k Embryo, 3D ultrasound scan Embryo. Coloured 3D ultrasound scan of a seven weekold embryo upper center in the uterus. Between weeks six and eight the face becomes recognisable, the trunk straightens, the tail disappears and the limbs become jointed. At this stage of development the embryo is around 2 centimetres long. Ultrasound scanning is a diagnostic technique that sends highfrequency sound waves into the body via a transducer. The returning echoes are recorded and used to build an image of an internal structure. Foetal ultrasound scanning is routine during pregnancy. 3D scanning uses computer technology to return more detailed images than conventional 2D scans. Stock Photo - Afloimages
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Embryo, 3 D ultrasound scan Embryo. Coloured 3 D ultrasound scan of a seven  week old embryo  upper center  in the uterus. Between weeks six and eight the face becomes recognisable, the trunk straightens, the tail disappears and the limbs become jointed. At this stage of development the embryo is around 2 centimetres long. Ultrasound scanning is a diagnostic technique that sends high frequency sound waves into the body via a transducer. The returning echoes are recorded and used to build an image of an internal structure. Foetal ultrasound scanning is routine during pregnancy. 3 D scanning uses computer technology to return more detailed images than conventional 2 D scans.
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Embryo, 3-D ultrasound scan

Embryo. Coloured 3-D ultrasound scan of a seven- week-old embryo (upper center) in the uterus. Between weeks six and eight the face becomes recognisable, the trunk straightens, the tail disappears and the limbs become jointed. At this stage of development the embryo is around 2 centimetres long. Ultrasound scanning is a diagnostic technique that sends high-frequency sound waves into the body via a transducer. The returning echoes are recorded and used to build an image of an internal structure. Foetal ultrasound scanning is routine during pregnancy. 3-D scanning uses computer technology to return more detailed images than conventional 2-D scans.

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