The health-related Sustainable Development Goals (SDGs) and the Coronavirus Pandemic (COVID-19) have recently increased awareness of the need for countries to increase fiscal space for health. Prior to these, many Low and Middle-Income Countries (LMICs) had embraced the concept of Universal Health Coverage (UHC) and have either commenced or are in the process of implementing various models of health insurance in order to provide financial access to health care to their populations. While evidence of a relationship between experimentation with UHC and increased access to and utilisation of health care in LMICs is common, there is inadequate research evidence on the specific health financing model that is most appropriate for pursuing the objectives of UHC in these settings. Drawing on a synthesis of empirical and theoretical discourses on the feasibility of UHC in LMICs, this paper argues that the journey towards UHC is not a ‘one size fits all’ process, but a long-term policy engagement that requires adaptation to the specific socio-cultural and political economy contexts of implementing countries. The study draws on the WHO’s framework for tracking progress towards UHC using the implementation of a mildly progressive pluralistic health financing model in Ghana and advocates a comprehensive discourse on the potential for LMICs to build resilient and responsive health systems to facilitate a gradual transition towards UHC.
Emergency Medical Services (EMS) systems exist to reduce death and disability from life-threatening medical emergencies. Less than 9% of the African population is serviced by an emergency medical services transportation system, and nearly two-thirds of African countries do not have any known EMS system in place. One of the leading reasons for EMS utilization in Africa is for obstetric emergencies. The purpose of this systematic review is to provide a qualitative description and summation of previously described interventions to improve access to care for patients with maternal obstetric emergencies in Africa with the intent of identifying interventions that can innovatively be translated to a broader emergency context.
The protocol was registered in the PROSPERO database (International Prospective Register of Systematic Reviews) under the number CRD42018105371. We searched the following electronic databases for all abstracts up to 10/19/2020 in accordance to PRISMA guidelines: PubMed/MEDLINE, Embase, CINAHL, Scopus and African Index Medicus. Articles were included if they were focused on a specific mode of transportation or an access-to-care solution for hospital or outpatient clinic care in Africa for maternal or traumatic emergency conditions. Exclusion criteria included in-hospital solutions intended to address a lack of access. Reference and citation analyses were performed, and a data quality assessment was conducted. Data analysis was performed using a qualitative metasynthesis approach.
A total of 6,457 references were imported for screening and 1,757 duplicates were removed. Of the 4,700 studies that were screened against title and abstract, 4,485 studies were excluded. Finally, 215 studies were assessed for full-text eligibility and 152 studies were excluded. A final count of 63 studies were included in the systematic review. In the 63 studies that were included, there was representation from 20 countries in Africa. The three most common interventions included specific transportation solutions (n = 39), community engagement (n = 28) and education or training initiatives (n = 27). Over half of the studies included more than one category of intervention.
Emergency care systems across Africa are understudied and interventions to improve access to care for obstetric emergencies provides important insight into existing solutions for other types of emergency conditions. Physical access to means of transportation, efforts to increase layperson knowledge and recognition of emergent conditions, and community engagement hold the most promise for future efforts at improving emergency access to care.
Most countries in Africa are faced with health system problems that vary from one to the next. Countries with a low Human Development Index (HDI) seem to be more prone to challenges in health service delivery. To mark its 70th anniversary on World Health Day, the World Health Organization (WHO) selected the theme “Universal Health Coverage (UHC): Everyone, Everywhere” and the slogan “Health for All. ”UHC refers to ensuring that all people have access to needed health services (including prevention, promotion, treatment, rehabilitation, and palliation) of sufficient quality to be effective while also ensuring that the use of these services does not expose the user to financial hardship. UHC is a WHO’s priority objective. Most governments have made it their major goal.
