Northwire Canada EditionThursday, July 16, 2026
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HWY 0.370 +0.0% FCI 0.385 +1.3% GGAU 0.180 −5.3% KIRO 0.650 +1.6% LBNK 0.430 +0.0% BARU 0.040 +0.0% VCU 1.08 −5.3% NOBL 0.100 +0.0% SHL 0.350 −1.4% MTS 0.130 +0.0% FYL 0.090 +0.0% NUAG 5.43 −0.4% CAM 0.330 −1.5% SYH 0.400 −1.2% LOT 0.040 +0.0% CPL 0.210 +10.5% HWY 0.370 +0.0% FCI 0.385 +1.3% GGAU 0.180 −5.3% KIRO 0.650 +1.6% LBNK 0.430 +0.0% BARU 0.040 +0.0% VCU 1.08 −5.3% NOBL 0.100 +0.0% SHL 0.350 −1.4% MTS 0.130 +0.0% FYL 0.090 +0.0% NUAG 5.43 −0.4% CAM 0.330 −1.5% SYH 0.400 −1.2% LOT 0.040 +0.0% CPL 0.210 +10.5%
Production / Operations

NurExone Plans Small-Scale of ExoPTEN Clinical Manufacturing in Preparation for FUTURE First in Human USE Pathways

NRX · Price

Executive Summary

  • NurExone began evaluating Israeli contract manufacturers for small‑scale GMP production of its lead exosome‑siRNA candidate ExoPTEN, a prerequisite for future First‑in‑Human studies.
  • New analytical testing showed the company’s MSC‑derived exosomes have significantly higher CD73‑associated activity than a commercial control (p < 0.01), supporting the potency of the platform.
  • The Company engaged Russo Partners LLC for a two‑month strategic communications consulting project at a fixed fee of US$6,600, pending TSX‑V approval.

Key Details

  • Manufacturing partner search:
  • Evaluating multiple Israeli firms with GMP‑aligned capabilities to produce small clinical‑grade batches of ExoPTEN for early de‑risking and process validation.
  • Plan: initial runs in Israel, followed by scale‑up in the United States once validation is complete.

  • Scientific data – CD73 activity:

  • Exosomes derived from human bone‑marrow MSCs showed a statistically significant increase in AMP‑to‑adenosine conversion per particle versus a commercial MSC exosome control (t‑test, p < 0.01).
  • Results were based on two manufacturing batches; the higher activity is linked to stronger anti‑inflammatory/healing signaling potential.

  • Master Cell Bank & technology:

  • Data validate the quality of NurExone’s Master Cell Bank and its patented 3‑D shear‑force production technology, indicating the ability to generate higher‑potency exosomes at scale.

  • Regulatory outlook:

  • No compassionate‑use or clinical manufacturing is underway; all activities remain contingent on regulatory engagement and approval.

  • Russo Partners engagement:

  • Fixed‑fee consulting agreement for up to two months, total US$6,600.
  • Either party may terminate with 30 days’ notice.
  • Russo has no current equity interest in NurExone; future purchases would comply with securities laws and TSX‑V policies.

  • Leadership comments:

  • CEO Dr. Lior Shaltiel highlighted the strategic importance of early GMP manufacturing for de‑risking and preparing a First‑in‑Human submission when regulatory pathways allow.
  • Head of CMC, Dr. Ina Sarel, emphasized Israel as the starting point for small‑scale production before U.S. scale‑up.

Notable Quotes

  • “This is a strategically important next phase of operational de‑risking.” – Dr. Ina Sarel, Head of CMC, Quality and Regulatory Affairs
  • “ExoPTEN brings together a powerful synergistic impact with highly active exosomes produced, combined with a targeted siRNA.” – Dr. Lior Shaltier, CEO

Materiality Assessment: Non‑Material – Positive (operational progress and supportive preclinical data, but no immediate revenue or regulatory milestone).

Read the original news release →

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