Pediatric Chronic Kidney Disease Stage by Stage: How Care Changes as Kidney Function Falls

A father sits in a small consulting room turning a lab printout over in his hands. His daughter is eight, plays soccer twice a week and has never once complained of feeling unwell. Yet the letter in front of him says stage 3. He wants to know what that number means, why nobody caught it sooner, and whether she will need dialysis before she finishes school.

Those are fair questions, and they are the ones this article tries to answer plainly. Pediatric chronic kidney disease stages are a way of describing how much filtering power a child’s kidneys still have. They are not a countdown clock, and they do not predict a single path. Two children in the same stage can have very different futures depending on what caused the damage and how well blood pressure, protein loss and growth are looked after.

What follows is a stage-by-stage look at how care actually shifts as kidney function falls, and where the evidence is honest about what it does not yet know.

What pediatric chronic kidney disease stages actually measure

Kidney staging rests on one number: the estimated glomerular filtration rate, or eGFR. Glomeruli are the tiny filtering units inside each kidney, and eGFR estimates how many milliliters of blood they clean each minute. In children it is calculated from a blood test (creatinine, and sometimes a second marker called cystatin C) combined with height, because a growing body changes how much creatinine it produces.

Chronic kidney disease, usually shortened to CKD, means kidney damage or reduced function that persists for at least three months, according to the definition used by MedlinePlus and major nephrology guidelines. The word chronic separates it from a short, sudden injury that may fully recover after an illness or dehydration.

The NHS describes five stages. Stages 1 and 2 have an eGFR of 90 or above and 60 to 89 respectively, and only count as CKD when there is also evidence of damage, such as protein in the urine or a structural problem seen on ultrasound. Stage 3 is split into 3a (eGFR 45 to 59) and 3b (30 to 44). Stage 4 covers 15 to 29, and stage 5 sits below 15, the level often called kidney failure.

One pediatric wrinkle matters here. In infancy, eGFR is naturally low and rises as the kidneys mature, so nephrology teams do not apply adult-style stage labels to very young babies in the same way. A baby’s number needs a specialist’s interpretation, not a chart on a wall.

Staging is a shared language between families, pediatricians and kidney specialists. It tells the team how closely to watch, which tests to add, and when to start conversations about the future. It does not, on its own, tell anyone how fast things will move.

How it works: what actually happens when kidney function falls

Healthy kidneys do far more than make urine. They filter waste, balance salt, potassium and water, help control blood pressure, activate vitamin D so bones can use calcium, and release a hormone called erythropoietin that tells the bone marrow to make red blood cells. When filtering capacity drops, every one of those jobs can wobble, though rarely all at once.

The kidneys have a large reserve. A child can lose a substantial share of filtering capacity before blood tests drift out of the normal range, which is why early CKD is so often silent. The surviving glomeruli work harder to compensate, and that extra strain can itself cause slow scarring over years. Blood pressure that runs high, and protein leaking into the urine, both accelerate this scarring. That is the mechanism behind the two things clinicians watch most closely at every stage.

As function falls further, waste products such as urea build up, acids accumulate in the blood, phosphorus rises while activated vitamin D falls, and erythropoietin output drops. In a child this has an extra consequence that adults do not face: growth. The Mayo Clinic and the NIH National Institute of Diabetes and Digestive and Kidney Diseases (NIDDK) both note that children with CKD may grow more slowly, partly because of acid buildup, poor appetite, bone chemistry changes and altered hormone signaling.

None of this happens on a fixed schedule. Some causes produce a steady decline; others plateau for years. The staging system is simply a snapshot of where filtering sits today, and care is designed around protecting what remains.

Why children develop chronic kidney disease

The causes in children look quite different from those in adults, where diabetes and long-standing high blood pressure dominate. According to the NIDDK, the leading causes in children are birth defects of the kidneys and urinary tract, and inherited conditions.

Birth defects include kidneys that are small or formed abnormally, blockages that stopped urine draining properly before birth, or urine flowing backward from the bladder toward the kidneys (reflux). Many are picked up on prenatal or infant ultrasound, which is why a proportion of children enter kidney care before they can walk.

Inherited conditions include polycystic kidney disease, in which fluid-filled cysts gradually replace working tissue, and a group of rarer genetic disorders that affect the filter itself. A family history matters, and genetic testing is increasingly part of the pediatric work-up.

