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Haemodialysis
Overview

Haemodialysis

Learn about haemodialysis, a vital treatment for individuals with kidney failure. Discover how it works and why it's crucial for maintaining health and wellbeing.

Nephrology & Dialysis · Surat

Haemodialysis

When your kidneys can no longer filter your blood, haemodialysis does it for them — safely, comfortably, and with reliable vascular access.

14+Years of practice
2Clinics in Surat
About the treatment

What is haemodialysis?

Haemodialysis filters waste products and excess fluid from the blood using a dialysis machine, when the kidneys can no longer do it adequately. Blood is drawn from the body, cleaned through a filter, and returned — helping restore electrolyte balance and protect your overall health.

At The Kidney Clinic, Dr. Anil K. Patel and the dialysis team manage every part of your care, from creating reliable vascular access to running safe, effective sessions.

When it's used

Why haemodialysis?

Haemodialysis is used when:

  • Chronic kidney disease has reached the end stage
  • Acute kidney injury needs urgent filtering
  • Waste, fluid, or electrolyte imbalances build up beyond what the kidneys can manage
  • Ongoing therapy is needed, or as a bridge toward transplant
How it works

How a session works

1

Vascular access

Blood is accessed through an AV fistula, a graft, or a catheter, depending on what suits you best.

2

Blood out

Blood is gently drawn and pumped into the dialysis machine.

3

Filtering

The dialyser removes waste and excess fluid and rebalances electrolytes.

4

Return

The cleaned blood is returned to your body, and the cycle continues through the session.

5

Schedule & monitoring

Sessions typically last about 3–4 hours, several times a week, with your vital signs monitored throughout.

Vascular access

The AV fistula (AVF)

An arterio-venous fistula — a surgical connection between an artery and a vein, usually in the arm — is the gold-standard access for haemodialysis. It needs several weeks to a few months to mature before use, as the vessel grows stronger and able to withstand repeated needling. Its advantages:

  • The longest-lasting access, with fewer site changes
  • A lower infection risk than catheters
  • Better blood flow for more effective dialysis
  • A lower risk of clotting
Protect the access arm from injury and pressure, avoid tight clothing, keep the site clean and dry, and report any signs of infection, clotting, or reduced flow to your team promptly.
Why patients trust us

Why choose Dr. Anil K. Patel

14+ years of dedicated nephrology and dialysis practice

Specialist training at MPUH Nadiad under Dr. M.M. Rajapurkar

Nephrologists, dialysis nurses, and vascular-access surgeons together

Transplant centre partnerships with Mahavir Hospital & Universal Hospital

§

AV fistula creation and complete vascular-access care

Care in English, Hindi & Gujarati, with prompt response

Good to know

Frequently asked questions

What is an arterio-venous fistula (AVF)?
A surgical connection between an artery and a vein, usually in the arm, that creates reliable access to the bloodstream for haemodialysis — letting blood be drawn, filtered, and returned efficiently.
Why is an AVF important for dialysis?
It provides a reliable, long-lasting access point with blood-flow rates suited to effective dialysis, while reducing the infection and clotting risks seen with other access methods.
How is an AVF created?
Through a surgical procedure that joins an artery and a nearby vein — by direct suturing or, where needed, a synthetic graft — to form a larger, robust vessel for repeated needling.
How long does an AVF take to mature?
It varies — usually several weeks to a few months. During this time the vessel thickens and strengthens so it can withstand the needle insertions dialysis requires.
What are the benefits of an AVF over other access?
It's the gold standard — longer-lasting, lower infection risk than catheters, better blood flow for effective sessions, and a reduced clotting risk thanks to its natural configuration.
How do I care for my AVF?
Protect the access arm from injury and pressure, avoid tight clothing, keep the site clean and dry, watch for infection or reduced flow, and follow your dialysis schedule.
Are there potential complications?
AVFs are generally safe, but complications can include infection, clotting, bleeding, and stenosis (narrowing). Regular monitoring and prompt reporting help manage these.
Can every dialysis patient have an AVF?
Not always. The condition of your blood vessels, overall health, and history all matter. Where an AVF isn't suitable, a graft or central venous catheter may be used instead.
How do I prepare for AVF surgery?
Discuss your history and concerns with your nephrologist or surgeon, undergo tests to check your vessels' suitability, and follow any pre-surgery instructions from the team.
Where can I learn more?
Speak with Dr. Anil K. Patel or your healthcare provider for personalised guidance on haemodialysis and vascular access for your situation.

Starting haemodialysis?

Speak directly with Dr. Anil K. Patel about your dialysis plan and the best vascular access for you.

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