It can not only realize the high resolution imaging of isolated samples, but also satisfy the whole body imaging of living animals .
Deep diversity reconstruction algorithms and
post-processing techniques, bring clearer
picture quality and richer sense of hierarchy.
Excellent spatial resolution(< 6 μm@10%MTF),
voxel resolution up to 1μm.
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GPU acceleration technology can be used to achieve real-time reconstruction of the fastest scanning mode, and improves the image processing capabilities.
It supports a varity of living experiments, in vitro experiments, insect experiments, plant experiments and user-defined protocols. According to the scanned objects and intended usage, user can select the best scanning protocol.
The interface configuration includes the gas anesthesia interface, real-time video monitoring interface of animal cabin, testing interface of animal physiological parameters, automatic liquid injection interface, etc.
Basicly coverage all applications of micro CT (including complete bone analysis/fat analysis solutions):
* Chinese/English bilingual software interface, easy to use;
* Efficient and flexible data acquisition and reconstruction;
* Professional image rendering/technology;
* Support multiple data formats: RAW/IMG/PNG/AVI/OBJ/DICOM/STL..
Using advanced retrospective ECG gating and
respiratory gating techniques to effectivly control
for cardiac and motion artifacts;
Equipped with animal physiological information
(breathing, heartbeat) monitoring system.
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During CT scanning, the acquisition software interface allows for real-time monitoring of the X-ray dose rate and cumulative dose received by the animal, ensuring that the radiation dose received by the animal in each experiment remains within the expected safety range.
· Heart rate and breathing monitoring and gating system:Continuously detect, transmit, and process animal vital signs data, and control the impact of breathing and heartbeat on imaging;
· Video surveillance: Observing the activities of mice and rats inside the cabin；
· Equipped with an anesthesia system and gas recovery function;
· Heating function: Continuously maintain the body temperature of large/small mice during the scanning process;
· Cabin interface recognition: Identify cabin types to avoid collisions；
· Lighting function: used in conjunction with video surveillance；
· Cabin anti-fall design；
· Cabin cover recognition function: If the cabin does not have a cover, the system will not initiate scanning,
Prevent animals from waking up and escaping due to forgetting to close the hatch cover.
Surface radiation dose <1 u Sv/h - to reach the background radiation level (FDA Standard Test Method).
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