Assessing Neurological Service Availability and Institutional Preparedness in Africa
Soonmyung Hwang1, Sarah Matuja2, Meron Gebrewold3, Sarah Wahlster4, Deanna Saylor5, Morgan Prust6
1Icahn School of Medicine at Mount Sinai, 2Weill Bugando School of Medicine, 3Addis Ababa University, 4University of Washington, 5Johns Hopkins Hospital, 6Yale University School of Medicine
Objective:
To assess institutional readiness and resource availability for neurological care delivery across diverse healthcare settings in Africa.
Background:
Workforce shortages, limited diagnostic infrastructure, and inconsistent access to essential medications contribute to significant gaps in neurology care across African countries.
Design/Methods:
A continent-wide, cross-sectional survey was conducted among neurologists, neurosurgeons, and other healthcare professionals familiar with the capacity of neurology care at their practice institutions. Distributed between January 2024 and May 2025, the 116-item survey covered ten domains, including workforce composition, inpatient and outpatient clinical volume, diagnostic and therapeutic tools, education and training, telehealth capacity, and research engagement.
Results:
Ninety respondents from 19 African countries participated, with the largest representation from Nigeria, Tanzania, and Zambia. Most worked in public institutions (87.8%), though only one-third had dedicated neurology departments. Neurologists and neurosurgeons were available at most sites but often in limited numbers. Nearly two-thirds (62.5%) had dedicated inpatient neurology wards, while outpatient clinics were more common (84.1%), with stroke, epilepsy, and migraine most frequently reported. Majority of survey participants noted wait times to see a neurologist of less than one month for initial visits and 1–3 months for follow-up. A majority of institutions were affiliated with medical schools (80.7%), with neurology and neurosurgery residency programs present in over 70% of sites, though training capacity varied. Telehealth availability was low (23.5%), with major barriers including lack of software and limited partnerships. Access to basic diagnostics (i.e. CT, EEG, lumbar puncture) and essential therapies (i.e. antihypertensives, antiplatelets, anticonvulsants) was widespread, while advanced diagnostics (i.e. PET, evoked potentials, transcranial Doppler) and therapies (i.e. thrombolysis, thrombectomy, plasma exchange) were largely unavailable.
Conclusions:
Substantial disparities exist in the neurological workforce infrastructure, diagnostics, therapeutics, and training across the African continent. Strengthened investment in infrastructure, workforce development, and modern technologies is critical to address the rising burden of neurological conditions across the region.
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