This paper provides a perspective on the challenges of achieving UHC in Sub-Saharan Africa (SSA). It also endeavors to spotlight the successful models of Health Service Delivery Networks (HSDNs) that make significant strides in making progress towards achieving UHC. HSDNs propose models that facilitate the attainment of affordability and accessibility while maintaining quality in delivering health services. Additionally, it brings up to speed the challenges associated with setting up HSDNs in health systems in SSA. It then makes propositions of what measures and strategic approaches should be implemented to strengthen HSDNs in SSA. This paper further argues that UHC is not only technically feasible but it is also attainable if countries embrace HSDNs in SSA.
Respiratory diseases are the leading cause of death and disability worldwide. Oxygen is an essential medicine used to treat hypoxemia from respiratory diseases. However, the availability and utilization of oxygen delivery systems for adults in sub-Saharan Africa is not well-described. We aim to identify and describe existing data around oxygen availability and provision for adults in sub-Saharan Africa, determine knowledge or research gaps, and make recommendations for future research and capacity building.
We systematically searched four databases for articles on April 22, 2020, for variations of keywords related to oxygen with a focus on countries in sub-Saharan Africa. Inclusion criteria were studies that included adults and addressed hypoxemia assessment or outcome, oxygen delivery mechanisms, oxygen availability, oxygen provision infrastructure, and oxygen therapy and outcomes.
35 studies representing 22 countries met inclusion criteria. Availability of oxygen delivery systems ranged from 42%-94% between facilities, with wide variability in the consistency of availability. There was also wide reported prevalence of hypoxemia, with most studies focusing on specific populations. In facilities where oxygen is available, health care workers are ill-equipped to identify adult patients with hypoxemia, provide oxygen to those who need it, and titrate or discontinue oxygen appropriately. Oxygen concentrators were shown to be the most cost-effective delivery system in areas where power is readily available.
There is a substantial need for building capacity for oxygen delivery throughout sub-Saharan Africa. Addressing this critical issue will require innovation and a multi-faceted approach of developing infrastructure, better equipping facilities, and health care worker training
Breast cancer is the commonest malignancy in women globally. Metastases of advanced breast carcinoma to bones, lungs and liver are well known but spread to maxillary bone presenting as maxillary sinus and palatal swelling is rare. We present a case of advanced breast carcinoma in a female Nigerian with clinical, radiological and histopathological features of lung and right maxillary bone metastases. To the best of our knowledge, this is the first reported case of metastatic breast cancer to the lungs and maxilla in Nigeria. The debilitating sequelae of advanced untreated breast carcinoma in a resource limited setting with suboptimal comprehensive cancer care are highlighted.
Neoadjuvant chemotherapy (NAC) is an integral component of T4 breast cancer (BCa) treatment. We compared response to NAC for T4 BCa in the U.S. and Nigeria to direct future interventions.
MATERIALS AND METHODS
Cross‐sectional retrospective analysis included all non‐metastatic T4 BCa patients treated from 2010‐2016 at Memorial Sloan Kettering Cancer Center (New York, U.S.) and Obafemi Awolowo University Teaching Hospitals Complex (Ile Ife, Nigeria). Pathologic complete response (pCR) and survival were compared and factors contributing to disparities evaluated.
308 patients met inclusion criteria: 157 (51%) in the U.S. and 151 (49%) in Nigeria. All U.S. patients received NAC and surgery compared with 93 (62%) Nigerian patients. 56/93 (60%) Nigerian patients completed their prescribed course of NAC. In Nigeria, older age and higher socioeconomic status were associated with treatment receipt.
Fewer patients in Nigeria had immunohistochemistry performed (100% U.S. vs. 18% Nigeria). Of those with available receptor subtype, 18% (28/157) of U.S. patients were triple negative vs. 39% (9/23) of Nigerian patients. Overall pCR was seen in 27% (42/155) of U.S. patients and 5% (4/76) of Nigerian patients. Five‐year survival was significantly shorter in Nigeria vs. the U.S. (61% vs. 72%). However, among the subset of patients who received multimodality therapy, including NAC and surgery with curative intent, 5‐year survival (67% vs. 72%) and 5‐year recurrence‐free survival (48% vs. 61%) did not significantly differ between countries.
