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Urology · Kidney Care

Polycystic Kidney Disease Treatment in Hyderabad: Slowing Cyst Growth at Lux Hospitals

Polycystic kidney disease is an inherited condition in which fluid-filled cysts form and multiply within the kidneys, gradually replacing the working tissue and enlarging the organ enormously.

It is the commonest genetic cause of kidney failure, and it runs in families: each child of an affected parent has a one in two chance of inheriting it. Our kidney specialists at Lux Hospitals, HITEC CITY confirm the diagnosis, manage the complications and work to slow the decline.

  • Family Screening
  • Progression Slowed
  • Dialysis & Transplant
Labelled medical illustration of Polycystic Kidney Disease

What is Polycystic Kidney Disease?

Polycystic kidney disease is a genetic disorder in which numerous fluid-filled cysts develop throughout both kidneys. The cysts arise from the kidney tubules, grow slowly over decades, and progressively compress and replace functioning tissue. A polycystic kidney can reach several times normal size and weigh a few kilograms.

There are two forms. Autosomal dominant PKD, caused by mutations in the PKD1 or PKD2 genes, accounts for the great majority. It is inherited from one affected parent, each child has a fifty per cent chance of inheriting it, and it typically becomes apparent between thirty and fifty. Autosomal recessive PKD is far rarer, requires both parents to carry the gene, and presents in infancy or childhood with a more severe course.

PKD is not only a kidney disease. Cysts commonly form in the liver, and there is a raised risk of intracranial aneurysm, heart valve abnormalities and diverticular disease. Roughly half of people with the dominant form reach kidney failure by around sixty, which makes early diagnosis and blood pressure control genuinely worthwhile.

Causes of Polycystic Kidney Disease

PKD is genetic. Nothing in your diet, environment or lifestyle causes it, though those factors influence how fast it progresses.

  • PKD1 gene mutation

    Accounts for roughly eighty-five per cent of dominant PKD. It causes more rapid progression, with kidney failure typically in the mid-fifties.

  • PKD2 gene mutation

    Around fifteen per cent of cases, with a milder course and kidney failure often deferred to the seventies.

  • PKHD1 gene mutation

    Causes the recessive form. Both parents must carry the gene, and the disease presents in infancy or childhood.

  • Autosomal dominant inheritance

    One affected parent gives each child a fifty per cent chance of inheriting the condition, regardless of sex.

  • Spontaneous mutation

    Around one in ten cases arises with no family history at all, from a new mutation.

  • Factors that accelerate it

    Uncontrolled high blood pressure, high salt intake, smoking and dehydration all speed the decline, and all are modifiable.

The genetics are fixed, but the rate of progression is not entirely. Blood pressure control and adequate water intake measurably slow the loss of function, which is why treatment matters despite the inherited cause.

Symptoms of Polycystic Kidney Disease

PKD is often silent for decades. High blood pressure in a young adult is frequently the first sign.

Common symptoms

  • High blood pressure, often from a young age
  • Pain in the back, side or flank
  • A feeling of abdominal fullness or a palpable mass
  • Blood in the urine
  • Recurrent urinary tract infections
  • Kidney stones

Symptoms needing urgent care

  • Sudden severe headache: may indicate a brain aneurysm
  • Sudden severe flank pain with fever
  • Heavy or persistent blood in the urine
  • Rapidly worsening abdominal swelling
  • Breathlessness or marked leg swelling
  • Confusion or a marked reduction in urine output

A sudden, severe headache unlike any you have had before needs immediate assessment. Intracranial aneurysms are commoner in PKD, particularly where a relative has had one, and rupture is a medical emergency.

How PKD is Diagnosed

Ultrasound diagnoses most cases. Genetic testing is reserved for situations where imaging is inconclusive.

  1. Kidney ultrasound

    The first-line test. The number of cysts required for diagnosis depends on age, which is why the scan is interpreted alongside your family history.

  2. CT or MRI

    More sensitive for small cysts, and used to measure total kidney volume: the best predictor of how quickly the disease will progress.

