MemberNervGen Pharma's NVG-291-R Demonstrates Significant Functional Recovery in DoD-Sponsored Preclinical Models of Traumatic Hearing Loss
About NVG-291
NervGen holds exclusive worldwide rights to NVG-291, a first- and potential best-in-class neuroreparative therapeutic peptide targeting nervous system repair. NVG-291's technology is licensed from Case Western Reserve University and is based on academic studies that demonstrated the preclinical efficacy of NVG-291-R, the rodent variant of NVG-291, in animal models of spinal cord injury. These studies implicated multiple potential molecular and cellular mechanisms by which NVG-291-R promotes neurorepair and functional improvement in both central and peripheral nervous system injury models. The implicated mechanisms include the promotion of neuronal sprouting, or plasticity, remyelination, and promotion of a non-inflammatory phenotype in the microglial cells. NervGen has received Fast Track designation from the FDA and Orphan Designation from the EMA for NVG-291 in individuals living with spinal cord injury.
About NVG-291
NervGen holds exclusive worldwide rights to NVG-291, a first- and potential best-in-class neuroreparative therapeutic peptide targeting nervous system repair. NVG-291's technology is licensed from Case Western Reserve University and is based on academic studies that demonstrated the preclinical efficacy of NVG-291-R, the rodent variant of NVG-291, in animal models of spinal cord injury. These studies implicated multiple potential molecular and cellular mechanisms by which NVG-291-R promotes neurorepair and functional improvement in both central and peripheral nervous system injury models. The implicated mechanisms include the promotion of neuronal sprouting, or plasticity, remyelination, and promotion of a non-inflammatory phenotype in the microglial cells. NervGen has received Fast Track designation from the FDA and Orphan Designation from the EMA for NVG-291 in individuals living with spinal cord injury.
- Demonstrated significant hearing restoration in blast-induced sensorineural hearing loss models
- Promoted significant functional recovery and axonal regeneration in peripheral nerve injury models
- Reinforced NVG-291's broad therapeutic potential with new data across three distinct injury models
