Significant progress has been made to advance Maternal, Newborn and Child Health (MNCH) in Ethiopia. Further, the country has enshrined equity as a core value in their strategic and development frameworks and policies. Although national statistics show improved health outcomes, there exists persistent inequities in avoidable health risks and premature deaths. Additionally, the improving health statistics mask the disparities in health outcomes based on education, employment status, income level, gender and ethnicity dimensions.The EquiFrame framework was used to assess the extent to which equity was entrenched in MNCH health policies and plans. The framework, which describes core concepts against which health policies and plans can be assessed, also provides a scoring criterion for policy assessment. The framework was modified to include the concept of intersectionality, which is increasingly gaining significance in the health policy ecosystems. The policies and plans reviewed in this analysis exercise were selected based on (1) their relevance – only policies and plans in force as of the year 2020 were considered; (2) availability in the public domain as this study was limited to desk research; and (3) relevance to MNCH. A total of five policies and plans were analyzed and evaluated against the 15 core concepts presented in the modified EquiFrame framework. Following the outcomes of the assessment, documents were ranked as either being low, moderate, or high, in exhaustively addressing the core concepts.The Ethiopia Health Sector Transformation Plan (2016–2020) is the only policy or plan that earned a high ranking. The other four policies and plans were ranked as moderate. This shows that while majority of the Ethiopian health sector policies and plans exist and address the core health equity concepts, they fail to: (i) spell out plans to implement and monitor the proposed interventions; and (ii) demonstrate evidence that the interventions were implemented or monitored. With the global goal of leaving no one behind, future policy development in Ethiopia needs to prioritize equity considerations in order to enhance the ongoing health improvement.

Background: Neuroimaging is important for determining etiology and guiding care in early childhood epilepsy. However, access to appropriate imaging in sub-Saharan Africa is modest, and as a consequence, etiological descriptions of childhood epilepsy in the region have been limited. We sought to describe MRI findings in children with epilepsy presenting to a tertiary hospital in Nairobi, Kenya, over a 6-year period of routine care.Materials and Methods: We undertook a retrospective review of MRI findings of children aged between 0 and 18 years with a diagnosis of epilepsy presenting to the pediatric neurology department of Aga Khan University Hospital in Nairobi, Kenya, between January 2014 and July 2020. Over this period, the hospital had 1.5T MRI machines (GE1.5T Signa Excite and GE 1.5T Signa Explorer) and a 3T MRI machine (Philips 3T Ingenia). MRI images were independently reviewed by two study radiologists, and the findings were summarized and categorized into a study database. Related clinical and electroencephalographic (EEG) details were extracted from patient records. Categorical data analysis methods were applied to investigate for relationships between clinically relevant neuroimaging findings and key clinical and EEG observations.Results: Over the study period, 288 children with a confirmed diagnosis of epilepsy had an MRI. They were of median age of 6 [interquartile range (IQR) 2–11] years. Ninety-five (33%) children had abnormal findings on imaging. The most common findings were encephalomalacia related to chronic infarcts (n = 18: 6.3%), cerebral atrophy (n = 11: 3.8%), disorders of neuronal migration (n = 11: 3.8%), periventricular leukomalacia (n = 9: 3.1%), and hippocampal sclerosis (n = 8: 2.8%). Findings related to infectious etiology were only observed in four children. Clinical comorbidity and inter-ictal epileptiform activity on EEG were independently associated with abnormal findings on imaging.Conclusion: Up to a third of the children who underwent an MRI had a positive yield for abnormal findings. Imaging findings related to infectious etiologies were little observed in our cohort, in contradistinction to etiology studies in similar settings. At the time of the study, comorbidity and inter-ictal epileptiform activity on EEG were associated with abnormal findings on imaging and should be considered in informing prioritization for imaging in childhood epilepsy in this setting.

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