The current study aimed to explore the details of surgical amputations in Tamale, Ghana. This was a retrospective descriptive study. We analyzed case files of 112 patients who underwent surgical amputations
between 2011 and 2017. Demographics, site of amputation, indication for amputation, and outcomes were
retrieved from case files. Descriptive statistics were used to report the means and frequencies. Associations
between variables were assessed using Chi-Square, ANOVA, and Student’s t-test. The mean age of the participants was 43.6±23.1 years (range 2 to 86). Most (64.3%) were males. Lower limb amputations accounted for most (78.6%) cases. Diabetic vasculopathy was the most prevalent indication (44.6%), followed by trauma (36.6%). The mean hospital stay was 30.1±22.4 days (range 5 to 120). Surgical site infection (17.9%) was the main complication. In our study setting, there is thus far limited capability for proper management of diabetes mellitus, which needs to be improved. There is also an urgent need for multidisciplinary foot care teams that will help patients receive comprehensive care to reduce complications from diabetes and other vasculopathies
Introduction. Injuries are of public health concern and the leading cause of residual disability and death among teenagers, especially in low- and middle-income countries (LMICs). In Ghana, the burden of injury among adolescents is under-reported. Hence, the study sought to determine the prevalence of serious injuries (SI) and the potential factors influencing these injuries among school children in Ghana. Methods. This study was conducted in Ghana among Junior High School (JHS) and senior high school students (SHS) using the 2012 Global School-Based Student Health Survey (GSHS) data. The GSHS employed two-stage cluster sampling method. Serious injuries (SI) and independent factors were measured via self-administered questionnaires. Pearson chi-square test between each explanatory variable and serious injuries was conducted and the level of statistical significance was set at 5%. The significant variables from the chi-square test were selected for multiple logistic regression analysis. Multiple logistic regression was performed to estimate the adjusted odds ratio (AOR) at 95% confidence interval (CI). Results. The prevalence of SI in the past 12 months was 66% [CI=61.8–70.2] . The most common cause of SI was fall, 36%. The common types of injuries were cut/stab wounds and broken/dislocated bone. In the multiple logistic regression analysis, after controlling for other variables, educational level (AOR = 0.64, CI = 0.44–0.90, < 0.015), suicidal ideation (AOR = 1.58, CI = 1.00–2.48, < 0.002), suicidal attempt (AOR = 1.88, CI = 1.29–2.72, < 0.001), having at least one close friend (AOR = 1.49, CI = 1.17–1.89, < 0.002), school truancy (AOR = 1.66, CI = 1.31–2.09, < 0.000), smoking marijuana (AOR = 2.64, CI = 1.22–5.69), and amphetamine use (AOR = 2.95, CI = 1.46–5.69) were independently associated with SI. Conclusion. The findings of the study established a high prevalence of SI among adolescents in Ghana, with cut/stab wound and broken/dislocated bone being the most reported type of injuries. This study also revealed that factors such as educational level, suicidal ideation, suicidal attempt, at least one close friend, school truancy, smoking marijuana, and amphetamine use are associated with SI among the adolescents. Therefore, pragmatic interventional programs should be targeted at these factors to curb the rate of SI among junior and senior school students.
Modern Neurosurgery in Sub-Saharan Africa (SSA) has its roots in the 1960s when Neurosurgeons from Europe set up Units in West Africa and East Africa. While it would be unfair to give credit to some individuals, and inadvertently not naming others, Prof Abdeslam El Khamlichi (1) in his book, “Emerging Neurosurgery in Africa,” quoting Professor Adelola Adeloye (2), provided a valuable account: A French Neurosurgeon, Dr. Courson, set up the first neurosurgical unit in West Africa in Senegal in 1967. He was joined by two other French neurosurgeons, Dr. Claude Cournil and Dr. Alliez, in 1972 and 1975. They trained the first Senegalese Neurosurgeon, Dr. Mamadou Gueye, who joined as a trainee in 1977. Dr. Gueye was to become the first Senegalese Professor and Chairman of the Neurosurgery Department.
