RESUMEN
Presented is the case of a nurse who had 4 occupational exposures to potentially infectious material between December 2020 and June 2022. In 2 of the cases, the source patient was unknown, so pharmacological HIV post-exposure prophylaxis was implemented (in 1 of these cases, the nurse developed weakness and increased dyspeptic symptoms, necessitating a change in the antiretroviral medications used). During the interview collection, the nurse reported that multiple exposures to potentially infectious material are common in her work environment, but most of these are not reported. This is supported by the results of several studies devoted to the problem of non-reporting of occupational exposures by health care workers. However, there is significant discrepancy in the results of these studies, which may be due to different methods. The authors of this article believe that after 10 years since the entry into force of the regulation of the Minister of Health standardizing procedures for dealing with injuries caused by sharp instruments used in the provision of health care services, a serious problem remains of non-reporting of cases by employees (resulting in a lack of post-exposure prophylaxis). The authors call for the introduction of a nationwide reporting system. There is also a need to increase the importance of prophylaxis of stabbings and to improve the quality of training of medical personnel in post-exposure prophylaxis procedures.
RESUMEN
OBJECTIVES: The MIP (maximum inspiratory pressure) and MEP (maximum expiratory pressure) are sensitive indicators of respiratory muscle function. The aim of the study was to assess the function of respiratory muscles in patients after COVID-19 infection, before and after hospitalisation at the Pulmonary Rehabilitation Ward. MATERIALS AND METHODS: The study was conducted on a group of 19 people with laboratory-confirmed COVID-19 infection, who, in the period from 1 February to 31 May 2021, were hospitalised at the Independent Public Pulmonary Hospital and underwent respiratory rehabilitation in hospital conditions. A statistical analysis was performed using the STATISTICA package, ver. 10. A respiratory pressure meter (RP Check) was used to measure muscle strength. Measurements were performed twice on each patient-before admission and after hospitalisation in the Pulmonary Rehabilitation Ward. RESULTS: We show that conducting pulmonary rehabilitation contributes to the increase in MIP and MEP, which are associated with increased strength of the inspiratory and expiratory muscles. The average value of MIP increased by 11.95 cmH2O and MEP by 26.16 cmH2O. The improvement was visible in both female and male patients. CONCLUSIONS: Pulmonary rehabilitation contributes to the improvement of respiratory muscle function indicators among patients after COVID-19 infection. Assessment of the MIP and MEP indices is a simple and quick way to reliably assess the function of the respiratory muscles.
