C502104075

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C502104075 is an application used to diagnose embryonic heart disease in medical imaging. It is a type of ultrasound equipment used for diagnosing a variety of fetal malformations, including structural heart defects. This application has been developed primarily to detect some of the more common congenital heart defects in newborns and to aid in the detection and quantification of left/right ventricular size, chamber size, and other important ultrasound parameters.

Unlike traditional imaging techniques, C502104075 uses "3D echo sounding" to penetrate deeper into the embryonic heart and expose potential abnormalities that may not be visible on 2D examinations. The 3D echo sounding uses a wide-angle transducer to record high-resolution images of the heart and other organs. By analyzing the data produced by the transducer, a detailed map of the heart can be generated. This map increases the accuracy of diagnosis and has been proven to provide highly accurate results.

Aside from its diagnostic applications, C502104075 is also used in endoscopic imaging procedures. Endoscopic imaging takes advantage of technology such as ultrasound, magnetic resonance imaging (MRI), and computed tomography (CT) to safely capture images from inside the human body. By utilizing the advanced imaging capabilities of C502104075, doctors can more effectively and accurately inspect organs and diagnose any potential problems.

This application also has some unique features that make it particularly useful in some medical scenarios. For instance, the 3D echo sounding and other imaging capabilities of C502104075 can be used to detect and monitor intracardiac shunt placement during cardiac catheterizations. Additionally, this technology can also be used to better assess the effectiveness of cardiac prostheses and to monitor the progress of these prostheses over time.

In addition to providing diagnostic benefits, C502104075 is also used in many types of imaging-guided procedures. The 3D echo sounding of C502104075 enables physicians to guide microwires and other probes through body cavities and perform non-invasive cardiac procedures with minimal risk and optimal effect. For example, this procedure can be used to assist in pacemaker implantations, to assess cardiac lesions, and to diagnose various cardiac abnormalities.

The working principle of C502104075 is based on the ultrasound phenomenon. Ultrasound waves are used to locate and identify objects by sending out a sound signal of a high frequency that reflects back when it contacts solid objects. C502104075 transducer produces the sound waves, and the reflected sound wave common back to the transducer is then collected as an image. Then, a computer evaluates the image pixel by pixel to generate a map of the organ detected by the ultrasound.

C502104075 is an advanced imaging technology that has revolutionized the diagnostic and therapeutic capabilities of modern medicine. By combining 3D echo sounding with other imaging techniques, C502104075 enables doctors to detect and monitor a variety of pathologies and to perform minimally invasive procedures with optimal effect. Due to its versatile application field and working principle, it is an invaluable medical tool that has been used to diagnose and treat a variety of conditions.

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