Today, the ultrasound technology has developed a lot to comprise several types such as 3D ultrasound, which is used in generating three-dimensional images of fetuses in wombs. This technique is used widely in obstetric ultrasonography. It is also called phased array ultrasonics. When one needs good 3D ultrasound Niceville FL offer a nice place to make a visit to. Many high-end medical facilities in the area offer the service. The machines are operated by qualified practitioners to ensure efficiency.
This method finds extensive use in non-destructive evaluation of materials for failure and purity assessment. In the normal 2D scanning, sound waves are sent straight down and they get reflected back. The same thing is not true in 3-D scanning because sound waves are sent at different angles. When the echoes return, they are processed by a sophisticated software program to produce a three-dimensional reconstruction of the image.
The invention and patenting of this technique was done by two individuals named Stephen Smith and Olaf von Ramm in the year 1987. The invention occurred at Duke University. A lot of ongoing research is happening in the clinical application of this technique, particularly in fetal anomaly scanning. Also, fetal-maternal bonding has been known to be improved by certain application of the method. There is a lot of similarity between 3-D and 4-D versions of ultrasounds only that 4-D generates images in real-time.
There is not part of the body where 3-D ultrasounds cannot be applied. When the part of the body is the womb of a pregnant woman, the process is distinctively known as elective 3D ultrasounds. With these types of ultrasounds, mothers are able to view the appearance, positioning and sex of their babies. The name keepsake ultrasounds is also used, but its use in the general public is very limited.
Keepsake ultrasounds have been associated with several problems. The process involves introducing ultrasound into the body, which causes slight heating of body tissues. In some instances, the heating may lead to the formation of small pockets of gas in tissues and fluids in the body. The FDA states that these occurrences may endanger the baby and the mother. Also, the long-term effects of the exposure are not known.
More danger is added to the process by the fact that there is no control over exposure time of the mother. In some cases, mothers have to be exposed to the waves for more than one hour just to generate the video. Similarly, keeping the transducer focused on a specific part of the fetus is very hard. This is because fetuses keep shifting in the womb and they are under constant vibration and heating by the transducer.
When one is going for the process, they should empty their bladder and avoid holding urine. Better images can be formed if plenty of water is taken one or two weeks prior to scanning. When one takes a lot of water, a lot of amniotic fluid is formed around the fetus. The amniotic fluid also becomes clear.
When the amniotic fluid is clear image visualization is better. People always the misguided notion that drinking plenty of water immediately before the scanning can help to enhance the image. That is not true.
This method finds extensive use in non-destructive evaluation of materials for failure and purity assessment. In the normal 2D scanning, sound waves are sent straight down and they get reflected back. The same thing is not true in 3-D scanning because sound waves are sent at different angles. When the echoes return, they are processed by a sophisticated software program to produce a three-dimensional reconstruction of the image.
The invention and patenting of this technique was done by two individuals named Stephen Smith and Olaf von Ramm in the year 1987. The invention occurred at Duke University. A lot of ongoing research is happening in the clinical application of this technique, particularly in fetal anomaly scanning. Also, fetal-maternal bonding has been known to be improved by certain application of the method. There is a lot of similarity between 3-D and 4-D versions of ultrasounds only that 4-D generates images in real-time.
There is not part of the body where 3-D ultrasounds cannot be applied. When the part of the body is the womb of a pregnant woman, the process is distinctively known as elective 3D ultrasounds. With these types of ultrasounds, mothers are able to view the appearance, positioning and sex of their babies. The name keepsake ultrasounds is also used, but its use in the general public is very limited.
Keepsake ultrasounds have been associated with several problems. The process involves introducing ultrasound into the body, which causes slight heating of body tissues. In some instances, the heating may lead to the formation of small pockets of gas in tissues and fluids in the body. The FDA states that these occurrences may endanger the baby and the mother. Also, the long-term effects of the exposure are not known.
More danger is added to the process by the fact that there is no control over exposure time of the mother. In some cases, mothers have to be exposed to the waves for more than one hour just to generate the video. Similarly, keeping the transducer focused on a specific part of the fetus is very hard. This is because fetuses keep shifting in the womb and they are under constant vibration and heating by the transducer.
When one is going for the process, they should empty their bladder and avoid holding urine. Better images can be formed if plenty of water is taken one or two weeks prior to scanning. When one takes a lot of water, a lot of amniotic fluid is formed around the fetus. The amniotic fluid also becomes clear.
When the amniotic fluid is clear image visualization is better. People always the misguided notion that drinking plenty of water immediately before the scanning can help to enhance the image. That is not true.
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