2 | REGIONS BEGINS
In Ivory Coast, the first unit was set up by Dr. Claude Cournil in Abidjan in 1976, having left Dakar. He joined the first Ivorian Neurosurgeon, Dr. Kanga, who set up practice in 1974 in Abidjan. In Ghana, the first Neurosurgical Unit was set up by Ghanaian Neurosurgeon Dr. Osman Mustaffah in 1969. In Nigeria, the first units were set up by Nigerian Neurosurgeon Dr. Latunde Odeku started the service in Ibadan in 1962. He was joined by two other pioneer neurosurgeons, Dr. Adelola Adeloye in 1967 and Dr. Adebayo Ajayi Olumide in 1974. A second department was set up in Lagos by Dr. de Silva and Dr. Nosiru Ojikutu; in 1968, Dr. Samuel C. Ohaegbulam started the third service in Enugu in 1974 (2). In East Africa, Neurosurgical procedures had been carried out by Dr. Peter Clifford, an ENT surgeon, in 1955 (3).
In Kenya, modern Neurosurgery was introduced by Dr. Renato Ruberti, an Italian Neurosurgeon from Napoli, who set up Private practice in the European hospital in Nairobi in 1967 part-time at the King George V Hospital, which served as the National Hospital. He was joined in 1972 by Dr. Jawahar Dar, from New Delhi. The Indian Dr. Jawahar Dar set up the First Neurosurgery Unit at the King George V hospital, renamed Kenyatta National Hospital while teaching at the University of Nairobi. They were joined by Dr. Gerishom Sande, the first Kenyan Neurosurgeon following his training in Belfast, in 1979 (3).
In Uganda, on advice and recommendation of the renowned British Neurosurgeon, Professor Valentine Logue of the Hospital for Nervous Diseases, Queen Square, London, was invited by the government in 1968 to advise the establishment of neurosurgery at Mulago Hospital, Dr. Ian Bailey moved to Uganda. He was instrumental in establishing the first neurosurgical unit in Uganda at Mulago Hospital in 1969, equipped with 54 beds for the department of neurosurgery and cardiothoracic surgery (4). He was joined by the first Ugandan Neurosurgeon, Dr. Jovan Kiryabirwe, in 1971, who became the first indigenous Ugandan Neurosurgeon and the first African Neurosurgeon in East and Central Africa. He attended medical school at Makerere University School of Medicine in Kampala and subsequently completed postgraduate training at the Royal College of Surgeons in Ireland and Scotland; he also trained at Queens Square with Professor Logue (5).
In Tanzania, the first step towards modern neurosurgery was the establishment of orthopedic and trauma services in 1971 at the
Muhimbili Medical Center (MMC) by Professor Philemon Sarangi (6). At the time, orthopedic surgeons treated most of the cranial and spinal trauma. Over the next few years, several foreign neurosurgeons from Cuba, China, and the Soviet Union spent short stints practicing neurosurgery at MMC. Dr. Reulen, Professor and Chairman of Neurosurgery at University Hospital in Inselspital, Bern, Switzerland, and later in Munich, Germany, provided the impetus for the establishment of a neurosurgery program at MMC teaching in hospital of the University of Dar-es-Salaam and creating a “sandwich” program with training split between national and international centers. He trained Dr. Simpert Kinunda, a plastic surgeon who later became the first Tanzanian with any neurosurgical training.
Peter Kadyanji was the first fully trained Tanzanian neurosurgeon, and he joined MMC in 1985 after completing his training in the Soviet Union. Yadon M. Kohi followed in Kadyanji’s footsteps, graduating from Makerere University and the Faculty of Medicine at the University of Dar-es-Salaam. He obtained his FRCS in Ireland and Glasgow and later was appointed as the General Director of the National Commission for Science and Technology. Dr. Mlay was the third neurosurgeon to join MMC in 1989, with a specialty in pediatric neurosurgery. Professor Sarungi was essential to establish the Muhimbili Orthopedic Institute (MOI), which was opened in 1993 and later combined with MMC to become Muhimbili National Hospital, the national institute of neurosurgery, orthopedics, and traumatology.
