Human renal fibroblasts are primary cells isolated from kidney interstitial connective tissue within the urinary system. These cells are supplied cryopreserved at an early passage to help retain physiologically relevant characteristics and in vivo-like functional properties for experimental use.
The kidney interstitium provides structural support for renal tissue and helps maintain extracellular matrix balance during normal tissue turnover and repair. Within this environment, renal fibroblasts are key stromal cells that contribute to tissue architecture and participate in responses to injury.
Renal fibroblasts synthesize and remodel extracellular matrix proteins, supporting matrix homeostasis while influencing fibrotic progression after damage. They also secrete cytokines and growth factors that regulate local signaling, affecting neighboring epithelial, endothelial, and immune cells involved in inflammation, repair, and interstitial remodeling.
These primary cells are well suited for kidney fibrosis and chronic kidney disease studies, extracellular matrix remodeling research, renal inflammation investigations, and screening of nephrotoxic or anti-fibrotic compounds. For additional product details or donor-related information, please contact Ascent Research.
