ABSTRACT
Introduction. Les pathologies neurochirurgicales sont un ensemble d'affections qui touche le cerveau, la moelle épinière, et les paires crâniennes nécessitant une prise en charge médico-chirurgicale. Leur incidence en Afrique sub-saharienne et plus particulièrement au Gabon est mal connue. Objectif. Décrire les aspects épidémiologiques et évolutifs des pathologies neurochirurgicales chez l'enfant de moins 5 ans à Libreville. Patients et méthodes. Il s'agit d'une étude rétrospective descriptive et analytique, multicentrique portant sur des patients de moins de 5ans pris en charge pour une affection neurochirurgicale de Janvier 2019 à Décembre 2021 à Libreville. Résultats. Sur 4811 enfants hospitalisés, 130 répondaient aux critères d'inclusion (prévalence : 2,7%). L'âge moyen était de 13,1 mois. Le sex-ratio était de 1,3. Les grossesses étaient mal suivies dans 72,2% des cas. Les pathologies neurochirurgicales malformatives représentaient 63,5%. L'hydrocéphalie était la plus observée dans 71,2%. Sur les 115 enfants, 71 ont bénéficié d'un traitement chirurgical, soit un taux de 61,7% et le taux de mortalité globale était de 6,1%. Dans le groupe des enfants présentant une malformation congénitale, 8,2% n'avaient pas été traités, le taux de mortalité était de 8,2%. Les complications à court termes étaient dominées par les infections. Conclusion. Les pathologies neurochirurgicales sont en fréquentes dans notre contexte. Une prise en charge immédiate reste de mise, nécessitant donc un plateau technique de pointe pour améliorer l'évolution à court terme voire à moyen et long terme de ces affections.
Introduction. Neurosurgical pathologies are a set of conditions that affect the brain, spinal cord, and cranial pairs requiring medical and surgical management. Their incidence in subSaharan Africa and more particularly in Gabon is poorly known. Objective. To describe the epidemiological and evolutionary aspects of neurosurgical pathologies in children under 5 years old in Libreville. Patients and methods. This is a retrospective descriptive and analytical, multicenter study of patients under 5 years of age treated for a neurosurgical condition from January 2019 to December 2021 in Libreville. Results. Of the 4811 hospitalized children, 130 met the inclusion criteria (prevalence of 2.7%) and 15 were excluded for incomplete records. The average age was 13.1 months. The age group of 28 days-1 year was the most observed. The sex ratio was 1.3. Pregnancies were poorly followed in 72.2% of cases. Malformative neurosurgical pathologies accounted for 63.5% of cases. Hydrocephalus was the most observed in 71.2%. Of the 115 children, 71 received surgical treatment, a rate of 61.7% and the overall mortality rate was 6.1%. In the group of children with congenital malformation, 8.2% had not been treated, the mortality rate was 8.2%. Short-term complications were dominated by infections. Conclusion. Neurosurgical pathologies are frequent in our context. Immediate care remains essential, therefore requiring a cutting-edge technical platform to improve the short-term or even medium- and long-term evolution of these conditions.
