Reconstruction of Dialysis Access in an End-Stage Renal Disease Patient with Severe Peritonitis and Thoracic Deformity: A Case Report

Why It Matters

Successful reconstruction of dialysis access in such high‑risk patients expands treatment options, reducing hospital stays and costly access‑related complications for the renal care market.

Key Takeaways

• Patient had ESRD with severe peritonitis and thoracic deformity
• Multiple prior access failures due to vascular calcification
• Cuffed catheter placed via left innominate vein under DSA
• Multidisciplinary team essential for complex access reconstruction
• Image‑guided approach reduced infection risk and improved patency

Pulse Analysis

Dialysis access remains a critical bottleneck in the management of end‑stage renal disease, especially as the global ESRD population approaches 800,000 patients in the United States alone. Traditional arteriovenous fistulas and grafts can fail when patients present with anatomical distortions, calcified vessels, or active infections. This case illustrates how leveraging advanced imaging—digital subtraction angiography—enables clinicians to navigate atypical venous pathways, offering a viable alternative when standard surgical routes are untenable. The approach not only restores life‑sustaining therapy but also aligns with cost‑containment goals by averting repeated procedures.

The technical nuance of accessing the left innominate vein through a cuffed catheter reflects a growing trend toward minimally invasive, image‑driven solutions in interventional radiology. By visualizing real‑time vessel morphology, physicians can avoid calcified segments, minimize trauma, and ensure optimal catheter positioning, thereby enhancing long‑term patency rates. Such precision reduces the incidence of catheter‑related bloodstream infections—a leading cause of morbidity and expense in dialysis cohorts—while also shortening procedural time and hospital length of stay.

From a broader industry perspective, this successful intervention signals a market opportunity for manufacturers of specialized dialysis catheters and imaging platforms. As the prevalence of comorbidities like severe infections and skeletal deformities rises, demand for adaptable, high‑visibility access devices will increase. Healthcare systems that foster multidisciplinary collaboration—uniting nephrologists, surgeons, and radiologists—stand to improve patient outcomes and achieve operational efficiencies, reinforcing the strategic value of integrated care pathways in renal therapy.