ARC Journal of Radiology and Medical Imaging Volume 3, Issue 2, 2018, PP 2-3 www.arcjournals.org ARC Journal of Radiology and Medical Imaging Page | 2 Johann Sebastian Bach’s Remains – A Call for 3-D Computer Tomography Imaging Andreas Otte* Division of Biomedical Engineering, Faculty of Electrical Engineering and Information Technology, Offenburg University, Badstr. 24, D-77652 Offenburg, Germany SHORT COMMUNICATION On October 22, 1894, the alleged skeleton of famous composer and virtuoso on the harpsichord and organ, Johann Sebastian Bach (born March 21, 1685, in Eisenach; died July 28, 1750, in Leipzig) was found. In his treatise from 1895 titled “Anatomical research on Johann Sebastian Bach´s remains and face, including comments on the likenesses prepared thereof”, anatomy professor Wilhelm His, Sr. (1831–1904), who was consulted for the excavation, examined in detail the temporal bone and focused on the facial reconstruction with the help of sculptor Carl Ludwig Seffner (1861–1932), but his statements regarding the post-cranial skeleton are only marginal [1].However, His made a photograph of the anterior view of Bach´s skeleton in good quality and acceptable resolution, and included a ruler (photograph see page [57] at: http://digital.slub- dresden.de/id302656669). This photograph of the skeleton has not been further analysed up to now, although it is most thrilling – anatomically, anthropologically, and anthropometrically, and worth a closer look. Many details undermine its authenticity, for instance, the prominent muscle lines on the bones of the arms [2–4], or the extraordinarily large hands [5], which are indeed reported historically by the organist and writer, Christian Friedrich Daniel Schubart (1739–1791) [6]: “His fist was gigantic. He could, for example, reach a twelfth with the left hand and then colour in between with the middle fingers.” The 2-D high resolution photograph of Bach´s skeleton from the digitalized work from His [1] is the only (limited) material available. To undermine further research on Bach´s skeleton, of course, a study completed on the original remains would be desirable. Alternatively, a (non-invasive) 3-D computer tomography of Bach´s casket would suffice to create high-resolution 3-D images of the skeleton with all its fascinating details as can be assumed already from the photograph [4, 5]. With sarcophagi of ancient mummies, this approach has been successful [7] (full article available at: http://www.nuclmed.gr/magazine/eng/may1 3/70.pdf ). REFERENCES [1] His, W. Anatomische Forschungen über Johann Sebastian Bachs Gebeine und Antlitz nebst Bemerkungen über dessen Bilder. In: Abhandlungen der Mathematisch-Physischen Klasse der Königlich-Sächsischen Gesellschaft der Wissenschaften; 22,5 (Hirzel, 1895). [2] His, W. Johann Sebastian Bach. Forschungen über dessen Grabstätte, Gebeine und Antlitz. Bericht an den Rath der Stadt Leipzig, 1–22 (F. C. W. Vogel, 1895). [3] Rosenthal, W. Die Identifizierung der Gebeine Johann Sebastian Bachs mit Bemerkungen über die „Organistenkrankheit“. In: Deutsche Akademie der Naturforscher Leopoldina 8/9: 235–241 (1962). [4] Otte, A. Johann Sebastian Bachs sterbliche Überreste – Teil I: Das Gesamtskelett. [Johann Sebastian Bach's remains: Part I – The skeleton in total]. Arch Kriminol 2018: in press. [5] Otte, A. Johann Sebastian Bachs sterbliche Überreste – Teil II: Die Hände. [Johann Sebastian Bach's remains: Part II – The hands]. Arch Kriminol 2018: in press. [6] Forkel, J. N. Über Johann Sebastian Bachs Leben, Kunst und Kunstwerke. Hoffmeister & Kühnel (1802). *Corresponding Author: Andreas Otte, Division of Biomedical Engineering, Faculty of Electrical Engineering and Information Technology, Offenburg University, Badstr. 24, D-77652 Offenburg, Germany, Email: andreas.otte@hs-offenburg.de