43rd Annual J.P. Morgan Healthcare Conference 2025
Logotype for ProKidney Corp

ProKidney (PROK) 43rd Annual J.P. Morgan Healthcare Conference 2025 summary

Event summary combining transcript, slides, and related documents.

Logotype for ProKidney Corp

43rd Annual J.P. Morgan Healthcare Conference 2025 summary

8 Jul, 2026

Strategic reset and operational progress

  • Underwent a major reset in 2024, including pausing and restarting manufacturing and phase 3 clinical programs, repositioning the product, and improving stakeholder communications.

  • Successfully remediated manufacturing issues and resumed patient treatment mid-2024, with significant progress in clinical studies.

  • Enhanced focus on diversity in patient recruitment for ongoing studies to better reflect the CKD population.

  • Cash runway now extends into early 2027, supported by a $140M stock offering in June 2024 and $407M in cash, cash equivalents, and marketable securities as of September 30, 2024.

Clinical development and study updates

  • Rilparencel, a proprietary autologous cell therapy, is in pivotal Phase 3 development for advanced CKD in type 2 diabetes, with FDA confirming the PROACT 1 trial could support full U.S. approval and accelerated pathway if eGFR slope is used as a surrogate endpoint.

  • Phase 2 study 002 showed stabilization of kidney function for up to 30 months in high-risk patients, leading to a protocol amendment for phase 3 to focus on this group.

  • Interim results from phase 2/REGEN-007 indicated preserved kidney function for 12–18 months in high-risk patients, with a robust safety profile and no serious adverse events.

  • Externally matched controls experienced a continuous decline in kidney function over 18 months, while rilparencel-treated subjects showed stabilization, suggesting potential clinical benefit.

  • Phase 3 PROACT 1 is a pivotal, sham-controlled study enrolling over 600 patients with diabetes and CKD (eGFR 20–35), with topline results expected by end of Q3 2027.

Product and mechanism of action insights

  • Therapy involves harvesting kidney tissue, expanding primarily tubular and epithelial cells, and injecting them into both kidneys, with dosing based on kidney size.

  • Manufacturing improvements have led to a 95%+ success rate in producing viable cells for patients.

  • Recent research has improved understanding of cell composition and de-differentiation during manufacturing, with ongoing studies to clarify the mechanism of action.

  • Focus remains on autologous kidney cell therapy, with no current plans to expand beyond kidney indications.

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