Kidney Dialysis, Dialysis Treatment, Kidney Failure Treatment, Hemodialysis, Peritoneal Dialysis, Dialysis Center, Home Dialysis, Kidney Disease Treatment, Nephrologist, Kidney Failure Care, Dialysis Access, Renal Replacement Therapy, End Stage Kidney Disease, Dialysis Care, Chronic Kidney Disease Treatment, Kidney Health, Dialysis Management, Kidney Treatment Options, Renal Care, Kidney Specialist
Kidney dialysis is a treatment that performs some of the functions normally carried out by healthy kidneys when kidney function has become severely reduced. Dialysis can help remove waste products and excess fluid from the blood and help maintain appropriate levels of certain substances in the body.
Two primary forms of dialysis are hemodialysis and peritoneal dialysis. The appropriate approach depends on medical circumstances, kidney function, overall health, lifestyle considerations, available resources, and recommendations from a healthcare team.
Dialysis is one form of kidney replacement therapy. For some people with kidney failure, kidney transplantation may also be considered when medically appropriate.
| Treatment | General Description |
| Hemodialysis | Blood is filtered through a dialysis machine and filter |
| Peritoneal Dialysis | The lining of the abdomen helps filter waste and excess fluid |
| Home Hemodialysis | Hemodialysis performed in a home setting with appropriate training and equipment |
| Automated Peritoneal Dialysis | A machine performs exchanges, commonly during sleep |
| Continuous Ambulatory Peritoneal Dialysis | Manual fluid exchanges are performed during the day |
Treatment schedules and procedures vary according to the individual's medical plan.
During hemodialysis, blood is circulated through a dialyzer, sometimes described as an artificial kidney. The dialyzer removes certain waste products and excess fluid before the filtered blood returns to the body.
Hemodialysis requires reliable vascular access. Common forms include:
Arteriovenous fistula
Arteriovenous graft
Central venous catheter
A healthcare team determines which access type is appropriate based on the patient's circumstances.
Peritoneal dialysis uses the peritoneum, the lining of the abdominal cavity, as a filtering membrane.
Dialysis solution is introduced into the abdomen through a catheter. Waste products and excess fluid move into the solution, which is later drained and replaced.
Two common forms are:
Continuous ambulatory peritoneal dialysis
Automated peritoneal dialysis
Peritoneal dialysis requires careful technique and attention to catheter care and infection prevention.
Kidney failure can develop from different underlying conditions.
Potential contributing conditions include:
Diabetes
High blood pressure
Certain kidney diseases
Genetic kidney disorders
Severe kidney injury
Autoimmune conditions
Other medical conditions affecting kidney function
Not everyone with chronic kidney disease requires dialysis. The decision depends on kidney function, symptoms, laboratory findings, fluid balance, and other clinical factors.
Dialysis care generally involves more than the dialysis procedure itself. A healthcare team may monitor:
Blood pressure
Fluid balance
Electrolytes
Blood counts
Nutrition
Medication use
Dialysis adequacy
Vascular or peritoneal access
Other medical conditions
A nephrologist and other healthcare professionals may work together to develop an individualized care plan.
For hemodialysis, vascular access provides a route for blood to travel between the body and dialysis equipment.
Patients may be advised to monitor their access for changes such as:
Redness
Swelling
Pain
Bleeding
Drainage
Changes in the normal vibration or “thrill” of a fistula or graft
Any concerning change should be reported promptly to the appropriate healthcare team.
People receiving dialysis may need individualized guidance regarding:
Fluid intake
Sodium
Potassium
Phosphorus
Protein
Calories
Dietary recommendations vary considerably. The appropriate plan depends on kidney function, dialysis type, laboratory results, medications, and other health factors.
A renal dietitian can help develop nutrition guidance appropriate to the individual's treatment plan.
Some people may be eligible for dialysis in a home setting.
Home-based treatment can require:
Training
Appropriate equipment
A suitable treatment area
Reliable supplies
Monitoring procedures
Emergency planning
Ongoing clinical support
Home dialysis is not appropriate for everyone, and eligibility should be determined by the healthcare team.
During 2025 and 2026, kidney care has continued to incorporate digital monitoring, home-based treatment technologies, remote healthcare tools, improved dialysis equipment, and efforts to expand access to kidney replacement therapy.
