Description
The MOIS HT small animal in vivo imaging system is a noninvasive imaging system designed for real-time monitoring and visualization of biological processes in small living animals. With bioluminescence and fluorescence imaging capabilities, this system allows researchers to observe molecular and cellular activities in living organisms, providing valuable information on disease progression, treatment efficacy, and underlying biological mechanisms.
In vivo small animal imaging technology is widely used in preclinical research, particularly in areas such as oncology, cardiovascular research, neurology, drug development, gene therapy, and regenerative medicine.
Applications
-
Cancer research
- Pharmacological research
- Stem cell research
-
Development biology
-
Neuroscience
-
Genetics
- Molecular Biology
Main features
- CCD image sensor backlit and cooled to -90°C to reduce background noise
- Quantum Efficiency greater than 90%, with special coating processing of the electornica to ensure high sensitivity in the 500-700 nm range.
- F/Stop≤ 0.95: the optics collects more photons per unit time, capturing finer details and less noise
- Covers a wide range of wavelengths in the 400-900 nm range, suitable for various dyes and probes commonly used in scientific research scenarios
- Includes standard equipment with 19 excitation filters and 7 narrow band filters for emission, which ensure a pure signal to abate the phenomenon of color crosstalk
- Calibrated light source meets NIST standards for absolute bioluminescence quantification, ensuring consistent results across imaging parameters
- Uniformity of excitation light intensity ensures consistent results in all scenarios
-
Field of view (FOV) ≥ 25cm × 25cm: allows simultaneous monitoring of at least 5 animals
- The machine is also equipped with gas anesthesia masks already set up for active recovery of spent gases.
