k Foetal ultrasound. Threedimensional 3D ultrasound scan of a human foetus. Its head is at upper left, and it appears to be sucking the thumb of its right hand. The umbilical cord is seen across its abdomen. The image was produced by a third generation 3D ultrasound scanner called Voluson 730. 3D scanning enables physiological disorders such as harelip and spina bifida to be diagnosed before birth. Ultrasound is a diagnostic technique which 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. Editorial Stock Photo - Afloimages
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Foetal ultrasound. Three-dimensional (3-D) ultrasound scan of a human foetus. Its head is at upper left, and it appears to be sucking the thumb of its right hand. The umbilical cord is seen across its abdomen. The image was produced by a third generation 3-D ultrasound scanner called Voluson 730. 3-D scanning enables physiological disorders such as harelip and spina bifida to be diagnosed before birth. Ultrasound is a diagnostic technique which 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.
ED

Foetal ultrasound. Three-dimensional (3-D) ultrasound scan of a human foetus. Its head is at upper left, and it appears to be sucking the thumb of its right hand. The umbilical cord is seen across its abdomen. The image was produced by a third generation 3-D ultrasound scanner called Voluson 730. 3-D scanning enables physiological disorders such as harelip and spina bifida to be diagnosed before birth. Ultrasound is a diagnostic technique which 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.

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10616262

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License type
Editorial

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Creation date
19-11-2010

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