UK Kidney Association Clinical Practice Guideline on vascular access for haemodialysis
UK Kidney Association (UKKA) · 2025 · United Kingdom
Source and licence
- Authors
- Emma Aitken, Hameed Anijeet, Damien Ashby et al.
- Title
- UK Kidney Association Clinical Practice Guideline on vascular access for haemodialysis
- Journal
- BMC Nephrology, 2025
- Licence
- CC BY 4.0
- Changes
- Verbatim excerpts; formatting adapted
Full text retrieved 2026-10-27 from Europe PMC · PMC12351868
Licence statement of the original publication
Open Access This article is licensed under a Creative Commons Attribution 4.0 International License, which permits use, sharing, adaptation, distribution and reproduction in any medium or format, as long as you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons licence, and indicate if changes were made. The images or other third party material in this article are included in the article’s Creative Commons licence, unless indicated otherwise in a credit line to the material. If material is not included in the article’s Creative Commons licence and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder. To view a copy of this licence, visit http://creativecommons.org/licenses/by/4.0/.
This page reproduces excerpts of the original publication; the original is authoritative. It has not been reviewed by a physician, does not state a recommendation of Medelix and does not replace medical advice. The guideline may have been updated since.
Open the original publication →Full text on Europe PMC
Recommendations
Verbatim, with grade of recommendation or strength of consensus where given.
Guideline 1. Access choice considerations
- We recommend focussed access advice for all adults and children anticipating or undergoing a period of haemodialysis, providing simple information outlining the relative merits of a range of access types1C
- We recommend treating access choice as a patient decision, supported by the multidisciplinary team, allowing adequate consideration time, taking into account individual patient characteristics and priorities1C
- We recommend advising fistula formation for adults and children with suitable anatomy and a likelihood of prolonged haemodialysis1B
- We suggest advising catheter access for very small children, and when a short period on haemodialysis is anticipated2C
Guideline 2. Access preparation, assessment and timing
- We suggest that all adults and children likely to require long term haemodialysis, and their carers where appropriate, should receive education on vascular access and vein preservation, which should be tailored to their individual situation, and may be delivered by various members of the multidisciplinary team2C
- We suggest advising and facilitating avoidance of cannula insertion, and where possible all vessel puncture, proximal to the wrist in the non-dominant or fistula-planned arm for adults where there is a high lifetime risk of kidney failure, and bilaterally in children2D
- We suggest that a patient’s decision (adult or child) on whether and where to proceed with AV access formation is best informed by combined clinical and ultrasound assessment2C
- We suggest central vein imaging prior to AV access formation, with either conventional or cross-sectional venography, in adults and children with clinical features or high risk of central venous stenosis2C
Guideline 3. AV access formation and care
- We recommend a multi-disciplinary shared decision, on AV access formation and location, taking into account anatomy, haemodialysis duration and patient preference1B
- We recommend routinely favouring distal locations initially for access formation, where supported by vessel anatomy and patient preference1B
- We recommend counselling patients to expect poorer outcome if planning fistula formation with one or both vessels less than 2.0 mm diameter1C
- We recommend favouring fistula formation over graft insertion in adults and teenage children, except where early cannulation is necessary or anatomy at conventional locations is unfavourable, when a graft may be considered in adults1C
- We suggest in adults routinely favouring local or regional anaesthesia, and in children general anaesthesia, to which regional anaesthesia may be added, for fistula formation2B
- We recommend that surgical expertise in vascular access creation needs to be established and maintained to achieve optimal clinical outcomes1C
- We recommend regular monitoring of new fistulas for maturation, using a ‘look, feel and listen’ approach, supported where necessary by ultrasound1C
- We suggest avoidance of low blood pressure peri-operatively and during the maturation period, with review of medications and target weight2C
- We recommend in adults an initial assessment to determine maturity for cannulation between 2 and 6 weeks after formation, with investigation arranged for non-maturity persisting beyond 6 weeks. Longer intervals may be more appropriate in children1C
- We suggest that the decision to initiate cannulation should follow individualised assessment of the fistula, balancing avoidance of miscannulation with the requirement for prompt access for haemodialysis2C
- We suggest adequate preparation prior to initiation of needling in all patients, anticipating the requirement for extensive support in children2D
- We recommend an access assessment before every cannulation, using a ‘look, feel and listen’ approach performed by an appropriately trained cannulator1C
- We suggest patients who self-cannulate assess their access before every cannulation, using a ‘look, feel and listen’ approach, within the limits of their abilities and with understanding of potential problems2D
- We recommend rope ladder or buttonhole cannulation for fistulas, and rope ladder cannulation for grafts, in preference to area puncture wherever possible1C
