Abstract:
Background: Logistic management is an important element for the delivery of quality pharmaceutical services,
without which health facilities will be seriously limited in their ability to provide adequate pharmaceutical care
services to the community in need. The management of pharmaceutical logistics in the field of public health has
been a priority and an increasing challenge for many countries; while public health facilities Programs and
patients must be managed. Public facility administrators are increasingly recognizing the importance of
implementing logistics management practices in order to enhance the quality of pharmaceutical services.
Objective: To assess the logistic management practices and its effect on the pharmaceutical service quality in
public health facilities in the West Guji zone from the perspective of healthcare practitioners.
Methods: A facility-based cross-sectional study design with a concurrent triangulation mixed method approach
was used to assess the effect of logistic management on pharmaceutical service quality. The study was conducted
from 1 September to 30 October 2022. A total of 25 healthcare facilities (4 hospitals and 21 health centers) were
selected for the study using random sampling techniques. A structured questionnaire was utilized to gather
quantitative data, which were subsequently examined for accuracy, coded, and entered into the statistical package
for social sciences version 25. Descriptive analysis, including frequency and percentage calculations, as well as
multiple linear regression, were conducted to analyze the data. In addition to this, in-depth interviews were
conducted with sixteen key informants, who were purposively selected based on the principle of information
saturation, to explore the challenges related to logistics management practices. The data collected from the
interviews were analyzed using the thematic analysis technique.
Results: The finding from multiple linear regression revealed that a significant positive effect was obtained for
information flow management practice (β=0.258, p<.001); followed by procurement practice (β=0.192, p<.001)
with pharmaceutical service quality. The multiple correlation coefficient (R = 0.731) suggests a strong and
positive association between the predictor variables and the quality of pharmaceutical services in the regression
model. The qualitative analysis identified the absence of a computerized system, absence of supportive training,
insufficient storage space and infrastructure, frequent supply interruption from suppliers, and budget constraints
as challenges for the provision of pharmaceutical services.
Conclusion: The study revealed that a lack of appropriate logistics management practices emerged as a
significant obstacle to enhancing the quality of pharmaceutical services offered in healthcare facilities. The main
findings of the study further indicated that information flow management practice and procurement practice have
more predictive power and statistically significant influence on pharmaceutical service quality than other
logistics management practices