Image-Guided Permcath Insertion Treatment Cost in India

Image-Guided Perm-Cath placement involves the percutaneous insertion of a tunneled hemodialysis catheter using imaging guidance. This minimally invasive procedure is performed by interventional radiologists or nephrologists to provide long-term vascular access for hemodialysis. Under ultrasound or fluoroscopic guidance, the catheter is advanced into a central vein, typically the internal jugular or femoral vein, and tunneled subcutaneously to exit the skin at a distant site. Perm-Cath placement offers reliable access to hemodialysis while reducing the risk of infection and long-term complications associated with temporary catheters, enhancing patient comfort and quality of life.

Why Do You Need Image-Guided Perm-Cath Placement?

Image-guided Perm-Cath placement is necessary for patients with end-stage renal disease (ESRD) who require long-term vascular access for hemodialysis. Here's why it is needed:

• Chronic Hemodialysis: Patients with ESRD require regular hemodialysis to remove waste products and excess fluid from the bloodstream since their kidneys cannot adequately perform this function. The perm-Cath placement provides a reliable and durable access route for hemodialysis sessions.
• Temporary Access Limitations: While arteriovenous fistulas or grafts are preferred for long-term hemodialysis access, they may not be immediately available or suitable for some patients. Perm-cath insertion offers a temporary solution while awaiting or preparing for permanent access creation.
• Urgent Dialysis Initiation: In cases where urgent dialysis initiation is necessary due to severe symptoms or complications of kidney failure, Perm-Cath placement allows immediate access to hemodialysis therapy without delay.
• Bridge to Transplant: For patients awaiting kidney transplantation, Perm-Cath placement serves as a bridge to maintain hemodialysis access until a suitable donor kidney becomes available.
• Contraindications to Other Access Methods: Some patients may have contraindications to other access methods, such as arteriovenous fistulas or grafts, due to vascular anatomy, comorbidities, or previous access failures. Perm-Cath placement provides a viable alternative for long-term hemodialysis access in such cases.

Types of Image-guided Perm-Cath Placement

Image-guided Perm-Cath placement involves the insertion of a tunnelled hemodialysis catheter using imaging guidance. While there are variations in catheter design, the placement technique remains consistent. However, different types of catheters may be used based on factors such as patient anatomy, anticipated duration of use, and institutional preferences. Here are some common types:

• Single-Lumen Perm-Cath: A single-lumen catheter comprises one tube for blood withdrawal and return during hemodialysis. It suits patients with lower blood flow requirements or those requiring intermittent dialysis.
• Double-Lumen Perm-Cath: A double-lumen catheter has two separate lumens within the same catheter shaft, allowing simultaneous blood withdrawal and return during hemodialysis. It provides higher blood flow rates and is preferred for patients requiring frequent or continuous dialysis.
• Split-Tip Perm-Cath: Split-tip catheters feature a unique design with a split at the catheter tip, which helps reduce catheter-related thrombosis and improve blood flow rates. They are particularly beneficial for patients at higher risk of clotting or experiencing inadequate dialysis clearance.
• Curved Perm-Cath: Curved-tip catheters are designed with a curved distal tip, facilitating easier navigation through tortuous veins and reducing the risk of vessel trauma during insertion. They are suitable for patients with challenging vascular anatomy or previous access complications.

How Patients are Selected for the Procedure? 

Patients are selected for image-guided Perm-Cath placement based on several factors:

• End-Stage Renal Disease (ESRD): Patients with ESRD who require hemodialysis are candidates for Perm-Cath placement to establish long-term vascular access for dialysis sessions.
• Vascular Anatomy: Evaluation of the patient's vascular anatomy is crucial to determine the feasibility of Perm-Cath placement. Imaging studies such as ultrasound or venography help assess central veins' size, patency, and suitability for catheter insertion.
• Temporary Access Needs: Patients who require immediate or temporary vascular access for hemodialysis, such as those awaiting arteriovenous fistula maturation or repair, may undergo Perm-Cath placement as a bridging strategy.
• Medical Stability: Patients should be medically stable for the procedure, considering factors such as coagulation status, hemodynamic stability, and concurrent medical conditions that may affect procedural risks.
• Patient Preference: Patient preferences and goals of care are important considerations in the decision-making process. Discussions should include the benefits, risks, and alternatives to Perm-Cath placement to ensure informed decision-making.
• Anticipated Duration of Use: The anticipated duration of catheter use may influence the selection of Perm-Cath type and insertion technique. Temporary or long-term catheter needs are considered when determining the most appropriate vascular access strategy.

Diagnostic Tests and Evaluations Performed to Determine the Need for Image-Guided Perm-Cath Placement.

Several diagnostic tests and evaluations are performed to assess the need for image-guided Perm-Cath placement:

• Vascular Imaging: Ultrasound, Doppler ultrasound, or venography evaluate the patient's vascular anatomy, including the size, patency, and suitability of central veins for catheter insertion. This helps identify the optimal insertion site and guide the procedure.
• Laboratory Tests: Blood tests, including serum creatinine, blood urea nitrogen (BUN), and electrolyte levels, are performed to assess renal function and determine the need for renal replacement therapy, such as hemodialysis.
• Coagulation Profile: Coagulation studies, including prothrombin time (PT), activated partial thromboplastin time (aPTT), and platelet count, are conducted to assess the patient's coagulation status and risk of bleeding during the procedure.
• Medical History and Physical Examination: A comprehensive medical history and physical examination are conducted to assess the patient's overall health status, identify any contraindications to catheter insertion, and determine the urgency of dialysis initiation.
• Patient Preferences and Goals of Care: Discussions with the patient regarding their preferences, values, and care goals are essential in the decision-making process. Patient input helps inform the selection of vascular access options and ensures alignment with their treatment preferences.