
Interview: siRNA-Loaded Stem Cell Exosomes, Inside NurExone Biologic’s Spinal Cord Injury Candidate
NurExone's SCI candidate showed 100% gait recovery in rat models, and they're gearing up for human trials hopefully in 2026. Enjoy the interview!


NurExone's SCI candidate showed 100% gait recovery in rat models, and they're gearing up for human trials hopefully in 2026. Enjoy the interview!

Designed for 2D and 3D cultures, this platform aims to offer greater consistency and scalability in neuronal research.

Researchers have seen good success in animal studies, and are advancing to the first clinical trials in humans. What a time to be alive.

Indiana University’s new MAP-AD center will use stem-cell-derived brain models and AI to advance Alzheimer’s research and drug development.

Klotho Neurosciences expands into cellular reprogramming with a planned Turn Biotechnologies acquisition and significant pharma partnership.

The Chinese biotech company shared promising preclinical and early clinical results for its novel ALS therapy

Aspen’s trial advances with a commercial-ready, patient-derived cell therapy aiming to improve Parkinson’s outcomes and streamline clinical delivery.

The exPDite-2 trial will evaluate the safety and effectiveness of donor-derived stem cell therapy in Parkinson’s disease patients.

The new grants will support diverse early-stage research projects, aiming to advance regenerative medicine tools and future therapies.

Australian urologists can now access Remplir to support nerve protection and recovery during robotic prostate cancer surgeries.

The trial will inject autologous stem cells directly into the brain to bypass the blood-brain-barrier.

A new clinical trial in Texas will evaluate stem cell therapy’s potential to improve outcomes for adults with chronic TBI.

Interim study results highlight Remplir’s consistent safety and effectiveness in nerve repair, supporting further clinical and regulatory efforts.

Cedars-Sinai researchers will examine how microgravity affects the growth and development of heart and brain organoids in orbit.

The first use of silk-based SilkAxons™ aims to address large peripheral nerve injuries where current treatments fall short.

NurExone secures U.S. patent protection for its exosome production method, supporting scale-up and clinical supply chain readiness.

The FDA designation follows promising Phase II trial results for Hope Biosciences’ stem cell therapy in relapsing-remitting multiple sclerosis.

Researchers are testing a novel CRISPR-based therapy for FSHD, with participants monitored for safety and long-term outcomes.
Nurexone Biologic has developed an exosome therapy for nerve repair, we interviewed the CEO, Dr. Lior Shaltiel here. Enjoy!

Independent analysis finds NurExone’s exosomes deliver enhanced regenerative signals, showing promise for nerve repair and tissue healing applications.

Capricor Therapeutics is coordinating with the FDA on regulatory steps for its Duchenne therapy, with updates expected soon.

Sumitomo Pharma and RACTHERA seek approval for a novel iPS cell-based therapy targeting motor symptoms in advanced Parkinson’s.

The Crew-11 mission launched on Friday, where they will support studies in stem cell growth, organ tissue, bacteriophage therapy, and advanced computing.

The iPSC-derived A9 dopaminergic neurons will hopefully offer researchers a human-based model for Parkinson’s disease studies.

Researchers will test whether nasal drops containing stem cell-derived vesicles can safely benefit people with a range of neurodegenerative diseases.