The process involving the synthetic peptide Dihexa that promotes the formation of new synapses within the central nervous system, a key aspect of neuroplasticity and cognitive health. This is an intervention aimed at enhancing neural connectivity for improved cognitive function.
Origin
The term originates from the specific chemical structure of Dihexa, a known derivative of Angiotensin IV, combined with “synaptogenesis,” the biological creation of synapses. Its application bridges pharmacology and neurobiology.
Mechanism
Dihexa is theorized to act as a potent angiotensin-converting enzyme inhibitor and potentially modulate signaling pathways like BDNF, facilitating the structural reorganization and creation of new synaptic junctions in neural circuits. This enhancement supports learning and memory consolidation.
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