william fissell

Fissell receives Medal of Excellence from the American Association of Kidney Patients

Vanderbilt’s William Fissell, MD, recently received the 2022 Medal of Excellence Award in the physician category from the American Association of Kidney Patients.

William Fissell, MD, has been working on the Kidney Project to create an implantable bioartificial kidney for the last decade.

VUMC, UCSF win KidneyX award for implantable home dialysis system

A $500,000 KidneyX prize has been awarded to The Kidney Project — a collaboration between Vanderbilt University Medical Center and University of California, San Francisco (UCSF) — for the development of an implantable dialysis system that would enable patients to safely and effectively treat kidney failure at home.

Implant one day may replace dialysis

Vanderbilt researchers used pharmacological manipulations to increase salt and water transport by kidney cells grown in culture, a step necessary for realizing an implantable artificial kidney device.

William Fissell, MD, has been working on the Kidney Project to create an implantable bioartificial kidney for the last decade.

VUMC, UCSF win KidneyX award for home dialysis design

A roadmap to create an implantable dialysis system that would allow patients to treat kidney failure at home has won researchers from Vanderbilt University Medical Center (VUMC), UC San Francisco (UCSF), and Silicon Kidney one of 15 cash prizes in the inaugural KidneyX’s Redesign Dialysis Phase I competition.

periodic table

Research that ruled in 2016: Readers’ favorite stories

Artificial kidneys, gay-straight alliances and junkyard batteries captured readers’ attention in 2016.

VU Inside: Dr. William Fissell’s Artificial Kidney

Vanderbilt University Medical Center nephrologist and Associate Professor of Medicine Dr. William Fissell IV is making major progress on a first-of-its kind device to free kidney patients from dialysis. He is building an artificial implantable kidney with microchip filters and living kidney cells that will be powered by a patient’s own heart.