ABSTRACT
Context and objective The dosage of hemoglobin (Hb) is challenging particularly in rural setting. This dosage can be done using "Point of Care" (POC) material within rural areas and emergency situations. The present study aimed to assess the POC HemoCue® Hb 201+. Methods. This was an analytical cross-sectional study comparing the rates of the dosage of Hb carried out on HemoCue® Hb 201+ hemoglobinometer and those obtained with Mindray BC-5150 automaton in Kinshasa University Hospital, Democratic Republic of Congo (DRC). Results. Two hundred subjects were involved in the study. Mean and median Hb rates were 10,438 ± 2,741 g/dl and 10,600 g/dl (IQR: 8,675-12,300 g/dl) by Mindray BC-5150, respectively and mean rate of Hb was 10,5 ± 2,756 g/dl and the median rate was 10,900 g/dl (IQR: 8,775 12,300 g/dl) by the HemoCue® Hb 201+, respectively. The linear regression revealed a positive relationship between the Hb rates obtained on an automaton Mindray BC- 5150 and those obtained on the HemoCue® Hb 201+. The diagram of Bland Altman showed limits of agreement between automaton Mindray BC- 5150 and HemoCue® Hb 201+. Conclusion. This study showed that the POC HemoCue® Hb 201+ provided similar results to those of the automaton Mindray BC-5150. Thus, HemoCue® Hb 201+ can be used in emergency services or even in medical institutions that do not have or do not meet the conditions for the use of hematology analyzers in the DRC.
Contexte & objectif Le dosage du taux de l'hémoglobine est un véritable défi en milieu rural où les laboratoires sont moins équipés. Et pourtant, cette analyse, réalisée au moyen des équipements plus au moins sophistiqués, permettant de confirmer une anémie, peut être facilitée par l'utilisation des Points of care (POC). Le POC Hemocue® Hb 201+, utilisé dans certains sites pour ce faire, n'a jamais été évalué. L'objectif de la présenté étude était d'évaluer les performances du POC Hemocue® Hb 201+ à Kinshasa /RDC. Méthodes. Il s'agissait d'une étude transversale, analytique comparant les taux d'Hb obtenus sur Hemocue® Hb 201+ et sur Mindray BC-5150 comme référence, aux Cliniques Universitaires de Kinshasa. Résultats. Deux cents sujets ont été inclus. Les taux moyen et médian d'Hb sur l'automate Mindray BC5150 ont été respectivement, de 10,438 ± 2,741 g/dl et de 10,600 g/dl (IQR : 8,675-12,300 g/dl). Le taux moyen d'Hb sur le POC Hemocue® Hb 201 a été de 10,5 ± 2,756 g/dl et le taux médian de 10,900 g/dl (IQR : 8,775 - 12,300 g/dl). La régression linéaire a mis en évidence une relation positive entre les taux d'Hb dosés sur automate Mindray BC- 5150 et ceux dosés sur HemoCue® Hb 201+. Le diagramme de Bland Altman a montré des limites d'accord entre l'automate Mindray BC- 5150 et Hemocue® Hb 201. Conclusion. Cette étude a montré que le POC HemoCue® Hb 201+ fournissait des résultats identiques à ceux de l'automate Mindray BC-5150. Ainsi, l'HemoCue® Hb 201+ peut être utilisé dans les services d'urgence ou dans les institutions médicales ne possédant pas ou ne remplissant pas les conditions d'utilisation des automates d'hématologie en RDC
Subject(s)
Humans , Male , Female , Hemoglobins , DosageABSTRACT
Background: World Health Organization (WHO) advocates use of weight bands in antiretroviral therapy (ART) guidelines. Allometric scaling could be a more reliable method because it uses a non-linear approach in relating dose to body weight. This study evaluates performance of the allometric ¾ power model in comparison to WHO weight band method in children receiving ART. Methods: Records of children receiving (ABC/3TC) + DTG were reviewed. Paediatric ABC/3TC dose was calculated from the adult dose using the allometric ¾ power model and compared to WHO weight band dose. Results: WHO weight band strategy grouped 50.6% of the children in the 25 kg category and therefore received the adult dose of ABC/3TC (600 mg/300 mg); only 1.1% received this dose with allometric scaling. Mean dose (3.8 tablets) for the WHO weight band dosing method was found to be significantly higher (p<0.0001) than for allometric scaling (1.5 tablets). Conclusions: WHO weight bands may result in the 25 kg weight category receiving a much higher dose leading to ADRs. Using allometric scaling, we recommend a weight band strategy that could improve paediatric ABC/3TC dosing
Subject(s)
Body Weight , Antiretroviral Therapy, Highly Active , Dosage , Multidimensional Scaling Analysis , World Health Organization , ChildABSTRACT
BACKGROUND: Computed Tomography plays a priceless role for diagnostic and therapeutic purpose; however,applying an optimized Computed Tomography Technique to produce qualified image while delivering minimum radiation dose to patients is the common challenge. The main objective of this study was to establish local diagnostic reference levels for adult patients who visited abdominopelvic Computed Tomography examination. METHODS: A total of 158 patients who had taken abdominopelvic Computed Tomography examination from three selectedAmhara region hospitals were investigated. Both prospective and retrospective techniques of data collection were used while collecting the data in the entire sample. Two GE - Optima Computed Tomography 540 (16 slices) and one Phillips Brilliance (64slices), were employed during data collections. Data for patient demographics scan protocols, Computed Tomography dose descriptors and machine specifications were collected and analyzed by using SPSS software version 26. RESULTS: The third quartile estimated computed tomography dose index volume and dose length product, which is the local Diagnostic Reference Levels, were 12 mGy and 1904 cm.mGy respectively. The investigated local Diagnostic Reference Levels of Computed Tomography Dose index volume (mGy) was comparable to other international Diagnostic Reference Levels. However, the third quartile value of dose length product (cm.mGy) was higher than other reported international Diagnostic Reference Levels. CONCLUSION: The values of local Diagnostic Reference Levels presented in this work can be used as a baseline upon which future dose measurements can be compared in Amhara region