Used XENOGEN IVIS #9400709 for sale

XENOGEN IVIS is a lab equipment and accessory specifically designed for imaging and analysis of living models and organs through bioluminescence or fluorescent technologies. It is the latest market-leading in vivo imaging platform on the market and is used in a wide range of research and preclinical studies. IVIS allows researchers to visualise and quantify dynamic biological processes and events in live animal models without the need for tissue sectioning or staining. It provides high-resolution images, enabling researchers to obtain detailed insights into diseases and therapies at the molecular level. The compact, high-performance equipment with improved optics offers superior sensitivity and allows for simultaneous image acquisition for multiple reporters. The system is equipped with an advanced detector, an optical lens and a state-of-the-art light-based imaging technology. This enables researchers to capture images in multiple time points and to track fluorescently and bioluminescently labelled samples over time. XENOGEN IVIS module consists of a main unit and an imaging stage with mounts for multiple animal cages. The unit accommodates samples from multiple species, such as rodents and rabbits, and the bioluminescence and fluorescence imaging capabilities can be tailored to researchers' needs. IVIS software features powerful analysis tools and graphical software. Researchers can use the software to control the imaging machine and turn it on remotely and monitor imaging status. Researchers can also import and analyse large datasets of images and analyse the data using various image analysis tools, such as region-of-interest analysis and automatic landmarking. XENOGEN IVIS is an exquisite lab tool that allows researchers to acquire highly detailed images in real-time and accurately quantify the fluorescence or bioluminescence emitted from live model specimens. Its advanced imaging capabilities and intuitive user software make it the perfect tool for conducting sophisticated in vivo studies and analyses.