To assess the relation of exposure to cement dust and heavy metal (aluminium, cadmium and lead) exposures to pulmonary function among male cement plant workers. The study also aimed to evaluate dose–response relationships and prevalence and severity of respiratory symptoms among exposure categories compared with a control group.
Cross-sectional study.
Secondary-level occupational health clinic in Ankara, Türkiye.
461 male non-smoking cement plant employees were included in total. Participants were categorised into packaging (n=101), milling (n=162) and office unexposed workers (n=198). Inclusion criteria were more than 70% work history in the cement industry and exclusion of pre-existing respiratory disease and missing data from the participants.
Not applicable.
Pulmonary function tests (forced vital capacity (FVC), forced expiratory volume in 1 s (FEV1), FEV1/FVC and peak expiratory flow (PEF)) and urinary, cadmium and blood lead concentrations were measured. Lung function impairment was the primary outcome measure; secondary outcomes included metal exposure—pulmonary measure correlations.
Significant negative correlations existed between FEV1 and urine aluminium (r=–0.622, p
Occupational cement dust and heavy metal exposure is closely linked to impaired pulmonary function in cement plant employees, particularly those who work in higher exposure jobs. The implications are robust endorsement of targeted monitoring and preventive interventions. Long-term longitudinal research is necessary to identify long-term outcome and efficacy of exposure reduction approaches.
Diabetes is a global problem. Diabetes nurses, in particular, take great responsibility in reducing and controlling the fears of individuals using insulin and increasing their capacity to tolerate discomfort.
This study was conducted to examine the effects of the capacity to tolerate discomfort on the fear of self-injection and the status of testing blood glucose levels in patients with type 1 and type 2 diabetes using insulin.
This cross-sectional study was conducted between December 2022 and February 2023 with 320 adult patients with type 1 and type 2 diabetes using insulin who were followed up in the Endocrinology and Internal Medicine Clinics of a university hospital in Turkey. The data analysis process included analyses of the frequency, independent-samples t-tests, one-way ANOVA, the Kruskal–Wallis H test, and Pearson's correlation analysis. Data were analysed using the IBM SPSS v27.0 software, considering alpha as 0.05.
The mean total Discomfort Intolerance Scale score of the patients was 22.78 ± 6.74, and the mean Fear of Self-Injecting and self-testing was 21.1 ± 6.7. A negative significant correlation was found between the discomfort intolerance levels of the patients and their levels of fear of self-injection and self-testing (p < 0.05).
Individuals with a higher capacity to tolerate discomfort have lower levels of fear of self-testing and self-injection. Therefore, the fear of self-testing and self-injection in patients using insulin injections may affect diabetes self-management.
Individuals with low tolerance for discomfort should be identified, interventions to increase tolerance in individuals at risk should be planned, and diabetes self-management should be better supported.
The reporting of the results of the study adhered to the STROBE guidelines.
by Milhan Chaze, Laurent Mériade, Corinne Rochette, Mélina Bailly, Rea Bingula, Christelle Blavignac, Martine Duclos, Bertrand Evrard, Anne Cécile Fournier, Lena Pelissier, David Thivel, on behalf of CAUVIM-19 Group
BackgroundWork on long COVID-19 has mainly focused on clinical care in hospitals. Thermal spa therapies represent a therapeutic offer outside of health care institutions that are nationally or even internationally attractive. Unlike local care (hospital care, general medicine, para-medical care), their integration in the care pathways of long COVID-19 patients seems little studied. The aim of this article is to determine what place french thermal spa therapies can take in the care pathway of long COVID-19 patients.
MethodsBased on the case of France, we carry out a geographic mapping analysis of the potential care pathways for long COVID-19 patients by cross-referencing, over the period 2020–2022, the available official data on COVID-19 contamination, hospitalisations in intensive care units and the national offer of spa treatments. This first analysis allows us, by using the method for evaluating the attractiveness of an area defined by David Huff, to evaluate the accessibility of each French department to thermal spas.
ResultsUsing dynamic geographical mapping, this study describes two essential criteria for the integration of the thermal spa therapies offer in the care pathways of long COVID-19 patients (attractiveness of spa areas and accessibility to thermal spas) and three fundamental elements for the success of these pathways (continuity of the care pathways; clinical collaborations; adaptation of the financing modalities to each patient). Using a spatial attractiveness method, we make this type of geographical analysis more dynamic by showing the extent to which a thermal spa is accessible to long COVID-19 patients.
ConclusionBased on the example of the French spa offer, this study makes it possible to place the care pathways of long COVID-19 patients in a wider area (at least national), rather than limiting them to clinical and local management in a hospital setting. The identification and operationalization of two geographical criteria for integrating a type of treatment such as a spa cure into a care pathway contributes to a finer conceptualization of the construction of healthcare pathways.