A tool developed by the National Epidemiology Center facilitates real-time surveillance of COVID-19

Share

Tweet

Share

Share

E-mail

A staff of researchers from the National Epidemiology Center (CNE) of the ISCIII has revealed, in collaboration with a staff from the Hospital 12 de Octubre in Madrid, a examine on the use of an early evaluation tool to help evidence-based resolution making in the realm of the Covid-19 pandemic. The outcomes, primarily based on its utility throughout the months following the finish of the 2020 lockdown, have been revealed in the journal BMC Public Well being.

The tool, which was energetic accumulating information after the finish of the 2020 complete lockdown at the finish of June till the finish of August, will probably be activated once more in the coming weeks to supply new data in the summer season of 2021. When it will get going once more, present day by day and publicly the outcomes of energetic zones (clusters) of Covid-19.

Because of a way referred to as rising spatio-temporal cluster evaluation (STSS), this tool permits characterize the spatial and temporal unfold of the incidence of Covid-19. Its major goal is detect energetic outbreaks to facilitate public well being resolution making; The system is fed by the information of day by day confirmed instances of COVID-19 declared to the National Epidemiological Surveillance Community (RENAVE), coordinated by the CNE.

The outcomes now revealed present that the tool detected the progressive improve in energetic clusters and municipalities affected by outbreaks, and factors out that the unfold occurred in the examine interval, ranging from a couple of clusters of few instances in June, positioned in sure areas, till reaching a nationwide distribution of bigger clusters that encompassed a a lot increased common quantity of municipalities and complete instances at the finish of August.

With these information, the examine concludes that COVID-19 surveillance primarily based on this STSS tool may be helpful in a low-incidence setting to assist handle rising outbreaks succesful of selling widespread transmission. If that is the case, the system makes it potential to observe in actual time the spatio-temporal tendencies of distribution and unfold of the illness; the aggregation of teams in area and time, as noticed final 12 months, you’ll be able to anticipate the potential prevalence of group transmission, and facilitate the adoption of applicable measures.

The article is led by Diana Gómez-Barroso, head scientist of the ISCIII at the CNE and the CIBER of Epidemiology and Public Well being (CIBERESP), and Nicolás Rosillo, resident physician of Preventive Drugs and Public Well being of the Hospital Universitario 12 de Octubre. Amongst the signatories are additionally Javier Del-Águila-Mejía; Ayelén Rojas-Benedicto; Maria Guerrero-Vadillo; Marina Peñuelas; Clara Mazagatos; Jordi Segú-Inform and Rebeca Ramis, all of them from the CNE and CIBERESP.

The researchers conclude that the surveillance system primarily based on the STSS tool has had a major utility to characterize the evolution of Covid-19 clusters throughout the summer season of 2020 in Spain, so its utility throughout the subsequent summer season, by which a extra favorable state of affairs is predicted due to the affect of vaccination, amongst different components, could assist to enhance the detection of potential outbreaks and decision-making.