3D printing research trend series: 3D printing combined with medical treatment

This series focuses on the application of 3D printing in cardiac medicine and embryonic medicine. It prints the data obtained by noninvasive-imaging technologies (NITs) through 3D printing. The general non-invasive imaging technology has 3D ultrasound (3DUS). ), nuclear magnetic resonance (MRI), tomography (CT), the following describes the trend of medical application of 3D printing models by way of case.

3D printing research trend series: 3D printing combined with medical treatment

3D printing can print CT scan data in cardiac medicine, and more intuitive diagnosis of the disease:

It can also print CT scans of the human aorta to provide a more intuitive basis for the diagnosis of aneurysms:

3D printing research trend series: 3D printing combined with medical treatment

The application of 3D printing in embryology medicine can reproduce the 32-week fetus through 3D printing:

3D printing research trend series: 3D printing combined with medical treatment

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Polyols are a group of alcohols that contain two or more hydroxyl groups in their molecules. The general formula is CnH2n+2-x(OH)x(x≥2). Polyols are generally soluble in water. Most polyols are viscous liquids or crystalline solids with high boiling points, strong solubility in polar substances, low toxicity and volatility. The boiling point, viscosity, relative density and melting point increase with the increase of molecular weight.

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