Microsoft project on ultrasound machines

With the further development of technology, new possibilities are also emerging for technical quality testing. In addition, there are recommendations for testing the quality of the image reproduction devices. Wear and tear and technical aging can reduce the performance and image quality of any ultrasound machine. On the other hand, gynecological, urological or cardiological examinations require more specific functions and special probes. Many buyers, however, state that they have no preference for manufacturers when purchasing an ultrasound machine.ДЇor instance, a simple Doppler device with a convex probe and possibly a linear probe for a more detailed imaging of superficial structures are often sufficient for a dermatologist. Some buyers also choose companies such as Toshiba, Esaote or Mindray. Here you can learn more about the individual manufacturers and their products.ДЄccording to current surveys, GE, Philips and Siemens are among the most popular manufacturers of ultrasound equipment. Some manufacturers have focused on individual medical specialties, while others have a broader product range and try to cover the whole ultrasound diagnostics. The medical equipment market is home to a large number of manufacturers of a wide variety of ultrasound machines. The examination is painless and can be performed without general anesthesia.Д®xamination of organs such as heart, kidneys and intestines The probes for veterinary ultrasound must be purchased separately. Two-dimensional representation of a sectional ultrasound image Monitoring of an organ or control of the position of a copper spiral In direct contact with the examined organ The vaginal ultrasound is painless and risk-free for the patient. Gynaecological screening and examination of organs The probe is inserted into the patient via the esophagus (Transesophageal Echocardiography).ДЇunction for determining blood flow velocityД®nables colored display of the blood flow Measuring the thickness of the inner layer of carotid artery Ultrasound Cardiography is one of the most important components of cardiological diagnostics Produces three-dimensional ultrasonic echo blocks Typical, two-dimensional ultrasound imageДЈD Images or Real-Time Video Recording (4D) Application AreaДЄn important field of application is Echocardiography Ultrasound devices are increasingly being used in general medicine, internal medicine, gynaecology, obstetrics and veterinary medicine. Ultrasound devices can be used flexibly, because almost every organ of the human body can be examined by sonography thanks to a large number of probe types. This offers many advantages, for example in the context of a prenatal check-up. Modern ultrasound devices can also generate images in real time other than static and moving images. For example, the acquisition and maintenance costs of an ultrasound device are generally much lower than other large medical devices and start at around 10,000 euros net. In addition, sonography offers doctors a number of advantages. Ultrasound diagnostics is extremely popular in medicine. In principle, ultrasound examinations are carried out in the preventive examinations of pregnant women, neurology, neurosurgery and the examination of the heart or abdomen.

For example, the child's movements, heartbeat and blood flow can be displayed in real time. With 4D ultrasound, the 3D image blocks are processed very quickly one after the other, so that three or more images per second can be displayed.

3D sonography uses 2D images and generates parallel layer images and assembles them. Therefore, in contrast to X-Ray, the patients are not exposed to any radiation, and during the ultrasound examination they only feel a slight warming of the examined body part.

This is primarily due to the fact that the sound waves emitted by the ultrasound device are of relatively low energy. Sonography is very popular, not only because of its low cost, but also because the use of ultrasound is quite risk-free with the right dosage. Sonography is an imaging procedure in which ultrasound waves are used to examine organic tissue.

Microsoft project on ultrasound machines