The PHH-1V HIPRA vaccine: a new tool in the vaccination strategy against COVID-19 / La vacuna PHH-1V de HIPRA: una nueva herramienta en la estrategia contra la COVID-19

Objectives. Vaccination against SARS-CoV-2 is essential to mitigate the personal, social and global impact of the coro navirus disease (COVID-19) as we move from a pandemic to an endemic phase. Vaccines are now required that offer broad, long-lasting immunological protection from infection in addi tion to protection from severe illness and hospitalisation. Here we present a review of the evidence base for a new COVID-19 vaccine, PHH-1V (Bimervax®; HIPRA HUMAN HEALTH S.L.U), and the results of an expert consensus. Materials and methods. The expert committee consisted of Spanish experts in medicine, family medicine, paediatrics, immunology, microbiology, nursing, and veterinary medicine. Consensus was achieved using a 4-phase process consisting of a face-to-face meeting during which the scientific evidence base was reviewed, an online questionnaire to elicit opinions on the value of PHH-1V, a second face-to-face update meet ing to discuss the evolution of the epidemiological situation, vaccine programmes and the scientific evidence for PHH-1V and a final face-to-face meeting at which consensus was achieved. Results. The experts agreed that PHH-1V constitutes a valuable novel vaccine for the development of vaccination programmes aimed towards protecting the population from SARS-CoV-2 infection and disease. Consensus was based on evidence of broad-spectrum efficacy against established and emerging SARS-CoV-2 variants, a potent immunological re sponse, and a good safety profile. The physicochemical proper ties of the PHH-1V formulation facilitate handling and storage appropriate for global uptake. Conclusions- The physicochemical properties, formula tion, immunogenicity and low reactogenic profile of PHH-1V confirm the appropriateness of this new COVID-19 vaccine (AU)

Objetivos. La vacunación frente al SARS-CoV-2 es funda mental para mitigar el impacto personal, social y global de la enfermedad por coronavirus (COVID-19) a medida que pasa mos de una fase pandémica a una endémica. Actualmente se requieren vacunas que ofrezcan una protección inmunológi ca amplia y duradera contra la infección, además de proteger de la enfermedad grave y la hospitalización. En este artículo se presenta una revisión de la evidencia científica para una nueva vacuna COVID-19, PHH-1V (Bimervax®; HIPRA HUMAN HEALTH S.L.U) y los resultados de un consenso de expertos. Material y métodos. El comité de expertos incluyó ex pertos españoles en medicina, medicina de familia, pediatría, inmunología, microbiología, enfermería y veterinaria. El con senso se logró mediante un proceso de 4 fases que constó de una reunión presencial durante la cual se revisó la evidencia científica, un cuestionario en remoto para obtener opinions sobre el valor de PHH-1V, una segunda reunión presencial de actualización y discusión sobre la evolución de la situación epidemiológica, los programas de vacunas y la evidencia cien tífica para PHH-1V y una última reunión presencial en la que se obtuvo el consenso. Resultados. Los expertos coincidieron en que PHH-1V constituye una vacuna novedosa y valiosa para el desarrollo de programas de vacunación destinados a proteger a la población de la infección y enfermedad por SARS-CoV-2. El consenso se basó en la evidencia del amplio espectro de eficacia contra las variantes establecidas y emergentes del SARS-CoV-2, una res puesta inmunológica potente y un buen perfil de seguridad. Las propiedades fisicoquímicas de la formulación de PHH-1V facilitan la manipulación y el almacenamiento apropiados para la absorción global. Conclusiones. Las propiedades fisicoquímicas, formula ción, inmunogenicidad y bajo perfil reactogénico de PHH-1V confirman la idoneidad de esta nueva vacuna COVID-19 (AU)

Real-time surveillance systems: Applicability for the control of influenza in acute care.

BACKGROUND: The high morbidity and mortality caused by influenza viruses translate into a great impact on specialized health care. Apart from the annual vaccination, the relevance of other measures to prevent and control this infection is unknown. The objective of our research was to determine the importance of a real-time surveillance system to establish early extended transmission precautions. METHODS: Quasi-experimental before-and-after study comparing the influenza cases detected in hospitalized adults during the 2016/2017 season (264 patients) with those detected after the implementation of a real-time surveillance system in the 2017/2018 season (519 patients). The improvements included early microbiological diagnosis, immediate communication of results, constant updating of patient information, coordination among professionals, periodic surveillance of the adequacy of preventive measures, and greater control of roommates. The effectiveness of the intervention was determined from the nosocomial infection rate in each season. RESULTS: After the real-time surveillance system for influenza was implemented, patients with early microbiological diagnosis and immediate isolation increased significantly (13.7% vs 68.2%; P < .001). In addition, nosocomial infections decreased from 17% to 9.2% (P = .001) and overall hospital stay was significantly reduced. Assuming that the entire effect was due to the intervention, the absolute risk reduction was 7.8% and number needed to treat was 12.8. CONCLUSION: The results in our study reveal the impact of nosocomial transmission of influenza virus in a tertiary hospital and highlight the need to supplement traditional strategies with novel methodologies such as modern surveillance systems based on early diagnosis, close case monitoring, and coordination among professionals.