Cervical rudimentary meningocele in adulthood

Infant Rudimentary Meningocele with Tethering of the Cervical Cord: A Case Report

Rudimentary meningoceles of the spine with dural extension are very rare and warrant surgical excision to prevent infection and long-term neurological deficits in pediatric patients. We present the case of a 5-month-old infant with a tethered spinal cord secondary to a rudimentary meningocele. The patient presented shortly after birth with a midline cervical dimple that was evaluated for a suspected dermal sinus tract. Magnetic resonance imaging scan of the spine showed a sinus tract with intradural extension to C2-3 and external opening at the level of spinous process C5. En bloc surgical excision and spinal cord release were successfully performed. Histological analysis of the specimen confirmed the presence of two blunt sinus tracts and staining was consistent with a rudimentary meningocele. Intradural rudimentary meningoceles in infants can successfully be managed with surgical intervention. Surgery is indicated to prevent future motor complications from spinal cord tethering and neoplastic growth from the rudimentary meningocele.

True Cervicothoracic Meningocele: A Rare and Benign Condition

Cervical meningoceles are rare spinal dysraphism, accounting for approximately 7% of all cystic spinal dysraphism. In spite of the rarity, the clinical course is most of the times benign. The surgical treatment includes resection of the lesion and untethering, when presented. We present a 14-day-old female child with true meningoceles who underwent to surgical excision and dura-mater repair. Retrospect analysis of the literature concerning true cervical meningocele is performed. By reporting this illustrative case, we focus on its classification and its differentiation from other types of cervical spinal dysraphism, such as myelocystocele and myelomeningocele. Although its course is benign, it is mandatory a continuum follow up with periodic magnetic resonance imaging of spinal cord, since late neurological deterioration has been described.

Missed limited dorsal myeloschisis: an unfortunate cause for recurrent tethered cord syndrome

AIM

This study aims to highlight the recurrent tethered cord syndrome in relation to the relatively new pathological entity of limited dorsal myeloschisis (LDM) and to mention the difficulties faced by the paediatric neurosurgeon in developing countries with reference to LDM which was not recognized at initial presentation.

MATERIALS AND METHODS

We present three cases of recurrent tethered cord syndrome who were operated early in life (not by paediatric neurosurgeons) as meningoceles and who were then subsequently referred to the senior author as they presented with clinical signs of re-tethering of the cord.

RESULTS

The first child of 1 year of age represented with cervicodorsal swelling 10 months after primary surgery for a cervical meningomyelocele done elsewhere on the second day of life. The second was a girl of 3 years of age who was operated at birth and presented with severe brachialgia and neck pain after 2 years. The third was a 19-year-old girl operated at birth presenting with spastic paraparesis and also hand weakness associated with kyphosis. All the three patients improved symptomatically and neurologically after redo surgery.

CONCLUSION

The diagnosis of LDMs, especially in developing countries, is frequently missed. This needs to be tackled and addressed so that children with this subset of neural tube defects, who otherwise would normally have a very good outcome, may not be blighted and left scarred for life at an early age.