Other causes, more common in older children and teenagers, include glomerular diseases, in which the immune system inflames the filters, sometimes after an infection or as part of a wider autoimmune illness. Nephrotic syndrome, a condition where large amounts of protein leak into the urine, sits in this group. Severe kidney injury from a serious infection or a period of very low blood pressure can also leave lasting damage.

Why does the cause matter so much for staging? Because it shapes the trajectory. A structural problem that is stable and well drained may hold steady for a decade. An active inflammatory disease can move faster, but may also respond to treatment. This is why the first conversation after a diagnosis is often less about the stage number and more about pinning down what lies behind it.

Stage 1 and 2 kidney disease in children: care starts before symptoms

A child at stage 1 or 2 usually feels perfectly well. Their eGFR is normal or only mildly reduced, and CKD is diagnosed because something else has been found: protein or blood in the urine, an abnormal ultrasound, or a known genetic diagnosis. Parents often ask why this deserves a label at all. The answer is that the earliest stages are where protection buys the most time.

Care at this point is built around three pillars. The first is identifying and, where possible, treating the cause. A blockage may be relieved surgically; reflux may be monitored or repaired; an inflammatory condition may be treated by the kidney team.

The second pillar is blood pressure. Pediatric readings are interpreted against age, sex and height percentiles rather than a single adult cutoff, and the team will measure it at every visit. If it runs high, a medicine class that relaxes blood vessels and lowers pressure inside the filters (renin-angiotensin blockers) is commonly used, because it also tends to reduce protein leakage. Any decision about starting one sits with the prescribing nephrologist.

The third is protecting the kidneys from avoidable insults: staying well hydrated during illness, avoiding certain over-the-counter anti-inflammatory painkillers unless the team has approved them, and treating urinary infections promptly.

Monitoring is typically spaced out, with blood and urine tests and growth checks at intervals the team sets according to the cause. The Cleveland Clinic notes that early CKD frequently causes no symptoms at all, which is precisely why these scheduled tests matter more than how the child looks or feels.

Stage 3 kidney disease in children: is 3a or 3b worse?

Stage 3 is where many families first hear the diagnosis, because this is the point at which routine blood tests start to look abnormal. The NHS divides it into 3a, an eGFR of 45 to 59, and 3b, 30 to 44. Since a lower number means less filtering capacity, 3b represents more reduced function than 3a. Neither is an emergency, but the split exists because the risk of complications rises as eGFR falls, and 3b is when they begin to show up in blood work more often.

What changes in care? Monitoring becomes more frequent and broader. Alongside creatinine and urine protein, the team will usually track hemoglobin (looking for anemia from falling erythropoietin), bicarbonate (a marker of acid buildup), calcium, phosphorus, parathyroid hormone and vitamin D (together describing bone health), and potassium.

Growth gets deliberate attention. A dietitian with pediatric kidney experience often joins the team, because the aim is not to restrict food but to make sure a growing child gets enough energy and protein while keeping phosphorus and salt in a sensible range. The NIDDK notes that children with CKD who are growing poorly despite good nutrition may be considered for growth hormone treatment, a decision made by the specialist team.

Blood pressure control continues to be the single most evidence-backed lever. So does reducing protein loss.

For the eight-year-old in the opening scene, stage 3 means a busier calendar, not a stop to soccer. Most children at this stage carry on with school and sport as normal, with the kidney team working quietly in the background.

Stage 4: preparing for kidney failure treatment without rushing it

At stage 4, eGFR has fallen to between 15 and 29. The kidneys are still working, and many children at this stage feel reasonably well, but the margin is narrowing. The conversation now widens to include what happens if function keeps falling, and the guiding principle is preparation without panic.

Complications that were occasional at stage 3 become expected. Anemia may need treatment with an injectable form of the hormone the kidneys are no longer making enough of, alongside iron. Acid buildup is often corrected with an alkali supplement. Phosphorus binders, medicines taken with meals that trap phosphorus in the gut, may be introduced. Activated vitamin D may be prescribed to protect bones. Each is chosen and adjusted by the nephrology team based on regular blood tests, and typical timelines for seeing an effect range from weeks to months depending on the problem.

The larger task is planning. Families are usually introduced to the options for kidney replacement therapy well before they are needed: transplant, peritoneal dialysis and hemodialysis. Where a living donor is a possibility, evaluation of that person can begin. Vaccinations are reviewed and brought up to date, because certain live vaccines cannot be given after a transplant when the immune system is deliberately suppressed.

