Product Information
Characteristics
Voxel resolution
30 μ m (Standard), 10 μ m (HR), 4 μ m (UHR), 2.4 μ m (XUHR)
Maximum cross-sectional field of view (tFOV)
± 75mm ※ 1
X-ray radiation dose
<2mGy
X-ray detector
large-sized CMOS flat panel detector
Focus size
25 μ m or 17 μ m
Minimum scanning time
5 seconds
Scanning objects
mice, rats, guinea pigs, koalas, rabbits, ferrets, small tamarins
Unique features
CT enhanced scanning, dynamic enhanced scanning, multi gated scanning (heartbeat and respiration gating), dual energy and bone density examination (DEXA method)
Description
Adaptive diagnostic CT
The U-CT system is high-speed and can scan a mouse total body in 5 seconds with ultra low radiation doses, down to less than 2 mGy whole-body. By default, both mice and rats can be imaged. Optionally, the system can be upgraded to image medium size animals, enabling whole-body rabbit imaging. Four performance levels ensure a system configuration that can be adapted to users’ needs. These four performance levels are: Standard E-Class CTSD with reconstructed voxel resolution down to 30 μm, High-Resolution U-CTHR with reconstructed voxel resolution down to 10 μm, Ultra-High Resolution U-CTUHR with reconstructed voxel resolution down to 4 μm, and Extra-Ultra-High Resolution U-CTXUHR with reconstructed voxel resolution down to 2.4 μm using a dedicated ex vivo sample holder.
Optimized for in vivo imaging, the U-CT system features advanced diagnostic capabilities including dynamic contrast-enhanced (DCE) CT imaging using single- or dual-energy scans, ultra-fast fluoroscopic imaging with up to 66 frames per second, DEXA scanning, virtual endoscopy, and cardiac and respiratory gating – sensor-free if desired for simultaneous multi-animal imaging.
Molecular CT upgrades
Available as a stand-alone diagnostic CT, the U-CT unit can also be fully integrated with MILabs’ PET, SPECT, and Optical imaging modules. The fusion of these molecular imaging techniques without loss of diagnostic CT capabilities expands applications beyond the reach of other hybrid molecular imaging systems.
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