3D ultrasound Topeka is one of the most exciting paths for parents to walk down in the journey to meeting their new baby. This revolutionary technique allows eager families and expectant mothers to see a realistic image of the unborn baby and hear its heartbeat accurately.
The technique of 3D scans was first developed in 1987 and the uses have expanded massively since then. In a 3D ultrasound, sound waves are bounced at the fetus from different angles. Sophisticated computer programs then stitch these sound waves together to form a three dimensional image. These images that portray width, height and depth, are then cast onto various monitors where it is possible to explain the imagery to clients.
In most cases this technique is used to determine the sex of the fetus. Ideally this is done at 20 weeks. There have been recorded cases of determining the sex as early as 12 weeks but in order to avoid disappointment it is recommended to wait till 20 weeks have passed. Another result of this scan is also a clear heartbeat that can be heard.
Medical professionals debate the use of 3D scans for non medical use such as sex determination. Tests have been mostly inconclusive as far as the effects of the ultrasound on the fetus go. Studies show that the fetus could be affected negatively with prolonged exposure, frequency or intensity to sonogram waves. In India it is illegal to use 3D ultrasound technology to determine only the sex of the baby. Indian natives prefer baby boys to baby girls. The revelation of the sex could result in abortions when the parents find out that the fetus is female.
Technology has advanced significantly in the last decade and 3D ultrasound now has even more benefits than before. Sonograms are being used to detect fetal anomalies of the heart, having empowering effects and offering options to clients. Testing is also under way to establish neurological and behavioral elements that can diagnose cerebral palsy in early fetus stages.
It is a much debated topic that there are no direct benefits for the mother or unborn child when 3D scanning occurs. There has been research that indicates a stronger mother child bond could result but the research was mostly inconclusive. There is however several indirect benefits that parents to be could reap the rewards of, including being aware of developmental problems before the child is born.
Recent developments in technology have meant that the world of 3D ultrasounds, which was largely reserved for first world countries, has started to become an option in rural areas in all parts of the world. Raw data is collected at the rural point and is sent via mobile links to a central processing station where the images are obtained. This opens a whole new world of medicine for poor countries.
3D ultrasound Topeka is among the most established centers in the world, with first class service and attention to its clients. Not only can you expect highly advanced technology - but down to earth and friendly service from the staff.
The technique of 3D scans was first developed in 1987 and the uses have expanded massively since then. In a 3D ultrasound, sound waves are bounced at the fetus from different angles. Sophisticated computer programs then stitch these sound waves together to form a three dimensional image. These images that portray width, height and depth, are then cast onto various monitors where it is possible to explain the imagery to clients.
In most cases this technique is used to determine the sex of the fetus. Ideally this is done at 20 weeks. There have been recorded cases of determining the sex as early as 12 weeks but in order to avoid disappointment it is recommended to wait till 20 weeks have passed. Another result of this scan is also a clear heartbeat that can be heard.
Medical professionals debate the use of 3D scans for non medical use such as sex determination. Tests have been mostly inconclusive as far as the effects of the ultrasound on the fetus go. Studies show that the fetus could be affected negatively with prolonged exposure, frequency or intensity to sonogram waves. In India it is illegal to use 3D ultrasound technology to determine only the sex of the baby. Indian natives prefer baby boys to baby girls. The revelation of the sex could result in abortions when the parents find out that the fetus is female.
Technology has advanced significantly in the last decade and 3D ultrasound now has even more benefits than before. Sonograms are being used to detect fetal anomalies of the heart, having empowering effects and offering options to clients. Testing is also under way to establish neurological and behavioral elements that can diagnose cerebral palsy in early fetus stages.
It is a much debated topic that there are no direct benefits for the mother or unborn child when 3D scanning occurs. There has been research that indicates a stronger mother child bond could result but the research was mostly inconclusive. There is however several indirect benefits that parents to be could reap the rewards of, including being aware of developmental problems before the child is born.
Recent developments in technology have meant that the world of 3D ultrasounds, which was largely reserved for first world countries, has started to become an option in rural areas in all parts of the world. Raw data is collected at the rural point and is sent via mobile links to a central processing station where the images are obtained. This opens a whole new world of medicine for poor countries.
3D ultrasound Topeka is among the most established centers in the world, with first class service and attention to its clients. Not only can you expect highly advanced technology - but down to earth and friendly service from the staff.
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