There was recently a documentary on Channel 4 (in Britain) that highlighted an individual with Fibrodysplasia Ossificans Progressiva, a progressive bone disease in which the ‘bodies natural repair mechanism causes fibrous tissues (ligaments, tendon, and muscles) to become ossified when damaged’. Typically lumbered with the name ‘Stone Man Syndrome‘, the genetic disease is thankfully very rare, with a rough prevalence of around 1 in every 2 million people, and a total of 700 cases confirmed out of 2500 worldwide at the current time. However it is ultimately devastating for the individual who has the disease, as it can lead to full ossification of every joint in the body, whilst the ossification of the fibrous tissues is typically very painful. A full introduction to the disease can be found here on the emedicine website.
The program, entitled ‘The Human Mannequin‘, dealt with teenager Louise Wedderburn’s attempts to break into the fashion industry, despite her having this terrible disease. The information byline for the show asked if the ‘notoriously image conscious fashion industry (would) accept her?’. However, as the program progressed, it was clear to see that Louise had the tenacity necessary and had started to make clear progress towards her ideal career by gaining work placements at well recognised fashion magazines, and by starting to make her name known in the industry.
This program clearly was not about the disease itself, but about one person realising their dreams despite the disease. As such, there was minimal background information regarding the history of the disease or of the prognosis of Fibrodysplasia Ossificans Progressiva (FOP). Instead, this program helped to raise of the profile of a dynamic young individual who, despite having this disease, is determined to make the most of her life. The viewer was allowed access into what life is like for a person suffering this disease, both for the drawbacks, and the numerous hospital visits, but also for the everyday glimpses of how you can still live your life and make a positive impact. I would wholeheartedly recommend watching the program if you have the chance.
Perhaps the most famous sufferer of FOP is a person called Harry Eastlack(1933-1973), who bequeathed his skeleton to medical science whilst he was alive, in the hope that his bones may one day help future researchers uncover a cure or help ease fellow sufferers. Dying just short of his 40th birthday through complications arising via FOP, Harry Eastlack had became entombed within his own skeleton as every joint ossified and fused completely, leaving only his lips free to move.
Today researchers and medical staff at the College of Physicians in Philadelphia and the Mutter Medical Museum use his skeleton to help test and compare lab results, and learn and study about the effects of FOP via his remains; Harry’s skeleton is only one of the few existing skeletons in the world with FOP, and provides a very important source of knowledge, both for the medical world and the general public.
There are no known instances of FOP disease in the archaeological record, likely because it is so rare and the fact that prehistoric/historic individuals would not have likely survived as long as individuals do today with the condition. However it is worth reading up on the disease just in case, and I would, once again, recommend watching the program. As so often in the fields of archaeology and human osteology, we only get to investigate the bones of the dead themselves, they cannot tell us directly their lives or suffering, so we must, as osteoarchaeologists, beware of what the bones can tell us!
Further sites of interest:
- Bone, a Master of Elastic Strength A New York Times piece on the architecture of bone.
- IFOPA International Fibrodysplasia Ossifcans Progressiva Association homepage, with pages on funding, clinical research and help for families.
- IFOPA Facts Sheet A fact sheet detailing the disease.
- Genetics Home Reference on FOP Guide to understanding the genetics behind FOP.
- Medscape Reference on FOP A page detailing the medical details of the disease including clinical presentation, pathophysiology, epidemiology, treatment, and prognosis.