Precision Peptide Therapeutics.

NeuroRelief-Pâ„¢ | NeuroRegen-Pâ„¢ | NeuroReset-Pâ„¢

Patent Pending – PATP1280.03 © Biotech International Institute

Patent Pending – PATP1280.03

Research-stage & investigational. No clinical or field-performance claims.

NeuroRelief-Pâ„¢ Peptide innovation for pain modulation, engineered to relieve chronic and neuropathic pain without systemic risks.

NeuroRegen-Pâ„¢ Activates regenerative signaling to drive axonal growth and synaptic repair for injury and degenerative conditions.

NeuroReset-Pâ„¢ Stabilizes neural circuits and supports recovery from substance dependency through structural and biochemical rebalancing.

Patent Pending – PATP1280.03

Neuroscience R&D researching mechanism-first platform developments across neural recovery biology, scaffold innovation, and neuroresilience pathways.

NeuroResetâ„¢ AI-Assisted Technical Review NeuroResetâ„¢ is presented within the BII portfolio as a research-stage, patent-pending investigational platform focused on recovery-related central nervous system biology. The PATP1280.03 technical review examines a multi-site targeted therapeutic conjugate designed for coordinated intracellular release of two pharmacologically complementary ligands, with investigational focus on neuroinflammation, post-dependency cognitive recovery, mood dysregulation, and relapse vulnerability.

Neurophorolâ„¢ AI-Assisted Technical Review Neurophorolâ„¢ is a research-stage, patent-pending investigational platform within the Biotech International Institute portfolio. The PATP1280.01 filing is centered on a novel family of CB2-selective xanthene-core cannabinoid analogs designed to explore non-psychoactive cannabinoid-inspired biology through a differentiated structural framework.

Mycophorolâ„¢ AI-Assisted Technical Review. Mycophorolâ„¢ is a research-stage, patent-pending investigational platform within the Biotech International Institute portfolio. The PATP1280.04 filing is centered on a multi-site targeting therapeutic conjugate designed to explore durable, balanced neural recovery in the context of post-inflammation, trauma, or addiction-related biological disruption.