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Ultrasound introduction
Views : 853
Author : Yuesen Med
Update time : 2015-04-23 08:00:00
Physical characteristics of the study and application of ultrasound to scan the body in some way, diagnostic science called ultrasound diagnostics of diseases. Ultrasound diagnostics is to study the reaction of the body's ultrasound law, in order to understand the situation inside the body, in modern medical imaging with CT, X-line, nuclear medicine, magnetic resonance parallel, complementary. It is low in intensity, high frequency, the human body without injury, no pain, diverse display method is known, especially for human soft tissue blood flow detection and cardiovascular organ has its unique dynamics observed.
1.Development process
1.Development process
(1)Normal ultrasound/Black and white ultrasound
The earliest use of ultrasound image is black and white, the organizational structure of the fetus can be observed, the measuring head how much, how long the body.
(2)Color ultrasound
Color - Doppler ultrasound probe diagnostic techniques, observed mainly red and blue images, facing probe red, blue and vice versa.
(3)Three-dimensional ultrasound/3D ultrasound
Normal Ultrasound and ultrasound are the two-dimensional image, the two technologies are still in use, but because of the observed effect is more dependent on the amniotic fluid volume and fetal position, once in late pregnancy amniotic fluid or fetal reduction for the mother's back, observing the effect on less than ideal. Moreover, the two-dimensional image can not meet moms "see" baby look like desire. Therefore, in recent years, with the development of computer technology, there was a
three-dimensional ultrasound, which is a two-dimensional image synthesis model that can be observed in all directions from the baby through the screen.
three-dimensional ultrasound, which is a two-dimensional image synthesis model that can be observed in all directions from the baby through the screen.
(4)Four-dimensional ultrasound/4D ultrasound
Currently the world's most advanced color ultrasound equipment. The fourth dimension is the time of this vector. For ultrasonics it, 4D ultrasound technology is a newly developed technology, four-dimensional ultrasound technology is the use of three-dimensional ultrasound images plus time dimension parameters. The technology can obtain real-time three-dimensional images, beyond the limits of conventional ultrasound. It offers including abdominal, vascular, small parts, obstetrics, gynecology, urology, neonatal and pediatric many other areas of application.
2.Probes
(1)Convex array probe Scope
2.Probes
(1)Convex array probe Scope
Abdomen, chest, gynecological, stomach, kidney, heart, etc.
(2)Convex array Scope
Abdomen, small animals, kidney, neonatal tissues and organs
(3)Linear probe Scope
Surface of the skin, thyroid, chest, blood vessels, etc.
(4)Scanning the muscles and tendons using high-frequency linear array probe depth high-frequency linear array is 10CM
(5)The length of the cavity probe about 33CM
(6)And high-frequency linear array probe can detect cavities corner site
Our company have all kinds of ultrasound and probes,any inquiry or questions just contact us freely!
Our company have all kinds of ultrasound and probes,any inquiry or questions just contact us freely!
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