Fatigue, reduced appetite and poorer concentration may creep in during stage 4, and schools often benefit from a written care plan. Teenagers in particular may need space to talk about how the illness affects their independence and self-image.

Nothing about stage 4 dictates a date for dialysis. It is a stage for building a plan so that, if the moment comes, nobody is choosing in a hurry.

Stage 5 and kidney failure: dialysis and transplant explained

Stage 5 means an eGFR below 15. The NHS notes that dialysis is often needed around this point, though the decision is based on symptoms, blood chemistry and growth as much as the number itself. Some children start treatment above 15 because they are unwell; others remain stable for a time below it.

Three options exist. A kidney transplant places a healthy kidney from a living or deceased donor into the child’s lower abdomen; the child’s own kidneys are usually left in place. Pediatric nephrology guidelines generally regard transplant as the preferred long-term treatment for children who are suitable, because it supports growth and normal life more fully than dialysis. In some cases a transplant is arranged before dialysis ever starts, known as a preemptive transplant. Afterward, lifelong medicines dampen the immune system so the new kidney is not rejected, with regular blood tests to monitor levels and kidney function.

Peritoneal dialysis uses the lining of the abdomen as a natural filter. A soft tube is placed surgically, and fluid is cycled in and out, typically overnight at home using a machine. It is commonly chosen for younger children because it avoids repeated needle access and allows school attendance during the day.

Hemodialysis pumps blood through an external filter, usually several times a week at a dialysis unit or, increasingly, at home. It requires access through a surgically created vein connection or a central line.

Each path carries risks: infection, access problems and, for transplant, rejection and medication side effects. The choice depends on the child’s size, cause of disease, home circumstances and preferences, and it belongs to the family and the treating team together.

CKD stages in children at a glance

The table below pulls the stages together. The eGFR ranges follow the NHS staging description; the care focus reflects mainstream pediatric nephrology practice as summarized by the NIDDK and the Mayo Clinic. It is a map, not a schedule. A child’s own team will adapt every column.

Stage	eGFR (mL/min/1.73 m²)	What it usually means	Typical care focus
1	90 or above, with signs of damage	Normal filtering, but protein in urine or structural problem present	Find and treat the cause; blood pressure; protect kidneys from avoidable harm
2	60 to 89, with signs of damage	Mildly reduced filtering	Same as stage 1; scheduled blood and urine tests; growth checks
3a	45 to 59	Mild to moderate reduction	Closer monitoring; dietitian input; watch hemoglobin, bone markers, acid balance
3b	30 to 44	Moderate to severe reduction	Complications more likely; treat anemia, acidosis, bone chemistry as needed
4	15 to 29	Severe reduction	Prepare for replacement therapy; transplant evaluation; vaccination review
5	Below 15	Kidney failure	Dialysis or transplant, timed by symptoms, chemistry and growth

Two footnotes belong beside any table like this. First, in infancy eGFR is naturally lower and the stages are interpreted differently, so a baby’s number should never be read straight off this grid. Second, protein in the urine is graded separately and carries its own prognostic weight; a child at stage 2 with heavy protein loss may need closer attention than a child at 3a with none. The stage is one axis of a two-dimensional picture.

Who is usually watched closely, and who is usually asked to wait

Parents sometimes hear that a treatment exists and wonder why their child is not receiving it yet. In kidney care, timing is a clinical judgment, and the reasons for waiting are usually about benefit and risk rather than resources.

Children most likely to receive intensive monitoring and early intervention share certain features: persistent protein in the urine, blood pressure above the percentile targets for their age and height, a cause known to progress (such as some inherited filter disorders), poor growth despite good nutrition, or an eGFR that has fallen noticeably between visits. For these children the team tends to shorten the interval between tests and act sooner on blood pressure and protein loss.

Children commonly asked to wait, meaning to continue routine surveillance rather than start a new treatment, include those with stable eGFR over repeated tests, little or no protein loss, normal blood pressure and normal growth. For them, adding medicines offers uncertain benefit and real potential for side effects. The same logic applies to dialysis: starting it before a child needs it exposes them to access surgery and infection risk without a clear gain. Guidelines therefore favor starting when symptoms or chemistry demand it, not at an arbitrary eGFR.