  3. Kidney function tests

    Creatinine, eGFR and urine protein, to stage any decline. Function is often preserved for years while the kidneys enlarge.

  4. Family history and screening

    Mapping the family tree and offering screening to first-degree relatives, who each have a fifty per cent chance of carrying it.

  5. Genetic testing

    Used where imaging is equivocal, in young people with a negative scan, or in evaluating a potential living kidney donor from the family.

  6. Screening for aneurysm

    MR angiography of the brain, offered where there is a family history of aneurysm or bleed, or a suggestive symptom.

Screening a family member is a decision with real implications: for insurance, for career, for planning. It is discussed properly rather than arranged automatically, and the choice is theirs.

Treatment Options

There is no cure, but progression can be slowed and complications managed effectively.

Medical

Slowing progression and managing complications

  • Blood pressure control

    The most important intervention. ACE inhibitors or ARBs, targeting tight control, measurably slow the loss of kidney function.

  • High water intake

    Adequate hydration suppresses the hormone that drives cyst fluid secretion. Simple, free, and supported by reasonable evidence.

  • Tolvaptan

    A vasopressin receptor blocker shown to slow cyst growth and function decline in rapidly progressive disease. It requires liver monitoring and causes considerable thirst.

  • Pain management

    Simple analgesia and heat, avoiding NSAIDs which damage the kidney further. Cyst drainage is considered for a specific painful cyst.

  • Treating infection promptly

    Cyst infections need antibiotics that penetrate cyst walls and a longer course than an ordinary urinary infection.

  • Managing stones and bleeding

    Kidney stones are commoner in PKD. Bleeding into a cyst causes visible blood in the urine and usually settles with rest and fluids.

Interventional

Procedures and renal replacement

  • Cyst aspiration and sclerotherapy

    A large symptomatic cyst is drained under imaging guidance and an agent injected to prevent refilling. Relieves pain without major surgery.

  • Laparoscopic cyst deroofing

    Keyhole removal of the tops of multiple large cysts, decompressing the kidney where pain is the dominant problem.

  • Nephrectomy

    Removal of a massively enlarged kidney, usually to make room for a transplant or where pain and infection are intractable.

  • Dialysis

    Haemodialysis or peritoneal dialysis when kidney failure is reached, with access created several months in advance.

  • Kidney transplantation

    The best long-term option. Family donors need genetic screening first, since they may carry the condition themselves.

A family member offering a kidney must be screened for PKD before anything else. Donating a kidney while unknowingly carrying the gene would leave them with a single polycystic kidney, which is why this step is non-negotiable.

What PKD Care Involves

PKD is managed over decades, with the emphasis shifting from monitoring to intervention as it progresses.

Lifelong structured monitoring and management

  1. Confirming the diagnosis

    Ultrasound interpreted against your age and family history, with CT, MRI or genetic testing where the picture is unclear.

  2. Assessing the rate of progression

    Total kidney volume on MRI, alongside age and current function, predicts how quickly the disease will advance and who needs aggressive treatment.

  3. Establishing blood pressure control

    ACE inhibitor or ARB started early with a tight target, since this is the intervention with the clearest benefit.

  4. Lifestyle measures

    High water intake, low salt, stopping smoking, avoiding NSAIDs, and avoiding contact sports that risk injuring an enlarged kidney.

  5. Considering tolvaptan

    Offered where imaging and function suggest rapid progression, with a full explanation of the thirst and the liver monitoring required.

  6. Family counselling and screening

    Discussing inheritance, offering screening to relatives who want it, and covering reproductive options where relevant.

  7. Planning for kidney failure

    At stage four, arranging dialysis access and beginning transplant workup, with family donors genetically screened.

Kidney function in PKD often stays normal for decades while the kidneys enlarge steadily. That is why total kidney volume, not creatinine, is the measure that predicts the future in the early years.

Why Choose Lux Hospitals for PKD Treatment?

PKD is a lifelong condition affecting a whole family, not a single episode of care. Here is why patients trust us:

  • Family-aware care

    Counselling on inheritance and screening for relatives, including the genetic screening a family donor needs before transplant evaluation.

