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The Association of Surgeons of East Africa (ASEA) was formed in 1952. In 1996 a Steering Committee was formed to transform ASEA into a surgical college. The College of Surgeons of East Central and Southern Africa was officially launched in December 1999 in Nairobi, Kenya. Today the College consists of 14 constituent member countries but trains in 20 countries in Sub-Saharan Africa.COSECSA runs a 5 year training programme in all the surgical specialties. In the first 2 years trainees do the Membership (MCS) programme. This is followed by 3 years of the Fellowship (FCS) programme. More recently the College has started a 2 year sub-specialty Fellowship in paediatric orthopaedics.The main aim of the College was to expand and improve surgical training in the COSECSA region. This goal was partially realised in December 2020 when the total number of surgeons produced by the College from inception reached 557.Another key success story of COSECSA is that the majority of graduates have remained in the region leading to a high retention rate of 88.3%.Since the formation of WISA in 2015 the College has witnessed an increase in the number of female trainees. Currently only 9% of surgeons in the region are women.In its current Strategic Plan (2021-2025) COSECSA aims not only to increase the surgical workforce in the region but also to modernise its training programmes and strengthen its governance structures.

Background High-income countries have increased the use of simulation-based training and assessment for surgical education. Learners in low- and middle-income countries may have different educational needs and levels of autonomy but they and their patients could equally benefit from the procedural training simulation provides. We sought to characterize the current state of surgical skills simulation in East, Central, and Southern Africa and determine residents’ perception and future interest in such activities. Methods A survey was created via collaboration and revision between trainees and educators with experiences spanning high-income countries and low- and middle-income countries. The survey was administered on paper to 76 trainees (PGY2-3) who were completing the College of Surgeons of East, Central, and Southern Africa (COSECSA) Membership of the College of Surgeons examination in Kampala, Uganda in December 2019. Data from paper responses were summarized using descriptive statistics and frequencies. Results We received responses from 43 trainees (57%) from 11 countries in sub-Saharan Africa who participated in the examination. Fifty-eight percent of respondents reported having dedicated space for surgical skills simulation training, and most (91%) had participated in some form of simulation activity at some point in their training. However, just 16% used simulation as a regular part of training. The majority of trainees (90%) felt that surgical skills learned in simulation were transferrable to the operating room and agreed it should be a required part of training. Seventy-one percent of trainees felt that simulation could objectively measure technical skills, and 73% percent of respondents agreed that simulation should be integrated into formal assessment. However, residents split on whether proficiency in simulation should be achieved prior to operative experience (54%) and if nontechnical skills could be measured (51%). The most common cited barriers to the integration of surgical simulation into residents’ education were lack of suitable tools and models (85%), funding (73%), and maintenance of facilities (49%). Conclusions Residents from East, Central, and Southern Africa strongly agree that simulation is a valuable educational tool and ought to be required during their surgical residency. Barriers to achieving this goal include availability of affordable tools, adequate funding and confidence in the value of the educational experience. Trainees affirm further efforts are necessary to make simulation more widely available in these contexts.

IntroductionLittle is known about the clinical course of COVID-19 following mild symptoms, and how the disease affects the survivors over time. Moreover, information on the severity of the long-term health effects as well as the associated risk factors is scant. This study aims to determine the short, intermediate and long-term health effects of COVID-19 on the survivors and the associated risk factors.Methods and analysisWe propose conducting a 24-month prospective quantitative study in 10 health facilities (2 specialist, 3 regional, 2 mission and 3 subdistrict hospitals) from Lusaka and Southern Province of Zambia. Health facilities will be those which served as COVID-19 treatment centres during the third wave (June–August 2021). Study participants will comprise a randomly selected cohort of 450 COVID-19 survivors who had mild or no symptoms (80%) and severe cases (20%). Using a questionnaire, respondent demographic, clinical and laboratory data will be collected at baseline and at a 3-month interval for 18 months using a questionnaire. Respondents’ medical records will be reviewed and data collected using a checklist. Descriptive statistics will be computed to summarise respondents’ characteristics and clinical outcomes. Bivariate analysis (Χ2 and t-test) will be conducted to test the association between respondent characteristics and clinical outcomes. Multivariate logistic regression analysis will be run to determine the risk factors for short, intermediate and long-term health effects; adjusted ORs will be computed to test the strength of the association (pEthics and disseminationEthical approval was obtained from the University of Zambia Biomedical Research and the National Health Research Authority. Results will be disseminated to key stakeholders in Zambia, international open-access peer-reviewed journals, websites and international conferences, and likely lead to design of evidence-informed strategies to mitigate health effects of COVID-19 on survivors.

