학술논문

The case for increased peritoneal dialysis utilization in low‐ and lower‐middle‐income countries.
Document Type
Article
Source
Nephrology. May2022, Vol. 27 Issue 5, p391-403. 13p.
Subject
*PERITONEAL dialysis
*RENAL replacement therapy
*CATHETER-related infections
*LOW-income countries
*PATIENT preferences
*HOME hemodialysis
Language
ISSN
1320-5358
Abstract
Peritoneal dialysis (PD) has several advantages compared to haemodialysis (HD), but there is evidence showing underutilization globally, especially in low‐income and lower‐middle‐income countries (LLMICs) where kidney replacement therapies (KRT) are often unavailable, inaccessible, and unaffordable. Only 11% of all dialysis patients worldwide use PD, more than 50% of whom live in China, the United States of America, Mexico, or Thailand. Various barriers to increased PD utilization have been reported worldwide including patient preference, low levels of education, and lower provider reimbursement. However, unique but surmountable barriers are applicable to LLMICs including the excessively high cost of providing PD (related to PD fluids in particular), excessive cost of treatment borne by patients (relative to HD), lack of adequate PD training opportunities for doctors and nurses, low workforce availability for kidney care, and challenges related to some PD outcomes (catheter‐related infections, hospitalizations, mortality, etc.). This review discusses some known barriers to PD use in LLMICs and leverages data that show a global trend in reducing rates of PD‐related infections, reducing rates of modality switches from HD, and improving patient survival in PD to discuss how PD use can be increased in LLMICs. We therefore, challenge the idea that low PD use in LLMICs is unavoidable due to these barriers and instead present opportunities to improve PD utilization in LLMICs. SUMMARY AT A GLANCE: This review describes various barriers to peritoneal dialysis (PD) use in low‐income and lower‐middle‐income countries (LLMICs) and suggests ways to increase its utilization. The authors challenge the idea that low PD use in LLMICs is unavoidable and presents an opposite case. [ABSTRACT FROM AUTHOR]