01Using the patient’s own vessels
AV Fistula Creation
An artery and vein are connected, usually in the arm, to create the blood flow required for haemodialysis. The site is selected after clinical and ultrasound assessment.
02An alternative access pathway
AV Graft Placement
A vascular graft may create a usable connection when native vessels are unsuitable for a fistula or the individualized access plan favours a graft.
03Access when dialysis cannot wait
Tunneled Dialysis Catheter
A tunneled catheter may be placed when immediate haemodialysis is required, as a bridge to a fistula or graft, or when another access is not feasible.
04Helping a new access become usable
Maturation Assessment
Clinical examination and duplex ultrasound can identify insufficient flow, narrowing, depth or competing veins when a fistula does not mature as expected.
05Protecting the patient’s lifeline
Access Revision or Salvage
Surgical or endovascular treatment may restore an access affected by narrowing, thrombosis, difficult cannulation or reduced dialysis performance.
06Treating access complications
Aneurysm and Infection Care
Aneurysmal change, skin damage, bleeding risk and infection require prompt assessment. Treatment is individualized according to the access and severity of the problem.
07Balancing access and circulation
Hand Ischaemia and High Flow
Pain, coldness, weakness, tissue risk, swelling or strain from excessive access flow may require specialist evaluation and corrective treatment.
08Planned access for ongoing therapy
Long-Term Intravenous Access
Ports or tunneled venous access may be considered for selected long-term treatments after the therapy, vessel preservation needs and individual risks have been reviewed.