- We recommend unit policies to measure and minimise cannulation complications, which may include ultrasound assisted cannulation or single needle haemodialysis for new or difficult AV access1C
- We recommend high quality cannulation training, giving staff time to develop their skill through supervised practice, supported by theory teaching and competency assessment, before performing cannulation unsupervised1D
Guideline 4. AV access problems
- We suggest a shared decision in the management of AV access complications, taking into account clinical severity, treatability, alternative access options and patient priorities2C
- We recommend intervention for patients with radiologically significant stenosis and clinical features of AV access dysfunction1B
- We suggest endovascular treatment as the initial approach for non-complex AV access stenosis, using high-pressure balloons (up to 40 atm) where necessary to overcome AV access stenosis2C
- We recommend covered stents for the treatment of stenosis at the graft-vein outflow anastomosis, following adequate balloon dilation1C
- We recommend either an endovascular or surgical approach to salvage of thrombosed access based on local expertise. Surgical approaches should be followed by treatment of the underlying culprit stenosis1C
- We recommend regular assessment of AV access aneurysms, with intervention dependent on symptoms, access function and the risk of spontaneous bleeding1C
- We suggest surgical repair as the main approach to aneurysm treatment, combined with inflow reduction or endovascular treatment of downstream stenosis where appropriate2D
- We suggest that an awareness of steal syndrome, including risk factors, clinical consequences and indications for urgent treatment, is important for all clinicians caring for haemodialysis patients2C
- We suggest that mild steal syndrome should be managed conservatively2C
Guideline 5. Dialysis catheter insertion and care
- We recommend routinely favouring the right internal jugular vein for tunnelled haemodialysis catheter insertion, though vessel imaging, AV access location and patient preference may modify site selection1C
- We recommend routinely avoiding the subclavian route where alternative veins are available, particularly in children and young adults1C
- We recommend real time ultrasound to optimise tunnelled haemodialysis catheter insertion, as well as fluoroscopy for left-sided or subclavian approaches1C
- We recommend that a tunnelled haemodialysis catheter is accessed only by trained dialysis staff (or the patient/carer if supervised or trained) using a strict aseptic approach1C
- We recommend an assessment of the exit site and function of tunnelled haemodialysis catheters at each dialysis session1C
- We suggest regular dressing changes and routine exit site disinfection, using a solution containing 2% chlorhexidine (or an alternative for those allergic to chlorhexidine)2C
Guideline 6. Dialysis catheter problems
- We suggest a shared decision in the management of dialysis catheter complications, taking into account clinical severity, treatability, alternative access options and patient priorities2D
- We recommend locking each lumen of the catheter with a thrombolytic agent (such as urokinase or alteplase) as the initial treatment for catheter dysfunction1C
- We recommend catheter replacement when thrombolytics are ineffective, usually by exchange over a guidewire, in a setting where fibrin sheath disruption is also available1C
- We recommend systemic antibiotics without catheter replacement for exit site infections without bacteraemia1D
- We suggest systemic antibiotics without catheter replacement as the initial strategy for uncomplicated bacteraemia due to coagulase-negative Staphylococci2C
- We suggest routinely favouring catheter replacement, either by exchange over a guidewire or by removal with interval replacement, in the context of bacteraemia which is recurrent, associated with severe clinical features, or due to Staphylococcus aureus2C
Guideline 7. Central venous stenosis
- We suggest that an awareness of central venous stenosis, including risk factors, clinical consequences and prevention, is important for all clinicians caring for patients with chronic kidney disease2C
- We suggest a multi-disciplinary approach to treatment, considering symptoms, access function, patient preference and their kidney replacement therapy journey2C
- We suggest that asymptomatic central venous stenosis should managed conservatively2C
Abstract
Abstract: This guideline is written primarily for doctors and nurses working in dialysis centres and related areas of medicine in the UK, and is an update of a previous version written in 2015. It aims to provide guidance on how to provide vascular access care for patients approaching and undergoing haemodialysis, and provides a standard of care which centres should in general aim to achieve. We would not advise patients to interpret the guideline as a rulebook, but perhaps to answer the question: “What does good quality vascular access care look like?”. The guideline is split into sections: each begins with a few statements which are graded by strength (1 is a firm recommendation, 2 is more like a sensible suggestion), and the type of research available to back up the statement, ranging from A (good quality trials so we are pretty sure this is right) to D (more like the opinion of experts than known for sure). After the statements there is a short summary explaining why we think this, often including a discussion of some of the most helpful research. There is then a list of the most important medical articles so that you can read further if you want to – most of this is freely available online, at least in summary form.
