Influenza, SARS-CoV-2 and RSV activity in EU/EEA Member States continue to decrease or remain stable at low levels. Cases, including severe infections, can still occur and it therefore remains essential to continue testing patients presenting with severe acute respiratory symptoms in order to guide treatment and inform epidemiological assessments.
Knowledge about the epidemiology and ecology of SARS coronavirus infection remains presently incomplete and the risk of re-emergence is unpredictable. The rapid spread of SARS worldwide showed the need to maintain surveillance despite the disease’s absence since 2003.
The Annual Epidemiological Report 2014 gives an overview of the epidemiology of communicable diseases of public health significance in Europe, drawn from surveillance information on the 52 communicable diseases and health issues for which surveillance is mandatory in the European Union and European Economic Area countries. The respiratory tract infections chapter from the upcoming ECDC Annual Epidemiological Report 2014 is now available as a separate report and provides a snapshot of the epidemiological situation in Europe across a number of diseases.
New and noteworthy in this update: the retrospective identification of novel coronavirus in biological samples from two fatal cases in Jordan (April 2012) and the results of a joint ECDC/WHO survey which confirms that EU/EEA Member States have an adequate capacity to detect novel coronavirus through their network of national reference laboratories: 18 of 30 in EU/EEA countries are capable of confirming positive screened samples by either ORF1b RT-PCR or other target RT-PCR assays with sequence analysis or whole-genome sequence analysis.
CDC updated risk assessment concludes that in the absence of evidence of sustained person-to-person transmission outside of household settings, the current facts still point towards a hypothesis of a zoonotic or environmental source with occasional transmission to exposed humans. WHO does not advise any travel or trade restrictions at this point for KSA or Qatar.
In the closed cabin environment of modern airplanes, passengers are frequently exposed to various infectious diseases. This report looks at 12 infectious diseases and, by systematically evaluating literature on on-board transmission, attempts to assess the risk of infection via air circulation in airplanes.
These guidelines are complemented by operational guidelines in relation to tuberculosis, new emerging airborne diseases (e.g. SARS) and meningococcal infections.