Journal of Infectious Diseases and Medicine

Background: Coronavirus disease 2019 (COVID-19) is a respiratory tract infection caused by a new strain of coronavirus that was first recognized in Wuhan, China, in December 2019. COVID-19 spreads via droplets, aerosols, fomites and faeces and it spreads more quickly in overcrowded settings. The aim of the study was to establish a multi-modal approach which is a set of interventions to be implemented together in overcrowded settings to enable effective COVID-19 response by flattening the epi-curve and control the transmission of the disease.

Methods: This was an intervention study. A comprehensive multi-modal approach developed and implemented in 2 prisons and 15 boarding schools in Eastern Province of Rwanda. It started from November 2020 to the end of May 2021. The overall objective of the study was to evaluate the impact of the tailored infection prevention and control interventions on the COVID-19 infection prevention and response in overcrowding settings. The taskforce for COVID-19 prevention and response was established in each institution, members of taskforce trained and community members (students, teachers, inmates, and correctional facility staff) capacitated and assigned roles and responsibilities. Monitoring of the effectiveness of the interventions was pre-determined and regularly conducted. Data was analysed using MS Excel.

Results: The Implementation of the project was sanctioned by a significant decrease of COVID-19 infection in both boarding schools and prisons. The incidence rate decreased from 48.82% to 7.69% at day 10 and to 0.38% at day 14 in boarding schools. The same decrease was observed in Ngoma women prison from 95% to 1.72% at day 10 and to 0.00% at day 14. >98% cases recovered in ≤ 10 days in boarding schools while in prisons 85% recovered in ≤ 10 days. It took on average of 21 days for boarding schools and 37 days for prisons to eliminate COVID-19 outbreak.

Conclusion: The implementation of the multi-modal infection prevention and control approach in 15 boarding schools and 2 prisons in Rwanda came up with the very impactful findings. COVID-19 was eliminated in those settings within a short period of time. The recovery rate increased and the deaths minimized.

This article presents a comprehensive analysis of new sequence types of Listeria monocytogenes with varying origins found in the Serbian Republic. The study focuses on identifying and characterizing these sequence types, exploring their genetic diversity, virulence factors, and antimicrobial resistance profiles. Through a combination of molecular techniques, bioinformatics analysis, and epidemiological data, this research sheds light on the prevalence, distribution, and potential risks associated with these emerging Listeria monocytogenes strains in the region. The findings contribute to a better understanding of Listeria monocytogenes epidemiology and inform strategies for food safety and public health interventions.

Cetaceans, the diverse group of marine mammals including whales, dolphins, and porpoises, have long been subjects of scientific fascination and conservation efforts. However, recent studies have highlighted an emerging concern regarding fungal zoonotic pathogens harbored by these magnificent creatures. This article explores the potential threats posed by fungal infections in cetaceans, their implications for human health, and the need for further research and conservation measures to mitigate these risks.

This article explores the role of Free Immunoglobulin Light Chains (FLCs) in patients diagnosed with Tick-Borne Encephalitis (TBE) before and after treatment. TBE is a viral infection transmitted by ticks, leading to neurological symptoms and potentially severe complications. The presence and dynamics of FLCs in TBE patients are investigated as potential biomarkers for disease severity, progression, and response to treatment. A comprehensive literature review is conducted to summarize existing knowledge and gaps in understanding regarding FLCs in TBE. The article aims to contribute to a better understanding of TBE pathophysiology and improve clinical management strategies through FLC assessment.