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Introduction According to a 2023 poll by the International Society of Nephrology, 850 million individuals worldwide suffer from chronic kidney disease (CKD) and hemodialysis (HD) is the primary treatment for 69% of the patients with CKD. While HD effectively regulates fluid balance and electrolyte levels, patients often face challenges such as weakness, exhaustion, and cognitive changes, which impact their quality of life. Sleep-related issues, including poor quality, excessive morning sleepiness, insomnia, and restless leg syndrome (RLS), are particularly common among HD patients. These disturbances stem from various factors, including psychological discomfort and biochemical imbalances. Dialysis shifts, despite their importance, remain poorly studied regarding their impact on sleep and biochemical parameters. Our study aims to address these gaps, exploring how different dialysis shifts affect sleep quality and biochemical parameters. Our hypothesis suggests that the particular dialysis shift that hemodialysis patients undergo has an impact on the quality of sleep, with various groups exhibiting varying degrees of sleep disturbance. Simultaneously, we believe that the time of dialysis shifts could influence biochemical parameter variations, which in turn could affect the quality of sleep in hemodialysis patients. Methodology This cross-sectional study focuses on assessing sleep problems and analyzing biochemical variables among hemodialysis (HD) patients in Georgia. A total of 150 participants were selected from morning, afternoon, and evening dialysis shifts, with strict inclusion criteria and exclusion criteria. Assessment procedures involved questionnaires on sleep quality, restless leg syndrome (RLS), daytime sleepiness, and severity of insomnia. Biochemical variables were obtained from the hospital records. Statistical analyses were performed using Graph Pad Prism software (GraphPad, San Diego, USA), including ANOVA and Chi-square tests for association between biochemical variables and dialysis shifts, as well as logistic regression for assessing the influence of biochemical variables on insomnia and poor sleep quality. The significance level was set at 95%. Results Results showed that patients in the afternoon shift undergo longer sessions of hemodialysis compared to other shifts. Notably, a larger proportion of morning shift patients reported poor sleep quality, while a smaller fraction of evening shift patients experienced insomnia. There were no significant associations between dialysis shift and excessive morning sleepiness or restless leg syndrome. Potassium emerged as the sole biochemical variable exhibiting an association with all three dialysis shifts. Biochemical parameters showed no discernible impact on insomnia or poor sleep quality. Conclusion Our findings suggest an association between poor sleep quality and insomnia with dialysis shifts. Hemodialysis does influence potassium levels. However, biochemical variables like sodium, potassium, calcium, phosphorus, vitamin D3, parathyroid gland hormone (PTH), and hemoglobin do not seem to affect poor sleep quality and insomnia. Further research is needed to explore potential sleep issues with nocturnal shifts and to assess if creatinine and chloride have any influence on poor sleep quality. It is important to acknowledge dialysis shift as a contributor to sleep problems, emphasizing the need for targeted interventions to enhance the quality of life for these patients.
RESUMEN
The coronavirus disease 2019 (COVID)-19 pandemic significantly affected transplantation care strategies due to the heightened vulnerability of transplant recipients to severe illness. We present a unique case of a 31-year-old female with COVID-19 pneumonia following a recent kidney transplant managed with immunosuppressant reduction and tocilizumab therapy. The patient underwent live donor kidney transplantation and was considered a low immunologic risk recipient. Following surgery, she presented with fever, headache, and fatigue, and subsequent testing confirmed active COVID-19 infection. Imaging revealed characteristic pneumonia features. Standard approaches, including immunosuppressant reduction and antibiotic therapy, initially failed to halt clinical deterioration. Progressive radiological findings and increasing inflammatory markers raised concerns of impending graft failure and cytokine storm. Considering the severity of the condition, tocilizumab, an interleukin-6 (IL-6) receptor antagonist, was administered alongside continued supportive care and adjusted immunosuppression. Within a day post-tocilizumab infusion, the patient showed significant improvement in clinical parameters, with resolution of respiratory distress and systemic symptoms. Laboratory markers gradually normalized, and subsequent lung imaging showed improvement. The patient was discharged with follow-up recommendations. Managing COVID-19 in postoperative transplant patients requires nuanced approaches due to immunosuppression-related complexities. Despite limited guidance, our case highlights the successful use of tocilizumab in treating COVID-19 pneumonia shortly after transplantation, showcasing its potential effectiveness and safety in this context. Reporting such experiences is crucial for refining management strategies for immunocompromised transplant recipients facing COVID-19 complications.
