In vivo documentation systems for advanced imaging of plants and animals, enabling image acquisition and analysis for fluorescence, luminescence, gene expression, and physiological studies.
Long description: In vivo documentation systems designed for image acquisition, visualization, and analysis in biomedical, biotechnological, and plant research applications. Available in different configurations for plant and animal studies, these systems support fluorescence, bioluminescence, Cerenkov luminescence imaging (CLI), infrared imaging, and 2D/3D tomography, depending on the selected model.
Plant imaging systems enable the analysis of whole plants, seeds, fruits, leaves, and Petri dishes, and may include lighting simulation modules for plant growth and photoperiod experiments. Applications include chlorophyll fluorescence, protein interaction studies (luciferase), gene expression analysis (GFP), microbial and mutant screening, and evaluation of physiological stress effects on plant growth. Animal imaging systems include options with highly sensitive cooled cameras, visible and infrared light detection, 2D or 3D imaging, and integration with anesthesia systems. They allow simultaneous analysis of multiple animals and support techniques such as fluorescence, bioluminescence, and fluorescence tomography, depending on the model. Applications include gene therapy studies, drug development, angiography, and cellular analysis using luminescent or phototherapeutic markers.
Plant Documentation System
Specifications of the various available models:
- Includes lighting simulation modules for plant growth rate and photoperiod experiments, depending on the model.
- Allows visualization of whole plants, as well as seeds, fruits, leaves, and Petri dishes.
- Possible applications: chlorophyll fluorescence, protein interaction studies (luciferase), gene expression (GFP), microbial screening, mutant screening, and evaluation of physiological stress effects on plant growth.
- Is infrared light illumination required for measuring leaf absorbance and calculating Photosystem II electron transfer rate?
- Is GLP compliance required?
- Is a cooled camera required?
Animal Documentation System
Specifications of the various available models:
- Includes cooled cameras down to -90°C, -65°C, or -45°C, depending on the model. Is this relevant for your application?
- How many animals need to be analyzed simultaneously: 4, 5, or up to 10?
- Is 3D imaging required, or is 2D sufficient?
- Should an anesthesia system be included?
- What detection spectrum is required: visible light (400–900 nm), near-infrared (900–1000 nm or 900–1700 nm)?
- Available imaging techniques, depending on the model: luminescence, fluorescence, Cerenkov luminescence imaging (CLI), fluorescence upconversion imaging, 3D bioluminescence tomography, 3D fluorescence tomography, multimodal image fusion, and X-ray imaging. Which techniques are required?
- Applications: cell analysis using luminescent or phototherapeutic markers (luciferase, Ce6, DiR, calcein, Fluc, etc.), gene therapy, drug development, and angiography.
Please let us know your desired specifications and our team will recommend the most suitable equipment.