Transplant listing has its own criteria. Very small infants may be asked to grow until a donor kidney can physically fit and blood vessels can be joined safely; a child with an active infection or an uncontrolled inflammatory disease may wait until it is settled.

Waiting is not the same as doing nothing. It is active observation, and families are entitled to ask exactly what would prompt the team to move.

What the weeks after a change in stage usually look like

A stage change on a lab report can feel like an event, but in practice it usually triggers a series of small adjustments over the following weeks rather than a sudden overhaul.

The first step is often a repeat test. A single eGFR can be nudged by dehydration, a viral illness or a recent growth spurt, and clinicians generally want to confirm a new level before changing the plan. If the fall is real, expect an expanded panel of blood tests to check for the complications that become more common at the new stage: anemia, acid balance, bone markers and potassium.

A dietitian visit frequently follows. For a move into stage 3, this is usually about energy, protein adequacy and a first look at phosphorus and salt. For a move into stage 4, it may involve more specific guidance on potassium and fluid, always tailored to the child’s actual results rather than a generic list.

If a new medicine is started, the team will usually recheck blood work within a few weeks to see how the body has responded and to adjust. Blood pressure may be measured more often, sometimes with a home monitor or a 24-hour ambulatory device.

School and activity rarely need to change at stages 1 to 3. At stage 4 and beyond, a written school plan covering fluid access, bathroom breaks, fatigue and medication times is useful. Sport continues for most children, with the team advising on specific contact sports if a peritoneal dialysis tube or a fresh transplant is in place.

The Mayo Clinic emphasizes that CKD care is lifelong, so these weeks are less a crisis than a recalibration.

Can stage 3 kidney disease be reversed to stage 2 in a child?

This is one of the most searched questions about CKD, and the honest answer has two parts.

The eGFR number can and does move across stage boundaries. A child who was dehydrated or unwell at the time of one test may read 55 and then 62 a month later. Treating the underlying cause, such as relieving a urinary blockage or calming an inflammatory kidney disease, can genuinely improve filtering. And in early childhood, eGFR rises naturally as the kidneys mature, so an infant labelled with reduced function may cross into a higher stage without any treatment at all. Stage labels in the very young are therefore held loosely.

Scar tissue, on the other hand, does not grow back into working filters. When glomeruli have been permanently replaced by fibrosis, that capacity is gone. What the evidence supports, according to the Mayo Clinic and the Cleveland Clinic, is slowing progression: controlling blood pressure, reducing protein in the urine, treating the cause, avoiding kidney-toxic medicines and managing complications. For many children this means holding steady for years.

So the truthful framing is this. A move from 3a back to 2 on paper is possible and not rare, especially when the first reading was taken during illness or the cause was treatable. A permanent reversal of established damage is not something current medicine can offer. Families deserve to hear both halves, because the second half is what makes the first half worth working for.

Anyone who is promised a supplement, diet or device that will regrow kidney tissue should treat that claim with caution. No such therapy has been shown to do so.

How long can a person live with stage 3 chronic kidney disease?

Parents ask this quietly, often at the end of an appointment. It deserves a direct answer even though the evidence does not offer a single number.

Stage 3 is not a terminal diagnosis, and it is not close to kidney failure. Many people at this stage, adults and children alike, never reach dialysis. The NHS points out that CKD often progresses slowly and that many people live with it for years without needing replacement therapy. For children specifically, what determines the path is the cause of the disease, the amount of protein in the urine, blood pressure control and how quickly eGFR has been changing on repeated tests. A child with a stable structural condition and no protein loss may stay in stage 3 through adolescence and beyond. A child with an aggressive inflammatory disease may move faster, but may also respond well to treatment.

The larger long-term concern in CKD is cardiovascular health. Reduced kidney function raises the risk of high blood pressure and heart and blood vessel disease over a lifetime, which is one reason pediatric teams pay so much attention to blood pressure, cholesterol and healthy weight from the earliest stages.

Even at kidney failure, children have options that adults did not have a generation ago. Transplant supports growth and near-normal daily life, and dialysis can be delivered at home. Nobody can promise an individual outcome, and this article will not try. What the evidence does show is that the levers that matter most, blood pressure, protein loss and treating the cause, are within reach at stage 3, and that acting on them changes trajectories.

The right person to give a personal estimate is the child’s nephrologist, who knows the cause and the trend.

