Creating arteriovenous fistulas for hemodialysis access triggered cellular senescence markers in cardiac tissue, specifically increased p16 expression and decreased p21 levels around blood vessels in the left ventricle. The procedure also induced cardiac remodeling with enlarged ventricles, increased stroke volume, and perivascular fibrosis within 42 days in uremic pigs. This finding illuminates a previously underexplored mechanism connecting dialysis access procedures to accelerated cardiovascular aging. The p16/p21 senescence pathway represents a potential therapeutic target, as these cellular aging markers drive tissue dysfunction and inflammation. For the millions of dialysis patients worldwide, this research suggests their necessary vascular access may be inadvertently accelerating cardiac senescence beyond what chronic kidney disease alone causes. The model's demonstration that senescence occurs rapidly after fistula creation opens possibilities for preventive interventions using senolytic drugs that clear aged cells. While promising, this pig model requires validation in human patients, and the cellular senescence findings need confirmation through longer-term studies. The research represents an important step toward understanding why cardiovascular mortality remains devastatingly high in dialysis populations despite technological advances.