Dihexa
Synapse formation, accelerated.
An angiotensin-IV–derived peptide that binds hepatocyte growth factor receptors — driving synaptogenesis and neural plasticity across the blood-brain barrier.
New synapses, engineered.
A potent peptide that activates the HGF/c-Met pathway to promote new synapse formation — supporting memory, learning, and the infrastructure of cognition.
- Adults addressing memory or learning challenges
- Patients managing cognitive decline or post-injury cognition
- Anyone pursuing peak cognitive performance and creative thinking
Memory & Learning Capacity
Stimulates synaptogenesis — formation of new neural connections. Recall and information uptake improve.
Synaptic Repair & Neuroprotection
Promotes new synapses and supports compromised connectivity. Brain communication often strengthens.
Cognitive Decline & Dementia Research
Studied for counteracting synaptic degradation. Supports preservation in cognitive decline.
Focus, Recall & Creative Thinking
Enhanced synaptic connectivity sharpens cognitive flexibility. Faster recall and more flexible thinking.
Mood & Social Cognition
Improved neural connectivity supports mood regulation. Emotional and social processing improve.
Mental clarity and recall often improve.
Sustained cognitive enhancement builds.
Long-term synaptic benefits compound.
- Physician-supervised by Thomas Nabity, MD
- 503A / 503B compounding pharmacy sourcing
- Pre-protocol labs, body composition, and review
- 30 / 60 / 90-day follow-up with companion support