Chronic kidney disease affects about 37 million Americans, most from diabetes or high blood pressure. Treatment focuses on slowing progression, managing complications like anemia and bone disease, and preparing for dialysis or transplant if kidney function drops below 15%. New drugs have changed what's possible in the past five years.
What's actually going on in research
Trials are testing SGLT2 inhibitors that were first approved for diabetes but slow kidney decline across causes, finerenone and other drugs that block inflammation pathways, and new approaches to anemia, phosphate control, and itching. Researchers are also studying artificial kidney devices and ways to make transplant safer and more accessible.
SGLT2 inhibitors
Drugs like dapagliflozin and empagliflozin reduce kidney failure risk by 30-40% in people with and without diabetes. They're now standard care, and trials are testing them earlier in disease and in combination with other protective drugs.
Nonsteroidal MRA drugs
Finerenone blocks a hormone pathway that drives kidney scarring, approved in 2021 for diabetic kidney disease. Trials are testing similar drugs and whether combining them with SGLT2 inhibitors provides added protection.
Wearable artificial kidneys
Small trials are testing portable dialysis devices worn like a belt that filter blood continuously. If successful, they could offer more freedom than three-times-weekly dialysis sessions.
What to know before you search
Eligibility typically depends on estimated kidney function (eGFR level), amount of protein in urine, cause of kidney disease, and whether you have diabetes or heart disease.
What types of trials are currently open
- Disease progression trials — Testing drugs to slow the rate at which kidney function declines, often measuring how long until dialysis or transplant is needed.
- Combination therapy trials — Testing whether combining SGLT2 inhibitors with finerenone or other drugs provides more protection than either alone.
- Anemia trials — Testing new treatments for kidney-related anemia, including pills that stimulate the body's own production of red blood cells.
- Transplant trials — Studies testing new immunosuppressive drugs, organ preservation methods, and ways to expand the donor pool.
- Dialysis device trials — Testing wearable or implantable artificial kidneys and improved dialysis methods.
Recently added Chronic Kidney Disease trials
Try exercise routines during your dialysis sessions
The goal of this clinical trial is to learn whether different types of exercise performed during hemodialysis are safe, well tolerated, and beneficial for adults receiving maintenance hemodialysis. The main questions it aims to answer are: * Are aerobic exercise using a cycle ergometer and resistance exercise using elastic bands well tolerated during hemodialysis? * Do these exercise programs improve physical function, body composition, quality of life, and dialysis-related outcomes compared with standard care? Researchers will compare aerobic exercise, resistance exercise, and standard hemodialysis care to evaluate differences in tolerance and health outcomes. Participants will: * Be assigned to one of three groups: cycle ergometer exercise, elastic-band resistance exercise, or standard care. * Attend hemodialysis sessions as scheduled. * Complete physical performance and body composition assessments at baseline and after 6 months. * Complete questionnaires about health and quality of life. The results of this study may help identify effective exercise strategies to improve health and well-being in people receiving long-term hemodialysis treatment.
Share your food preferences to help build a dining app
This project aims to develop mapping of food choices available for chronic kidney disease (CKD) patients when dining out in Singapore. Following the mapping, a mobile application will be developed based on renal dining out food map mobile application (RENDOFOMAP) and trialed on patients with CKD. The specific aims of the project include: 1. Mapping out food choices suitable for patients with CKD when dining out in Singapore which will eventually be translated into a mobile application incorporating simple AI functionality. 2. To evaluate the impact of using RENDOFOMAP on self-empowerment, quality of life, nutritional status, and serum biochemistry in patients with CKD. 3. To evaluate the acceptability and user experience of RENDOFOMAP Participants with CKD will use the newly developed mobile application to find out if there is improvement in self-empowerment, quality of life, nutritional status, and serum biochemistry.
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