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Real-time three-dimensional ultrasound visualization of erection and artificial coitus

Deng, J; Hall-Craggs, MA; Pellerin, D; Linney, AD; Lees, WR; Rodeck, CH; Todd-Pokropek, A; (2006) Real-time three-dimensional ultrasound visualization of erection and artificial coitus. INT J ANDROL , 29 (2) 374 - 379. 10.1111/j.1365-2605.2005.00617.x.

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Abstract

To investigate the feasibility of imaging penile erection and coitus in real time and in three dimensions, a 'Live' three-dimensional (3-D) ultrasound system was used to acquire the volume of interest at 25 Hz from five healthy men. Water baths and gel-made artificial vaginas were devised to facilitate the 3-D scans without the probe being in direct contact with the penis. For the first volunteer scanned with the water bath alone, the penis failed to erect within 30 min. For the other four volunteers, the 'vagina' successfully initiated and maintained the erection and allowed artificial intercourse. Results have shown that the 'Live' 3-D ultrasound and minimally compressive imaging techniques together can offer an objective means for visualizing erection and coitus in spatial totality and temporal reality. They can be further developed to reveal more reliable details about the dynamic morphology, improving scientific understanding of sexual activities and clinical management of related problems.

Type:Article
Title:Real-time three-dimensional ultrasound visualization of erection and artificial coitus
DOI:10.1111/j.1365-2605.2005.00617.x
Keywords:coitus, dynamic morphology (or functional anatomy), erection, matrix-array transducer, real-time, sexual medicine, three-dimensional, ultrasonography, MAGNETIC-RESONANCE, PEYRONIES-DISEASE, PENILE PROSTHESIS, BODY PARTS, ECHOCARDIOGRAPHY
UCL classification:UCL > School of Life and Medical Sciences > Faculty of Medical Sciences > Medicine (Division of)
UCL > School of Life and Medical Sciences > Faculty of Population Health Sciences > Institute for Women's Health > Maternal and Fetal Medicine
UCL > School of BEAMS > Faculty of Engineering Science > Medical Physics and Bioengineering

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