in our platform, please do not hesitate to contact us anytime.