What people often get wrong about kidney disease in children

Myth: there are three early warning signs everyone should watch for. Search engines are full of lists, but early CKD in children usually has no symptoms at all. The Cleveland Clinic and MedlinePlus both stress that it is typically found on urine or blood tests done for another reason. Swelling, tiredness and changes in urination can occur, but they tend to appear later and overlap with dozens of ordinary childhood complaints. A blood pressure check and a urine test are the reliable early detectors, not a checklist.

Myth: a stage 3 diagnosis means dialysis is coming soon. As covered above, stage 3 sits far from failure, and many children never progress that far.

Myth: children with kidney disease must stop eating protein. Growing children need protein. Pediatric kidney dietitians aim for adequate intake, adjusting sources and portions rather than removing it. Restriction without supervision can harm growth.

Myth: drinking huge amounts of water flushes the kidneys clean. Hydration matters, and dehydration should be avoided, but excess water does not restore filtering capacity. At advanced stages, fluid may actually need to be limited.

Myth: herbal or detox supplements can heal the kidneys. The NIH Office of Dietary Supplements notes that supplements are not tested for safety and effectiveness the way medicines are. Some herbal products have been linked to kidney harm. Nothing sold as a kidney cleanse has evidence of regrowing damaged tissue.

Myth: a child on dialysis cannot go to school or play. Home overnight peritoneal dialysis is designed around school attendance, and most children with CKD take part in sport with guidance from their team.

Myth: once transplanted, the illness is over. A transplant is a treatment, not an ending. Lifelong medicines and monitoring continue, and the new kidney has its own lifespan.

Questions to ask your child's care team

Appointments move quickly, and the questions that matter most often surface in the car afterward. Writing them down beforehand helps. The list below is a starting point; cross out what does not apply and add your own.

• What is the cause of my child’s kidney disease, and how certain are you? Would genetic testing add anything?
• What is my child’s current eGFR, how has it changed over the last few tests, and how much protein is in the urine?
• What blood pressure target are you using for my child’s age and height, and how often should it be checked?
• Which blood tests are you tracking now, and what would a worrying change look like?
• How is my child’s growth compared with expectations, and at what point would you consider growth hormone treatment?
• Are there any medicines, including over-the-counter painkillers or supplements, that my child should avoid?
• Is a kidney dietitian part of the team, and what should our family actually change at mealtimes, if anything?
• What would prompt you to move from monitoring to starting a new treatment?
• If function keeps falling, when would you want to begin talking about transplant and dialysis, and could a preemptive transplant be an option?
• Are my child’s vaccinations up to date, including anything that needs to be given before a possible transplant?
• How should we handle illness at home, such as vomiting or fever, and when should we call?
• Who do we contact after hours, and what information should we have ready?
• What support is available for school, and for my child’s emotional wellbeing and mine?
• As my child approaches adulthood, how does the move to adult kidney services work?

A good team welcomes these questions. Bring the answers home in writing, because the details are hard to hold onto in the room.

When to call your doctor

Most of pediatric kidney care happens at planned visits. Some situations should not wait for the next one. Contact your child’s kidney team, or seek urgent care, if you notice any of the following.

• Sudden or rapidly increasing swelling of the face, eyelids, legs or abdomen, or a fast, unexplained weight gain over a few days.
• Passing much less urine than usual, or no urine for an unusually long stretch, especially during vomiting, diarrhea or fever.
• Persistent vomiting or inability to keep fluids down, which in a child with CKD can quickly disturb salt, potassium and acid balance.
• Severe headache, blurred vision, confusion or a seizure, which can signal dangerously high blood pressure.
• Shortness of breath, difficulty lying flat, or chest pain, which may indicate fluid on the lungs or a heart rhythm problem from high potassium.
• Extreme drowsiness, weakness or muscle cramps that are new or worsening.
• Fever, redness, pain or cloudy fluid around a dialysis tube or line, or fever after a transplant.
• Blood in the urine that is new or heavier than before.

Call emergency services immediately for a seizure, collapse, severe breathing difficulty or a child who cannot be roused.

Children with CKD also need a lower threshold for advice during ordinary illnesses. Dehydration from a stomach bug can cause a temporary but sharp drop in kidney function, and some medicines usually taken every day may need to be paused during acute illness on the team’s instruction. Never stop or change a prescribed medicine without speaking to the prescriber, but do ring for guidance early rather than late. Teams would far rather hear about a false alarm than miss a real one.

