PubMed Health⌕ Search

Biomedical subjects

R H Deane

Publications and source records attributed to R H Deane.

3 recordsLinked to original sources

Spondylolysis in children who have osteopetrosis.

Five of seven children who were managed for osteopetrosis had either cervical spondylolysis or lumbar spondylolysis, or both. Three of the children had lumbar spondylolysis only, one had cervical spondylolysis only, and one had spondylolysis in both areas. The five patients were followed for an average of forty-one months (range, sixteen to seventy-two months) after the diagnosis of spondylolysis was made. Three of the patients were managed non-operatively with a lumbosacral corset or a thoracolumbosacral orthosis. One of these three patients, who also had cervical spondylolysis and neck pain, had a posterior cervical arthrodesis, but a stable pseudarthrosis developed. All five patients were asymptomatic at the latest follow-up evaluation, although two had had prolonged low-back pain. We believe that cervical or lumbar spondylolysis is present in children who have osteopetrosis more often than has been previously recognized. The spondylolysis in such children often is associated with low-back pain. The symptoms may be part of the initial presentation that leads to the diagnosis of autosomal dominant osteopetrosis. In one patient, the spondylolysis was associated with a grade-I spondylolisthesis at the time of presentation. This was the only patient who had a slip, and the slip did not progress.

Braces↗

Long-term follow-up of six patients with acute spinal injury following dural decompression.

We report six cases of spinal injury in which there was bony encroachment on the spinal cord. At the time of decompression the dura was noted to be tense and non-pulsatile. This method of anterior decompression of burst fractures of the spine suggests that bony decompression of the spinal canal associated with durotomy released the spinal epidural veins which had become congested and had inhibited the free flow of CSF, and we believe also had decreased arteriolar inflow to the cord. Full neurological recovery occurred in three of the six neurologically impaired patients and partial recovery in the remaining three. We believe that a dural decompression may be of some use in preventing a 'compartment syndrome' of the spinal cord. Further animal studies are recommended before the procedure is used routinely.

Acute Disease↗