Modern technologies increasingly support:
Remote patient monitoring
Digital treatment records
Home dialysis management
Connected medical devices
Automated treatment systems
Data-based clinical monitoring
These developments can improve information sharing and treatment management, although their availability varies between healthcare settings.
Kidney dialysis in the United States is subject to healthcare regulations, clinical standards, privacy requirements, and insurance-related rules.
Medicare has an important role in kidney failure care. The federal End-Stage Renal Disease (ESRD) program provides Medicare coverage for many people who meet specific eligibility requirements related to kidney failure.
Healthcare organizations must also follow applicable requirements concerning:
Patient privacy
Medical records
Infection prevention
Dialysis facility standards
Healthcare professional licensing
Patient safety
Insurance coverage
Specific coverage and eligibility requirements should be verified through current official healthcare resources.
Safety practices can include:
Proper hand hygiene
Sterile or appropriate catheter technique
Monitoring dialysis access
Following prescribed treatment procedures
Taking medications as directed
Attending scheduled clinical assessments
Reporting unusual symptoms promptly
For peritoneal dialysis, infection prevention is particularly important because the abdominal catheter provides a potential pathway for infection.
People learning about kidney dialysis may use resources such as:
Nephrology clinics
Dialysis-care teams
Renal dietitians
Kidney disease education programs
Medicare resources
National kidney-health organizations
Laboratory monitoring
Patient education materials
Medication-management records
Reliable medical information should come from qualified healthcare professionals and reputable medical organizations.
Patients and caregivers may keep track of:
Dialysis schedule
Medication list
Blood-pressure readings
Laboratory results
Dialysis access information
Fluid-management instructions
Dietary recommendations
Healthcare appointments
Symptoms or treatment changes
Emergency contact information
Keeping organized records can make communication with the healthcare team easier.
| Stage | Primary Purpose |
| Kidney Evaluation | Assess kidney function and overall health |
| Treatment Planning | Determine appropriate kidney replacement approach |
| Access Planning | Establish appropriate dialysis access |
| Treatment | Perform the prescribed dialysis procedure |
| Monitoring | Evaluate treatment response and health indicators |
| Nutrition Management | Address dietary and fluid requirements |
| Medication Review | Monitor medications and interactions |
| Ongoing Follow-Up | Adjust care as medical needs change |
Kidney dialysis is a treatment that performs some functions of the kidneys when kidney function is severely reduced. It can help remove waste products and excess fluid from the body.
Hemodialysis uses a dialysis machine and filter to clean the blood, while peritoneal dialysis uses the lining of the abdominal cavity as a filtering membrane.
Some people may be able to receive hemodialysis or peritoneal dialysis at home after appropriate evaluation and training. Eligibility depends on individual medical circumstances.
Dialysis access is the route used to connect the patient's circulation or abdominal cavity with the dialysis treatment system. Hemodialysis commonly uses a fistula, graft, or catheter.
No. Dialysis is a form of kidney replacement therapy that uses a machine or the peritoneum to perform some kidney functions. A kidney transplant involves surgically placing a functioning donor kidney into the recipient.
Kidney dialysis is an important treatment for people whose kidneys can no longer adequately perform essential functions. Hemodialysis and peritoneal dialysis are the two primary approaches, with different procedures, equipment, access requirements, and care considerations.
Effective dialysis care involves treatment monitoring, medication management, nutrition, fluid management, access care, infection prevention, and regular communication with a healthcare team.
Advances in 2025 and 2026 continue to expand digital monitoring, home-based treatment technologies, connected medical devices, and data-supported kidney care.
This article provides general educational information about kidney dialysis, kidney failure, treatment options, and healthcare resources in the United States. It is not medical advice, a diagnosis, or a substitute for evaluation by a qualified healthcare professional. Dialysis type, treatment schedule, dietary requirements, medications, and eligibility for specific treatments vary between individuals. Anyone considering or receiving dialysis should follow the recommendations of their nephrologist and healthcare team.
By: Wilson
Updated: September 07, 2026
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By: Wilson
Updated: September 07, 2026
Read More
By: Wilson
Updated: September 07, 2026
Read More
By: Wilson
Updated: September 07, 2026
Read More