Several neurosurgeons have practiced at MOI since its founding, including Dr. Abednego Kinasha and Dr. Joseph Kahamba. They, along with Professor Laurence Museru, the Medical Director of MOI, played a pivotal role in laying the foundation for training the current generation of neurosurgeons in Tanzania (6). Contemporary, locally trained neurosurgeons form the core of the specialized expertise in the country. They provide neurosurgical training and care at MOI at several healthcare institutions around the country. There are currently 20 neurosurgeons in the country, 18 of whom are in public service, one at a Mission hospital in Moshi, one in a private hospital (the Aga Khan University Hospital) Dar-es-salaam, and one at the Mnazi Mmoja/NED Institute in Zanzibar. No dedicated neuroscience nurses or beds are available in the country; however, currently, there are eight neurosurgical intensive care unit beds at MOI. An additional 14 at the new hospital within the Muhimbili hospital complex in Dar-es-Salaam opened in 2018. There are 5 CT scanners and 3 MRI scanners available across the country, mainly in Dar-es-Salaam, the largest city in Tanzania.
In Zimbabwe, Dr. Lawrence Frazer Levy, a British neurosurgeon, started in 1956 (Zimbabwe was called Rhodesia). He set up the Neurosurgery Department at the Central Hospital in Harare (Salisbury), becoming its first Professor and Chairman in 1971. He was joined by a young Scottish neurosurgeon, Dr. Carol Auchtertonie, responsible for starting the second unit at the European Hospital in Harare. The two served patients from Zimbabwe and neighboring Zambia, Malawi, and others for quite a long time (2). From these early beginnings, progress in neurosurgery remained slow, with only a handful of neurosurgeons available in SSA. In 1959, Professor Adelola Adeloye noted that there were only 20 neurosurgeons all across Africa, the majority practicing in South Africa (2). It is against this backdrop that the need to develop neurosurgical care in Sub-Saharan Africa came into focus.
Archaeological sources reported traces of trepanation in ancient Egypt 3000 years ago, and Papyri of that time already described techniques for the treatment of head trauma (1). The history of modern neurosurgery in Sub-Saharan Africa (SSA) is recent, and there are two significant periods to be considered.
The first period can be called the pre-independence period. This period corresponded to the 1950s, when most African nations were still colonized. During this period, neurosurgical care was delivered by surgeons originally from European countries. For instance, in West Africa, the first neurosurgical operations were carried out in 1957 by a French military medical officer at the Hôpital Principal de Dakar. Later on, in 1972, the first neurosurgical care delivery was organized in “Côte d’Ivoire” under Drs. Courson and Cournil. During the same period, neurosurgery service delivery developed in English-speaking West African countries. In Ghana and Nigeria, the discipline was introduced by local neurosurgeons who had trained in Europe, namely Dr. Mustaffa in 1962 (Ghana) and Dr. Odeku 1969 (Nigeria) (2,3,5). In Southern and Eastern Africa, the specialty was initiated by Dr. P. Cliffort in Kenya and Dr. I. Bailey in Uganda. In Zimbabwe, Dr. Lawrence Levy was the first neurosurgeon to practice the discipline (2, 3).
The second period of Sub-saharan African neurosurgery started after the independence and showed greater involvement of African neurosurgeons. This period began in the 1970s, and among the local neurosurgeons, Drs. Mélaine Kouamé Kangah, Vincent Ba Zézé, and G Dechambenoit contributed significantly to the growth of neurosurgery in Ivory Coast. Similarly, Drs. Mamadou Guèye, Seydou B Badiane, and Y Sakho were pioneers in Senegal. Dr. Kazadi Kalangu did the same in Zimbabwe, while Dr. S Sanoussi and Dr. Wandja pioneered neurosurgery in Niger and Cameroon (2,3). In Burkina Faso, Dr. Abel Kabre, after his training in Dakar in the 80s, has successfully developed its specialty.