Subject(s)
Humans , Male , Female , Child, Preschool , Spinal Dysraphism , Neurosurgical Procedures , Craniocerebral Trauma , Hydrocephalus , NeurosurgeryABSTRACT
Background. Spina bifida (SB) is a neural tube defect (NTD) that has an increased risk of fatal and disabling effects if not repaired early, i.e. within the first 24 to 48 hours of life. Its diagnosis holds an increased burden for the patient and the caregiver owing to secondary complications. The effects of the disease are detrimental even with early repair, because of the long-term disabling nature of the disease.Objective. This retrospective study aimed to assess the effects of demographics, immediate post-surgical complications and impact of time to surgical intervention on the outcome of neonates with open SB (OSB) admitted to the neonatal intensive care unit (NICU) at Inkosi Albert Luthuli Central Hospital (IALCH) in KwaZulu-Natal, South Africa (SA), between January 2011 and December 2015.Methods. A retrospective chart review was conducted at the NICU of IALCH. All neonates diagnosed with SB were identified. The study period was from 1 January 2011 to 31 December 2015. Data were collected from the IALCH electronic database. All neonates with SB admitted to the IALCH NICU were included; any patient who presented beyond the neonatal period (i.e. >28 days) was excluded from the study. Data collected included maternal demographics. Additionally, neonatal history was reviewed and post surgery complications evaluated. Outpatient management post discharge was reviewed.Results. One hundred and fifty neonates were included (58% male). The mean (standard deviation) maternal age was 26.7 (6.6) years. Only 10% had an antenatal diagnosis of OSB. Seventy-eight percent were born at term and 22% prematurely. The lumbar/sacral region was the most commonly affected. More males (14%) had thoraco/lumbar lesions than females (7.8%). Forty-eight percent presented before 3 days of life (early presentation). In the late-presentation group, there was an association with wound sepsis (p=0.003). Twenty-five percent were repaired between days 0 and 3 of life and 75% after 3 days. Postoperative complications in patients whose open SBs were repaired beyond 3 days of life were not statistically significant compared with those with early repair; all were p>0.05. There was a borderline association of prolonged hospitalisation with wound sepsis (p=0.07). Long-term outcomes showed that 68% had lower limb dysfunction, 18% urological complications, 14% limb deformity, and 11% hydrocephalus. A minority had psychomotor (7%) and developmental (15%) disorders. Ten percent required readmission secondary to shunt complications, and 7% died. Conclusion. SB remains a significant disease burden that affects outcome and survival of neonates in SA. Lack of good antenatal care, which includes early ultrasound and timely referral to centres, are barriers to good outcomes. Long-term follow-up is also necessary to prevent morbidity
Subject(s)
Infant, Newborn , Neural Tube Defects , Neurosurgical Procedures/complications , Neurosurgical Procedures/epidemiology , Neurosurgical Procedures/methods , South Africa , Spinal DysraphismABSTRACT
Background. Neural tube defects (NTDs) are an important category of birth defect, but surveillance remains inadequate in South Africa.Objectives. To assess the identification of NTDs at a tertiary hospital using a range of prenatal, perinatal and postnatal data sources, and to estimate the impact of prenatal diagnosis and birth prevalence for the referral area.Methods. Cases of anencephaly, encephalocele and spina bifida (SB) in a 6-year period were retrospectively identified from 5 data sources covering prenatal, perinatal and postnatal care. These were cross-correlated to avoid duplicate entries and to determine the contribution of different data sources. Details of prenatal diagnosis and termination of pregnancy (TOP) were obtained for 10 years, and birth prevalence over 2 years.Results. During a 6-year period 195 NTDs were identified at a Western Cape Province tertiary hospital. These included 59 (30%) cases of anencephaly, 28 (14%) of encephalocele and 108 (55%) of SB. The majority of NTDs (71%) were detected prenatally, although SB was less commonly diagnosed prenatally than cranial defects (56% v. 88%; p<0.001). Of SB cases ascertained pre- or postnatally, 57% of patients were born alive and 50% discharged alive, but 72% of survivors had not been diagnosed prenatally. Women receiving prenatal diagnosis of any type of NTD before 24 weeks' gestation were nearly always offered TOP, and the majority accepted termination after non-directive counselling. For SB, later prenatal diagnosis was associated with much lower termination rates because the option was less often offered (51% v. 100%; p<0.001), and perhaps less often accepted (57% v. 78%; p=0.06). The estimated NTD birth prevalence for the referral area was 0.76 - 0.80 per 1 000 live births, but perhaps up to 1.18 per 1 000 when considering under-referral of lethal cranial lesions from rural areas.Conclusions. A substantial number of NTDs can be ascertained from a tertiary hospital environment if multiple data sources are used, even though adding data from the Perinatal Problem Identification Program for outlying health facilities increases detection of lethal defects. Hospital-based surveillance can be considered, especially for SB. Prenatal diagnosis was fairly common and pregnancy termination was often offered and accepted if detected before 24 weeks' gestation. A regional prenatal ultrasound programme, predominantly based in primary care but with ready access to a tertiary centre, can be quite effective, although limited or delayed access to prenatal diagnosis must be addressed