Following this puts new work involving it at the top of your briefing, with a note saying why it is there. Links are taken from the source record, never inferred.
First large-scale surveillance study of A. cantonensis in Spanish rats; descriptive cross-sectional design with low prevalence and localized findings that establish baseline epidemiology but do not assess clinical outcomes or public health risk quantitatively.
A descriptive cross-sectional detection study in a wildlife reservoir with no comparator, control group, or intervention; establishes presence and molecular characterization but cannot quantify epidemiologic role or zoonotic risk.
Systematic review of outbreak data from heterogeneous sources with substantial methodological limitations, underreporting, and inconsistent diagnostic practices; descriptive findings without controlled comparisons or intervention trials.
Mechanistic in vitro study in cell lines identifying a pathway by which ivermectin may affect stress granule clearance; does not test clinical efficacy or measure patient-relevant outcomes.
Ip International Journal of Medical Microbiology and Tropical Diseases
A comprehensive narrative review synthesizing existing knowledge on Nipah virus biology, epidemiology, and public health response, offering expert recommendations for coordinated One Health policies rather than reporting original research findings.
Year-round prospective surveillance describing epidemiology, clinical features, and biomarkers in a single-country, multi-site setting with confirmed dengue cases and serotype characterization, but limited generalizability and no intervention trial or hard clinical outcome comparison.
A cross-sectional molecular epidemiology study with confirmed RT-PCR diagnosis linking DENV-2 predominance to severe dengue via multivariate logistic regression, but limited by single-centre design and modest sample size of confirmed cases.
A single-centre cross-sectional molecular epidemiology study identifying DENV-2 as predominant and associated with severe dengue (OR 2.91, p=0.009), with clear serotype distribution and clinical correlates, but limited by observational design and modest sample size.