Frequently asked questions

What are the pediatric chronic kidney disease stages?

There are five stages based on estimated glomerular filtration rate (eGFR). Stage 1 is 90 or above and stage 2 is 60 to 89, both requiring evidence of kidney damage to count as CKD. Stage 3a is 45 to 59, 3b is 30 to 44, stage 4 is 15 to 29, and stage 5, kidney failure, is below 15. In infants, eGFR is naturally lower and the stages are interpreted by a specialist.

Is stage 3A or 3B kidney disease worse?

Stage 3b indicates more reduced kidney function than 3a. Stage 3a covers an eGFR of 45 to 59, while 3b covers 30 to 44, and a lower number means less filtering capacity. Complications such as anemia, acid buildup and bone chemistry changes become more common in 3b, so monitoring is usually more frequent. Neither is an emergency, and many children remain stable in stage 3 for years.

Can stage 3 kidney disease be reversed to stage 2?

The eGFR number can move back across the boundary, particularly if the first reading was taken during illness or dehydration, if a treatable cause such as a blockage is addressed, or in young children whose kidneys are still maturing. Permanently scarred kidney tissue does not regrow, however. The evidence supports slowing progression through blood pressure control and reducing protein loss rather than reversing established damage.

How long can a person live with stage 3 chronic kidney disease?

There is no single number, and stage 3 is not a terminal diagnosis. Many people at this stage never progress to kidney failure. The outlook depends on the cause, how much protein is in the urine, blood pressure control and how quickly eGFR has been changing. Even if kidney failure eventually occurs, transplant and dialysis are established treatments. The child’s nephrologist is the right person to discuss an individual outlook.

What are the three early warning signs of kidney disease in children?

There is no reliable set of three early signs, because early chronic kidney disease in children usually causes no symptoms at all. It is most often detected through urine tests showing protein or blood, blood tests showing raised creatinine, high blood pressure, or an abnormal ultrasound. Swelling, tiredness and changes in urination can appear later, but they overlap with many ordinary childhood illnesses and are not dependable early indicators.

What are kidney failure symptoms in children?

Kidney failure, meaning stage 5 disease, can cause swelling, reduced urine output, nausea and vomiting, poor appetite, tiredness, difficulty concentrating, shortness of breath from fluid buildup and slowed growth. Symptoms vary widely and some children have few until late. Any child with known kidney disease who develops these changes, or any child with unexplained swelling and reduced urination, should be assessed by a doctor promptly.

What is a normal GFR by age in children?

Normal eGFR changes with age. Newborns have a low filtration rate that rises steadily during infancy as the kidneys mature, and by early childhood values approach the adult range of around 90 or above. Because of this, pediatric teams interpret an infant’s eGFR against age-specific expectations rather than applying adult stage cutoffs. Height is also used in the calculation, since creatinine production depends on body size.

Does stage 3 kidney disease in children mean dialysis is coming soon?

No. Stage 3 means an eGFR between 30 and 59, well above the level, below 15, at which dialysis or transplant is usually considered. Many children remain in stage 3 for years, and some never progress further. Care at this stage focuses on blood pressure, protein loss, growth, nutrition and monitoring for anemia and bone chemistry changes, with any decision about future treatment made by the specialist team.

Which is better for a child, dialysis or transplant?

Pediatric nephrology guidelines generally regard kidney transplant as the preferred long-term treatment for suitable children, because it better supports growth, development and daily life than dialysis. Dialysis remains essential when a transplant is not yet possible, and peritoneal dialysis at home overnight is commonly used in younger children. Each option carries risks, and the choice depends on the child’s size, cause of disease and family circumstances, decided with the treating team.

Can children with chronic kidney disease play sports and attend school normally?

Yes, in most cases. Children in stages 1 to 3 usually attend school and play sport without restriction. At later stages, fatigue may require a written school plan covering fluid access, rest and medication times. Children with a peritoneal dialysis tube or a recent transplant may be advised to avoid certain contact sports for a time. The kidney team can give activity guidance tailored to the child.

References

• NIH NIDDK: Kidney Disease in Children
• NHS: Chronic kidney disease
• MedlinePlus: Chronic kidney disease
• Cleveland Clinic: Chronic Kidney Disease

This article is for general information only and is not a substitute for professional medical advice. Please consult a qualified doctor about your individual situation.