‘Railway spine’ was the name given to the widespread finding
of chronic back pain and disability associated with railway injuries, and
reaching near epidemic proportions in mid and late nineteenth century England. It
has many similarities with other post-traumatic conditions and provides lessons
about chasing physical diagnoses, and the role of psychosocial factors (in
particular, the role of compensation). Lessons that we never seem to learn.
Railway spine was characterised by a variety of physical
disorders attributed to a railway accident, in patients with no significant
organic injury. The symptoms varied and included back pain, limb pain,
headache, fatigue, dizziness, memory loss, and sensory changes and weakness in
the limbs. At the time, the mechanism for the condition was still thought to be
organic, but without identification of an organic process, theories developed
which matched the thinking of the time. The condition was thought to be a form
of neurasthenia: irritation of the nervous system secondary to the physical
shock of the accident. Various terms were used for this such as spinal
concussion, traumatic neurosis and nervous shock.(1)
In the nineteenth century, neurosis, neurasthenia and
nervous shock were seen as physical disorders of the nervous system, separate
to mental or emotional conditions. Although the mechanism was thought to be
through the physical impact of the collision, some element of exaggeration was
suspected in claims for railway spine.(2) Later, near the end of the
nineteenth century, psychological theories were developed for conditions like
railway spine.
Whatever the mechanism behind railway spine, the association
with compensation was indisputable. By validating the physical nature of the
disease (albeit with theories only), the medical community smoothed the way for
sufferers to successfully sue the railway companies and by the 1860’s the
railway companies were paying out large sums in compensation for this condition
and were losing almost every personal injury case that went to court.(3,4)
The difficulty with assessment of the cases (due to lack of
physical evidence of injury) was noted at the time and, interestingly, a
proposal for an independent review panel, consisting of physicians, surgeons
and a legal advisor was suggested,(2) similar to solutions proposed
and implemented for compensation cases today. When the theories regarding the
cause of the condition turned towards psychological factors rather than
physical, claims became harder to support and the reporting of railway spine
subsided.
The bottom line
Railway spine was a constructed condition that had no
physical basis and was completely determined by psychosocial phenomena. Doctors
explained it in physical terms and falsely attributed the symptoms to a
mechanical cause (the railway injury), no matter how slight that injury. Does
anybody else see the similarities with whiplash?
1. Trimble MR. Post-traumatic
neurosis: from railway spine to whiplash. New York: John Wiley & Sons; 1981
2. Railway injuries: a
medico-legal subject, The Lancet, 1861, Sept 14, 255-6
3. Cohen ML, Quinter JL. The
derailment of railway spine: a timely lesson for post-traumatic fibromyalgia
syndrome. Pain Reviews. 1996;3:181-202.
4. Harrington R. The railway
accident: trains, trauma and technological crisis in nineteenth century
Britain. York: University of York,
Institute of Railway Studies; 2004. Available from: http://www.york.ac.uk/inst/irs/irshome/papers/rlyacc.htm.
Hah, I tell all my residents about railway spine.
ReplyDeleteHave you read "Whiplash and Other Useful Illnesses" by Malleson? He starts with railway spine, follows Edward Shorter for the most part (the "symptom pool") but adds an interesting layer of medicolegal aspects (he's an expert witness against the diagnosis).
I'm a neurologist, see a lot of cases of post concussion syndrome that are more disabled for longer than one would expect from the mechanism of injury. Malleson points to a similar trend in the chronic whiplash population: low impact velocity is a risk factor for a more prolonged and severe syndrome. Will be interesting to see if the latest generation of MRI techniques can find a structural / organic basis for that (not just neuropsychological testing, which simply provides evidence that the symptoms described are in fact taking place, without showing why they happen).