In recent months the naturally-preserved mummy known as Gebelein Man (on display in Room 64, the Early Egypt gallery at the British Museum) has been revealing some of his long-held secrets.

Gebelein Man, Predynastic period, around 3500 BC, Gebelein, Egypt, British Museum EA32751 (PH๏τo: (c) The Trustees of the British Museum)

He was buried in about 3500 BC (if not earlier) at the site of Gebelein in Upper Egypt. Direct contact with the H๏τ, dry sand naturally mummified his body, making him one of the best-preserved individuals from ancient Egypt. He has been in the British Museum collection for over 100 years and in 2012 he was taken out of the Museum for the first time to be CT scanned.

Exploring the scans of Gebelein Man on the autopsy table.

On the morning of 1st September this year, Gebelein Man was carefully packed and taken to the Bupa Cromwell Hospital in London. The detailed images and 3D models created from the high resolution X-rays taken there have allowed us to look inside his body and learn more about his life and his death in ways never before possible. As far as I’m aware, this is the first time that a well-preserved Predynastic mummy has ever been CT scanned.

Not only have we been able to discover that Gebelein Man was young when he died (18-21 years) but, unexpectedly, we have also learned that he died because he was stabbed in the back. The analysis of ancient human remains rarely reveals the cause of death but the cut on his back, as well as the damage to the underlying shoulder blade and rib, are characteristic of a single, fatal, penetrating wound.

With the help of the Interactive Insтιтute (Opens in new window), a virtual autopsy table (a new state-of-the-art interactive exhibit based on medical visualisation technology) is on show in Room 64 for a limited time (16th November to 16th December 2012) and will let visitors explore this natural mummy for themselves, using the interactive touchscreen and the gesture-based interface. Information points at relevant locations guide visitors to the more significant discoveries we have made.