  • Progression assessed properly

    Kidney volume imaging alongside function testing, so treatment intensity matches how fast your disease is actually moving.

  • Comprehensive care

    From the first consultation through to post-treatment follow-up, with one team throughout.

  • Convenient location

    Our hospital is in HITEC CITY, near IKEA: easily reachable from across Hyderabad.

Living With PKD

Most people with PKD live normally for decades. The condition is monitored rather than constantly treated.

  • At diagnosis

    Imaging, function tests, blood pressure assessment and a discussion of inheritance and what it means for your family.

  • Months 1–6

    Blood pressure brought to target, lifestyle measures established, and the rate of progression assessed.

  • Years 1–10

    Six-monthly to annual review with function tests and periodic imaging. Most people are entirely well through this period.

  • As function declines

    Anaemia, calcium and phosphate managed, alongside more frequent monitoring as chronic kidney disease advances.

  • Stage 4 onward

    Dialysis access created and transplant workup begun, with family donors screened for PKD before evaluation.

Aftercare

  • Keep blood pressure tightly controlled

    The single most effective thing you can do. It slows the loss of kidney function and reduces the risk of aneurysm rupture.

  • Drink plenty of water

    Around three litres daily unless told otherwise. High fluid intake suppresses the hormone driving cyst fluid secretion.

  • Avoid NSAIDs

    Ibuprofen, diclofenac and similar painkillers accelerate kidney damage. Use paracetamol and ask before taking anything else regularly.

  • Avoid contact sports

    An enlarged polycystic kidney is more vulnerable to injury and bleeding. Non-contact exercise is encouraged.

  • Discuss screening with your family

    First-degree relatives each have a fifty per cent chance of carrying it. Screening is their decision, and worth having the conversation about.

  • Take severe headache seriously

    A sudden headache unlike any before needs immediate assessment. Brain aneurysms are commoner in PKD and rupture is an emergency.

PKD progresses over decades, not months. Most people diagnosed in their thirties have many years of entirely normal life ahead, and what happens in those years is influenced substantially by how well blood pressure is controlled.

When Should You See a Kidney Specialist?

Book a consultation if any of the following apply.

  • A parent, sibling or child diagnosed with polycystic kidney disease.
  • Cysts found on a kidney scan done for another reason.
  • High blood pressure diagnosed in your twenties or thirties.
  • Recurrent flank or back pain, or blood in the urine.
  • Repeated urinary infections or kidney stones.
  • A sudden severe headache: go to hospital immediately.

Cost of PKD Treatment in Hyderabad

Monitoring and blood pressure control are inexpensive. Tolvaptan and renal replacement therapy are the significant costs.

Procedure Estimated Cost
Consultation Per visit; usually six-monthly ₹800 – ₹1,500
Kidney ultrasound Diagnosis and periodic monitoring ₹1,500 – ₹3,500
MRI for kidney volume Predicts rate of progression ₹8,000 – ₹18,000
Genetic testing Where imaging is inconclusive ₹25,000 – ₹60,000
Blood pressure medication Per month ₹500 – ₹2,500
Cyst aspiration with sclerotherapy For a large painful cyst ₹35,000 – ₹70,000
Laparoscopic cyst deroofing Two to three days in hospital ₹1,10,000 – ₹1,90,000

What changes the estimate

  • Rate of progression

    Slowly progressive PKD2 disease may need only monitoring and blood pressure tablets for decades. Rapid PKD1 disease needs more intensive treatment.

  • Whether tolvaptan is used

    It is an expensive long-term medication requiring regular liver monitoring, and is reserved for rapidly progressive disease.

  • Complications requiring intervention

    Cyst infection, bleeding, stones and pain needing drainage or surgery each add episodic costs.

  • Room category

    A shared ward, a twin-sharing room or a private suite: the largest single swing in most estimates.

  • Insurance & TPA cover

    We are empanelled with most major insurers, and our team files the pre-authorisation for you.

Every figure above is an indicative range, not a quote. After your consultation you are given a written, fixed-cost estimate, and that is the number you pay, with no additions once treatment begins.

