EUS meets Voxel-Man is a multimedia training system for gastroenterology, which provides a unique approach to longitudinal endoscopic ultrasound (EUS). Due to the flexible tip of the endoscope, this imaging modality produces oblique cross-sectional images, which can only be interpreted correctly with an excellent understanding of the human anatomy.
- Lower esophagus
- Gastric fundus
- Duodenal bulb
- Duodenum at the level of the papilla
- Deep part of the duodenum
Navigation of the virtual probe is controlled with a mouse or touch screen, simulating the rotation and sideways angulation of the endoscope.
The scenes displayed on the monitor were created from a high resolution model of the inner organs derived from the Visible Human. They consist of a three-dimensional view of the anatomy on the left, indicating the current position and orientation of the ultrasound probe relative to important structures such as vessels and organs, and the resulting anatomical cross-sections shown on the right. For comparison with clinical EUS examinations, they are complemented with a typical sector image of a linear EUS instrument.
Although this approach provides only two degrees of freedom for controlling the probe instead of six available in a real examination, it has been found that all of the important landmark structures can be found. By providing a better insight, the program makes an important contribution to patient safety.
- Eike Burmester, Thomas Leineweber, Silke Hacker, Ulf Tiede: EUS meets VOXEL-MAN. Hitachi Medical Systems, Wiesbaden, 2007. (DVD, ISBN 978-3-00-019545-7).
- Eike Burmester, Thomas Leineweber, Silke Hacker, Ulf Tiede, Thomas H. Hütteroth, Karl Heinz Höhne: EUS meets VOXEL-MAN: Three-dimensional anatomic animation of linear-array endoscopic ultrasound images. Endoscopy 36, 8 (2004), 726-730.
- Eike Burmester, Thomas Leineweber, Ulf Tiede: EUS meets VOXEL-MAN: Ein virtuelles Trainingsprogramm für den endoskopischen longitudinalen Ultraschall. In Christoph F. Dietrich (Hrsg.): Endosonographie: Lehrbuch und Atlas des endoskopischen Ultraschalls. Georg Thieme Verlag, Stuttgart, 2008, 13-17.
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