A few notes on the individual sections: This section covers key concepts relevant to vascular access and focusses on access type selection, including a historical introduction and review of the key literature informing our understanding. This explains why we are moving away from the outdated advice in previous guidelines (e.g. that ‘all patients should dialyse with a fistula as first choice’) towards a process which treats dialysis access selection as a choice, respecting patient individuality, aiming to provide high quality assessment and advice, so that patients are supported in making informed decisions. The basic concept of the fistula as optimal access is highlighted and remains valid, but it is placed within a more modern concept of care, in which the patient is at the centre of the decision process. This section addresses the initial planning of access, from education and vein preservation, through to the timing of assessment and access formation, emphasising in particular the need to plan ahead. This section deals with the formation and routine care of AV access (fistulas and grafts), covering access type and configuration, surgical and anaesthetic technique, the maturation period (before a fistula is ready to be used), and initiation and maintenance of optimal cannulation (needling). This section deals with some of the complications of AV access. Research in this area is ongoing and not yet sufficient to give clear guidance, so we emphasise again the importance of involving patients in treatment decisions. This section deals with the placement and routine care of catheter access (lines), covering location, technique, anticoagulant locks, and regular exit site disinfection and dressings. This section deals with catheter complications, like infection and poor flow, which are sometimes life-threatening, and for which the catheter sometimes needs to be changed. This section deals with central venous stenosis (narrowing of veins deep in the chest) which is mostly a long term complication of catheters, but which is relevant to the planning of all types of access. We thought this important condition deserved its own section.
This section covers key concepts relevant to vascular access and focusses on access type selection, including a historical introduction and review of the key literature informing our understanding. This explains why we are moving away from the outdated advice in previous guidelines (e.g. that ‘all patients should dialyse with a fistula as first choice’) towards a process which treats dialysis access selection as a choice, respecting patient individuality, aiming to provide high quality assessment and advice, so that patients are supported in making informed decisions. The basic concept of the fistula as optimal access is highlighted and remains valid, but it is placed within a more modern concept of care, in which the patient is at the centre of the decision process.
This section addresses the initial planning of access, from education and vein preservation, through to the timing of assessment and access formation, emphasising in particular the need to plan ahead.
This section deals with the formation and routine care of AV access (fistulas and grafts), covering access type and configuration, surgical and anaesthetic technique, the maturation period (before a fistula is ready to be used), and initiation and maintenance of optimal cannulation (needling).
This section deals with some of the complications of AV access. Research in this area is ongoing and not yet sufficient to give clear guidance, so we emphasise again the importance of involving patients in treatment decisions.
This section deals with the placement and routine care of catheter access (lines), covering location, technique, anticoagulant locks, and regular exit site disinfection and dressings.
This section deals with catheter complications, like infection and poor flow, which are sometimes life-threatening, and for which the catheter sometimes needs to be changed.
This section deals with central venous stenosis (narrowing of veins deep in the chest) which is mostly a long term complication of catheters, but which is relevant to the planning of all types of access. We thought this important condition deserved its own section.
Most of the concepts relevant to adult patients apply equally to children and adolescents, so there is no separate Paediatric section, and unless stated, guidance applies to children as well as adults. Where they do exist, differences are highlighted within the statements and rationale, sometimes with separate paragraphs or subheadings. Access for peritoneal dialysis is not included in this guideline since it is covered elsewhere, and the guideline is not exhaustive, with several aspects not covered, though they may be addressed in future versions. The guideline’s principle focus is areas of mainstream practice for which there is variation across different UK centres, in general not covering newly developed or rarely practiced techniques, and it is not intended to replace handbooks and review articles. The guideline’s main anticipated audience is NHS professionals caring for patients who are receiving or planning haemodialysis, but it is written to be as accessible as possible to patients and carers also. There are appendices at the end which explain the meaning of words and concepts which are used throughout the guideline, especially the medical and statistical terminology.
Clinical trial number: Not applicable.
Contents of the original publication
The section headings of the original.
- Background
- Guideline 1. Access choice considerations
- Rationale
- Evidence comparing access types
- From evidence to decision making
- Paediatric considerations
- Conclusions
- Guideline 2. Access preparation, assessment and timing
- Rationale
- Guideline 3. AV access formation and care
- Rationale
- AV access location
- Grafts and thigh access
- Surgical and anaesthetic technique
- Maturation
- Cannulation
- Guideline 4. AV access problems
- Rationale
- Stenosis
- Selection for angiography
- Angioplasty and outcome
- The role of stents and drug-coated balloons
- Thrombosis
- Aneurysm
- Steal syndrome
- Guideline 5. Dialysis catheter insertion and care
- Rationale
- Catheter insertion
- Catheter care
- Guideline 6. Dialysis catheter problems
- Rationale
- Catheter dysfunction
- Central vein thrombosis
- Catheter-related infection
- Guideline 7. Central venous stenosis
- Rationale
- Mild CVS: non-symptomatic, with functional access
- Moderate CVS: symptoms or access dysfunction, but easy to open
- Severe CVS: difficult to open, access usually dysfunctional
- Opening the lesion
- Subsequent access
- Occlusive CVS: non-SVC access required
- Unconventional and experimental options
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