CAscope® is a medical software for evaluation of coronary physiological function, which uses coronary CT imaging images for accurate modeling and data mining to accurately evaluate the fractional flow reserve (FFR) of coronary arteries in patients with coronary artery disease through simulation technology for functional evaluation of patients with coronary lesions.
CAscope® is a Class Ⅲ medical device, and is the latest application of medical imaging, hydrodynamics, AI and cloud computing technology in the medical field. It can non-invasively and quickly extract the three-dimensional coronary tree structure and calculate the value of blood flow reserve fraction (FFR).
Noninvasive (The patient only need to perform coronary CT angiography)
The FFR value at any positionn could be provided
The cost is much less than invasive procedure
No statistical difference with the invasive gold standard
The analysis supports multiple terminal interactions
The automatical analysis takes 2-5mins
XAscope® is a medical software allows morphological and functional analysis of the coronary vessels solely based on DSA images acquired in the cardiology catheterization room. During the invasive coronary angiography procedure, the software can accurately reconstruct the coronary vascular tree in three dimensions based on the acquired DSA images and precisely locate the lesion, and then perform QCA and various functional analyses of the diseased vessel to guide the operator in making intraoperative decisions about stent placement.
Different from other softwares, XAscope® overcomes the problem of 3D reconstruction of multiple vessels and makes the whole analysis more close to the real invasive process.
At present, XAscope is the only product that supports the morphological and functional analysis of the whole coronary tree in China, and the analysis covers multiple functional indicators including FFR, IMR and CFR.
HCscope® is a software applying simulation technology to accurately evaluate the clinical parameters such as transvalvular gradients, perivalvular leakage and ejection fraction,etc in patients with valvular disease by accurate modeling and data mining based on CT imaging, which can be used for functional evaluation of valve. Preoperative planning of the landing zone and implant depth of the valve can be carried out by simulation method, so as to provide surgical strategy guidance for TAVR and further avoid the occurrence of postoperative reflux.
ICAscope® is a software for evaluation of cerebrovascular physiological function. By accurate modeling and data mining based on brain MRI, it accurately evaluates the cerebrovascular fractional flow reserve (FFR) of ischemic patients by simulation technology, which is used for functional evaluation of intracranial vascular disease.
ICAscope® is a Class Ⅲ medical device, and is the latest application of medical imaging, hydrodynamics, AI and cloud computing technology in the medical field. It can non-invasively and quickly extract the three-dimensional intracranial tree structure and calculate the value of blood flow reserve fraction (FFR).