Neisseria meningitidis group B (MenB) is a leading cause of meningitis and sepsis. A new vaccine has been recently licensed. The aim of the present study was to evaluate the epidemiology of MenB disease in pediatric age and define the optimal age for vaccination. All patients aged 0-18 years admitted with a diagnosis of meningitis or sepsis to the 83 participating Italian pediatric hospitals were included in the study. Blood and/or cerebrospinal fluid (CSF) samples were tested by Realtime-PCR and/or culture. One hundred and thirty-six cases (mean age 5.0 years, median 2.7) of MenB disease were found. Among these, 96/136 (70.6%) were between 0 and 5 years, 61/136 (44.9%) were between 0 and 2 years. Among the latter, 39/61 (63.9%) occurred during the first year of life with highest incidence between 4 and 8 months. A case-fatality rate of 13.2% was found, with 27.8% cases below 12 months. Sepsis lethality was 24.4%. RT-PCR was significantly more sensitive than culture: 82 patients were tested at the same time by both methods, either in blood or in CSF; MenB was found by RT-PCR in blood or CSF in 81/82 cases (98.8%), culture identified 27/82 (32.9%) infections (Cohen's Kappa 0.3; McNemar's: p<10⁻⁵). The study shows that the highest incidence of disease occurs in the first year of age, with a peak between 4 and 8 months of life; 30% of deaths occur before 12 months. The results suggest that the greatest prevention could be obtained starting MenB vaccination in the first months of life; a catch-up strategy up to the fifth year of life could be considered. Our results also confirm that Realtime PCR is significantly more sensitive than culture. In those countries where only isolate positive infections are counted as cases, the incidence of MenB infection results highly underestimated.

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The COVID-19 pandemic has put under pressure all the health national systems in Europe and telemedicine (TM) has been an almost unavoidable answer for primary care (PC) services to constrain the contagion. PC includes all the healthcare services that are the first level of contact for individuals. General practitioners (GPs) are the pivotal providers of PC throughout Europe. Although GP costs are mainly covered by public services or social insurances in Europe, they are still self-employed physicians everywhere, differently from their colleagues in hospitals who are traditionally employees. TM is a very general term open to various interpretations and definitions. TM can now be practiced by means of modern audio-visual devices and is an alternative to the traditional face-to-face consultation in general practice. Although the adoption of TM seems to be compelling in our era, its practical dissemination in PC has been quite slow so far, and many different concerns have been raised on it. On the whole, TM widespread adoption in PC seems to be more a matter of labor organization and health care funding than of technology and ethics. Larger-scale organizations comprising a wide range of health professionals have become a pressing priority for a modern PC, because working together is crucial to provide high-quality care to patients, and co-location should boost teamwork and facilitate the management of information technology. A national network of large organizations in PC could be rationally managed through local budgets and should increase efficiency by adopting tools such as TM.