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Published on: June 8, 2017
New classification of acute papilledema in children with severe malaria
Amy Smith1, Nicholas A V Beare, Crispin O Musumba
1St Paul's Eye Unit, Royal Liverpool University Hospital, Liverpool, UK.
Insights
Specific optic disc features, like loss of the optic disc cup and marked elevation, indicate poor outcomes in children with cerebral malaria. A new papilledema classification aids in predicting prognosis for this severe condition.
Area of Science:
- Ophthalmology
- Pediatrics
- Infectious Diseases
Background:
- Raised intracranial pressure is a common complication in cerebral malaria among African children.
- Clinical signs of papilledema at the optic disc may offer prognostic insights into this encephalopathy.
Purpose of the Study:
- To investigate the prognostic significance of specific optic disc features in childhood cerebral malaria.
- To develop and validate a clinical classification of acute papilledema for predicting disease outcomes.
Main Methods:
- Dilated fundal examinations were performed on Kenyan children with severe falciparum malaria.
- Clinical features of the optic disc were systematically recorded and correlated with patient outcomes (death or neurological impairment).
- A classification system for acute papilledema was developed and tested against disease severity.
Main Results:
- Loss of the optic disc cup and marked optic disc elevation were significantly associated with poor outcomes (P < 0.05).
- An increasing severity score in the proposed papilledema classification correlated positively with poor outcomes (P < 0.05).
- Dilated optic disc veins suggested a favorable outcome.
Conclusions:
- Specific optic disc features, including loss of the optic disc cup and marked elevation, are correlated with poor outcomes in severe pediatric malaria.
- The developed acute papilledema classification serves as a valuable prognostic tool for severe malaria and potentially other encephalopathies with raised intracranial pressure.
Abstract:
Raised intracranial pressure is a feature of cerebral malaria in children living in Africa. We investigated specific clinical optic disc features of papilledema to establish their prognostic significance in this encephalopathy. We developed a classification of acute papilledema and tested it against disease outcome. Kenyan children admitted with severe falciparum malaria (cerebral or impaired consciousness) underwent dilated fundal examination using direct and indirect ophthalmoscopy. Clinical features of the optic disc were systematically recorded and compared to the child's outcome. Poor outcome defined as death or neurological impairment on discharge was used to construct and test a clinical classification of papilledema. Forty-five children were examined (26 cerebral malaria, 17 severe malaria with an impaired conscious level or prostration) of whom seven had a poor outcome (three died, four had residual neurological impairment). Loss of the optic disc cup and marked optic disc elevation were significantly correlated with a poor outcome (P < 0.05). Increasing severity in the proposed classification of acute papilledema was positively correlated with a poor outcome (P < 0.05, chi-square test for trend). Loss of the optic disc cup and marked elevation of the optic disc head appear to be correlated with poor outcome in children with severe malaria whereas the presence of dilated veins suggests a good outcome. The proposed classification of acute papilledema is useful as a prognostic indicator and may be applicable to other encephalopathies with raised intracranial pressure.
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