Countries in Sub-Saharan Africa lack adequate surgical workforces to achieve safe and affordable care for their populations. The Global Surgery movement highlights the urgent need to address this situation. Interventions include not only financial, material and infrastructural support, but also collaborative information flow to support surgical training. In 2015, an electronic logbook was launched for surgical trainees across Sub-Saharan Africa. To assess the integration and context sustainability of surgical e-logbooks in Sub-Saharan Africa. In January 2019, a survey analysis of surgical trainees was employed using quantitative and qualitative methods. Participants (active trainees and recent fellows) completed an anonymous internet-based questionnaire evaluating end-user feedback, perceptions and self-reported compliance. Multi-point Likert Scale measures and free-text thematic analysis were used. 358 (68.19%) eligible individuals across 21 Sub-Saharan countries and seven surgical specialties voluntarily participated. The e-resource demonstrated integration into local curricula with the majority of users maintaining activity and reporting moderate-high compliance. Context appropriateness measures were high with 203 (69.76%) deeming it convenient to use. The principle obstacle to compliance was internet connectivity (74, 25.96%), while behavioural factors including supervisor engagement were implicated. The e-logbook demonstrated future sustainability with the majority (243, 78.14%) of participants intent on maintaining usage beyond completion of surgical training. We describe the successful integration and sustainability of electronic surgical logbooks for trainees across Sub-Saharan Africa. However context-appropriate resources are essential for Low- and Middle-Income Countries. Internet connectivity may hinder the achievement of several Global Surgery objectives in Sub-Saharan Africa.

Background Surgery is a vital component of a comprehensive health system, but there are often personnel limitations in resource constrained areas. Zambia provides post graduate surgical training through two systems to help address this shortage. However, no studies have analyzed surgical trainees' perceptions of these programs. Methods Surgical registrars at COSECSA affiliated hospitals in Zambia were surveyed about their programs. Responses were analyzed to identify key strengths and challenges across several categories including: operative training, clinical training, educational experiences, and career plans. Results Registrars report having significant independence and receiving broad and high quality operative training. They note specific challenges including limitations in specialty training, resources, and infrastructure. Conclusions Zambian training programs have the potential to increase number of surgeons in Zambia by a significant amount in the coming years. These programs have many strengths but also face challenges in their goal to expand surgical access in the country.

Objectives Few African countries have the resources to provide optimal cardiac surgery care. We explored needs at cardiac surgery centers in Namibia, Zambia, and Uganda. Our objectives were (1) to determine the key variables to be included in a cardiac surgery needs assessment tool and (2) to highlight the current initiatives, challenges and opportunities, and future goals for cardiac surgery in these 3 countries. Methods We conducted in-depth interviews with stakeholders in each country as well as surveys of surgical facilities. We synthesized our findings using a health systems conceptual framework. Each program's current capacity was compared with a standardized definition of "adequate" surgical capacity. On the basis of these findings, we developed a formal needs assessment questionnaire for use in resource-constrained countries. Results Although each of these countries has adequate facilities and surgical expertise, they still lack key support staff and material resources. Training and mentorship programs are being built, and the sites participate in cardiovascular research. Yet a comprehensive, multidisciplinary approach—including palliative care and rehabilitation—is lacking, and patients in remote areas are not being served. These observations allowed us to define the variables in our needs assessment tool. Conclusions Our study demonstrates the great potential that exists to expand cardiac surgery in Africa and highlights some of the major resource bottlenecks that may hinder the scale-up of surgical programs. Our needs assessment questionnaire will assist ministries of health in building sustainable cardiac surgery programs using innovative Afro-centric solutions.

Demyelinating disease occurs in a population of black adult Zambians whose genetic and environmental risk factors for multiple sclerosis are thought to be rare. The diagnosis of demyelinating disease was based predominantly on compatible clinical history and neurologic exam findings, and in some cases, more definitely established by cerebrospinal fluid exam and imaging findings. When available, laboratory studies excluded other known causes of CNS demyelination. Timely evaluation and treatment with disease-modifying therapies was related to the patient’s employment status. Lack of financial means to go abroad was a major hurdle in a patient’s ability to receive treatment. Significant barriers often prohibit timely diagnosis and prevent proper management of these patients.

Posttraumatic extradural hemorrhage in the posterior fossa is quite uncommon. Extradural hematoma of the retroclivus is extremely rare and is usually found in severely injured patients. This type of lesion, like all lesions in the posterior fossa, is not easily detected by computed tomography (CT) scan because of bony artifacts and is better demonstrated on magnetic resonance imaging (MRI). Torticollis is a nonspecific symptom, more common among children. The mechanism of torticollis is the unbalanced contraction of three cervical muscles, the sternocleidomastoid, trapezius, and scalenus, either unilaterally or bilaterally. This may result in retrocollis, anterocollis, or laterocollis. The unbalanced contraction may be compensatory to prevent double vision in the case of an extraocular muscle palsy (e.g., VI nerve palsy) or the result of inflammatory irritation (e.g., meningitis) or nerve root stretching (e.g., tonsillar herniation). The clinical presentation of a juxtaclival mass may include lower cranial nerve paresis/palsy and long tract signs such as gate disturbances. The most common pathologies in this region are slow-growing tumors such as chordoma or meningioma. Hematomas are unusual. The main etiologies for torticollis are trauma, infection causing spasm of the sternocleidomastoid muscle, diplopia, neoplasm in the posterior fossa; others include drug-induced, arthritic, behavioral, and idiopathic etiologies. In the context of the trauma patient presenting with torticollis the emergency room physician should rule out atlantoaxial subluxation. We report a case of young girl who suffered minor head trauma and presented with VI and XI cranial nerve palsies. She was found to have an extradural hematoma of the clivus, diagnosed by CT scan and confirmed on MRI.