Przeglądanie według Autor "Ekwedigwe, Henry Chinedum"

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Discharge against medical advice at the adult accident and emergency department in a tertiary hospital of a developing nation
(Wydawnictwo Uniwersytetu Rzeszowskiego, 2020) Ekwedigwe, Henry Chinedum; Edeh, Anthony Jude; Nevo, Anthony Chigozie; Ekwunife, Remigius Tochukwu
Introduction. The goals of health care provision include that it be accessible, acceptable, affordable and adequate. Discharge against medical advice (DAMA) is a failure of proper health care provision as there is disagreement arising from dissatisfaction with provided health care. DAMA is common in our sub-region because of many reasons; these includes ignorance, financial constraint of the patient, beliefs in unorthodox care and patients feeling that they are well when their caregivers do not think so. Aim. The objectives of this study are to determine the incidence, method of documentation of DAMA in the case notes and patients reasons for DAMA in our tertiary health institution. The A&E of any hospital in our environment attracts public criticism when there is dissatisfaction with services and DAMA when not handled well can lead to justifiable criticisms and/or litigations. Material and methods. This is a retrospective study. It was carried out at the adult accident and emergency department of Enugu state university of technology teaching hospital Enugu. Duration of the study was from January 2017 to December 2018. Results. A total of 8,152 patients were seen in the accident and emergency during this period. One hundred and seventy one (171) case notes were retrieved and reviewed for the study, DAMA rate of 2.1% was obtained. Fifty one folders (29.8%) did not have reason for the DAMA documented in them. The commonest reason for the DAMA was to seek traditional medical care with frequency of 17.5%. This was closely followed by financial constraint with 15.8%. Documentation for DAMA was done directly in the case notes. Conclusion. The incidence of DAMA from this study is similar to what is obtainable from other local studies, financial constraint on the patients and seeking alternative medical treatment were the commonest reasons for DAMA in our sub-region. Also, the documentation for the DAMA in this study was poorly done.
Morphometric analysis of dry acetabulum and iliac bones from anatomy museums in south eastern Nigeria with relation to clinical practice
(Publishing Office of the University of Rzeszow, 2024-12) Ekwedigwe, Henry Chinedum; Esom, Emmanuel; Katchy, Amechi Uchenna; Anyaehie, Udo Ego; Ozor, Ignatius Ikem; Ekwunife, Remigius Tochukwu; Aniagu, Chikaodi Victoria
Introduction and aim. Good outcomes of total hip replacement and acetabular surgeries have been linked to proper understanding of the morphometry of acetabular and iliac bones. The aim of this study was to analyze the clinical morphometry of dry acetabulum and iliac bones in southeastern Nigeria. Material and methods. The measurements were done on human hip bones in anatomy museums using a Vernier caliper. The acetabular and iliac bone parts were measured. Results. A total of 148 dry hip bones were measured during the study. The mean acetabular depth and diameter are 32.10±2.33 mm, and 53.93±2.74 mm respectively. The mean thicknesses of the acetabular walls are 5.88±1.38 mm, 12.64±1.84 mm, 15.79±2.07 mm and 19.74±2.18 mm for the antero-inferior, antero-superior, postero-inferior and postero-superior walls respectively. The distances between landmarks on the iliac bone are: anterior-inferior-iliac-spine – posterior-inferior-iliac-spine = 112.91±8.01 mm, posterior-superior-iliac-spine – anterior-inferior-iliac-spine = 135.29±8.04 mm, anterior-inferior-iliac-spine – anterior-superior-iliac-spine = 34.98±9.55 mm, posterior-superior-iliac-spine – upper-edge-of-acetabulum = 119.14±7.83 mm and anterior-superior-iliac-spine – nearest-edge-of-acetabulum = 55.71±5.60 mm. The regression model for prediction of diameter of the acetabulum using the depth of the acetabulum shows that for every 1 mm increase in the acetabular depth, the acetabular diameter increases by 0.312 times. The regression equation is “Y = bx + a”; Y = acetabular diameter, x = acetabular depth, b = margin of error = 0.312, and a = constant determined to be 43.919. Conclusion. The study established the mean values and the relationship between acetabular depth and diameter.