Our Surgeons

Polycystic Kidney Disease Specialists at Lux Hospitals

The kidney specialists who manage polycystic kidney disease at our HITEC CITY hospital.

  • Portrait of Dr. Vipin Reddy B

    Dr. Vipin Reddy B

    Consultant Urologist & Andrologist

    MBBS, MS, DrNB (Urology)

    10 years experience

  • Portrait of Dr. Sreeniketh Reddy

    Dr. Sreeniketh Reddy

    Consultant Urologist & Andrologist

    MBBS, MS, MCh (Urology)

    9 years experience

View All Surgeons
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Written by Dr. Vipin Reddy B on kidney health and urological care.

Got Questions?

Frequently Asked Questions

Common questions about polycystic kidney disease, inheritance, treatment and costs at Lux Hospitals.

What causes polycystic kidney disease?
Genetic mutations. The dominant form, which accounts for the great majority, is caused by mutations in the PKD1 or PKD2 genes and is inherited from one affected parent. The rarer recessive form is caused by PKHD1 mutations and requires both parents to be carriers. Around one in ten cases arises from a new spontaneous mutation with no family history.
Will my children inherit PKD?
In the dominant form, each child has a fifty per cent chance, regardless of sex. The recessive form requires both parents to carry the gene, in which case each child has a one in four chance. Genetic counselling is available and worth having if you are planning a family.
Can you live a normal life with PKD?
Yes, for many years. PKD progresses over decades, and most people diagnosed in their thirties work, travel and live entirely normally into their fifties or beyond. Roughly half reach kidney failure by around sixty, and how quickly that comes is influenced substantially by blood pressure control.
Can PKD be cured?
No. There is no cure and cysts cannot be prevented from forming. What treatment does is slow progression: tight blood pressure control, high water intake, and tolvaptan in rapidly progressive disease all measurably delay the loss of function. That delay can amount to years.
What is the best diet for polycystic kidney disease?
Low salt is the most important element, since it directly affects blood pressure. Drink plenty of water, around three litres daily unless told otherwise, as this suppresses the hormone driving cyst fluid secretion. Moderate protein, and restrict potassium and phosphate only if kidney function has declined and you have been advised to.
Do the cysts need to be removed?
Usually not. Cysts are too numerous to remove and doing so does not preserve kidney function. Drainage or laparoscopic deroofing is done only where a specific large cyst is causing significant pain or pressure. Removing an entire kidney is generally reserved for making space for a transplant.
Why does PKD cause high blood pressure?
Growing cysts compress kidney tissue and blood vessels, which activates the hormone system that raises blood pressure. It often appears well before kidney function declines and is frequently the first sign of the condition, which is why a young adult with hypertension and a family history should be scanned.
Can a family member donate a kidney to me?
Possibly, but they must be screened for PKD first, as a first-degree relative they have a fifty per cent chance of carrying it, and donating while affected would leave them with a single polycystic kidney. Screening involves imaging and, where that is inconclusive, genetic testing.
How much does PKD treatment cost in Hyderabad?
Diagnosis with ultrasound and function tests is ₹4,000–₹9,000, with MRI for kidney volume adding ₹8,000–₹18,000 and genetic testing ₹25,000–₹60,000 where needed. Blood pressure medication is ₹500–₹2,500 monthly. Cyst aspiration is ₹35,000–₹70,000 and laparoscopic deroofing ₹1,10,000–₹1,90,000.
How can I book an appointment at Lux Hospitals?
You can book by calling us, messaging us on WhatsApp, or walking into Lux Hospitals, HITEC CITY. Bring any previous scans and, if you know it, details of which relatives are affected and at what age they developed kidney problems.

Still have questions? Call us at 079 6908 4422

Still have questions? Message us on WhatsApp at 079 6908 4444

Book a Kidney Consultation in Hyderabad

Diagnosis, family screening and a plan to slow polycystic kidney disease, with costs shared upfront.

Plot No.116, Lumbini Avenue, HITEC CITY, Near IKEA, Hyderabad – 500032