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Spinal cord dysfunction with quadriplegia complicating pneumococcal meningitis
Abstract:
A case of pneumococcal meningitis complicated by brain-stem herniation and flaccid quadriplegia is described, from which the patient, an 11 year old boy, made a partial recovery. The patient had suffered a head injury with skull fracture some years previously; this was his third episode of meningitis. The aetiology of the quadriplegia has not been fully established, but is presumed to be of vascular nature at spinal cord level, associated with an acute hypotensive episode. Preventative aspects of recurrent bacterial meningitis and brain-stem herniation following lumbar puncture are stressed.
Insights
This case study details an 11-year-old boy with pneumococcal meningitis, brain-stem herniation, and quadriplegia who achieved partial recovery. It highlights the importance of preventing recurrent meningitis and herniation after lumbar puncture.
Area of Science:
- Neurology
- Infectious Diseases
- Pediatrics
Background:
- Presents a rare case of pneumococcal meningitis in an 11-year-old boy with a history of head trauma and previous meningitis episodes.
- Highlights the severe complications of pneumococcal meningitis, including brain-stem herniation and flaccid quadriplegia.
Observation:
- The patient experienced flaccid quadriplegia, presumed to be of vascular origin at the spinal cord level.
- This complication is potentially associated with an acute hypotensive episode during the meningitis illness.
Findings:
- Despite severe neurological deficits, the patient demonstrated a partial recovery.
- The case underscores the potential for serious neurological sequelae following bacterial meningitis.
Implications:
- Emphasizes the critical need for preventative strategies against recurrent bacterial meningitis in susceptible individuals.
- Stresses the importance of careful management to avoid brain-stem herniation, particularly after diagnostic or therapeutic lumbar puncture.
- Suggests further investigation into the vascular mechanisms underlying spinal cord dysfunction in severe meningitis.