Selected renal cells harbor nephrogenic potential

Area of Science:

• Nephrology
• Regenerative Medicine
• Cell Biology

Background:

• Selected renal cells (SRCs) are a promising autologous cell therapy for chronic kidney disease (CKD).
• The precise mechanisms behind SRCs' renal reparative effects require further investigation.

Purpose of the Study:

• To elucidate the molecular mechanisms and functional potential of SRCs in renal development and repair.
• To investigate the therapeutic efficacy of SRCs in a preclinical model of kidney injury.

Main Methods:

• Integrated knowledgebase data with empirical findings to analyze SRC gene expression.
• Cultured SRCs to form organoids and assessed their self-assembly properties.
• Implanted SRCs into subtotally nephrectomized rats to evaluate in vivo effects on renal structure and function.

Main Results:

• SRC genes form interactomes involved in renal development, including epithelial differentiation and vascularization.
• In vitro, SRCs self-assembled into tubular structures within scaffolds.
• In vivo, SRCs promoted comma- and S-shaped body formation, glomerular development, and improved renal filtration and microarchitecture in rats.

Conclusions:

• SRCs possess nephrogenic potential, contributing to renal development and repair.
• These findings provide mechanistic insights into SRC-based therapies for CKD.
• SRCs demonstrate therapeutic promise for restoring kidney structure and function.