Showing 1–13 of 13 peptides in Nootropics
A bioregulatory peptide studied for brain tissue support.
- Bioregulatory peptide researched for cerebral cortex and neuronal support
- May aid neuroplasticity and recovery from brain stressors in experimental models
- Investigated for supporting cognitive function and central nervous system resilience
An experimental peptide researched for cellular signaling modulation.
- Experimental peptide explored for modulation of intracellular signaling cascades
- May influence pathways related to cell survival and metabolism in research models
- Investigated broadly for systems‑level cellular regulation effects
A mitochondrial-derived peptide studied for cellular protection.
- Mitochondria‑derived peptide studied for cytoprotective and anti‑apoptotic effects
- May support neuronal survival and cognitive function in aging models
- Investigated for cardiovascular and metabolic protection against stressors
A peptide studied for neural signaling research.
- Experimental peptide designation researched for broad cellular signaling support
- May modulate pathways related to metabolic regulation and tissue resilience
- Investigated in preclinical contexts for systemic stress‑adaptation effects
An anxiolytic neuropeptide studied for stress modulation.
- Modified Selank peptide researched for anxiolytic and stress‑modulating effects
- May support cognitive performance, focus, and resilience under stress
- Investigated for balancing GABAergic and monoamine neurotransmission
A stabilized anxiolytic peptide for stress modulation research.
- Amidated form of N‑Acetyl Selank studied for improved stability and duration
- May provide longer‑lasting anxiolytic and mood‑supportive effects in research
- Investigated for sustained cognitive and stress‑adaptation benefits
A nootropic peptide studied for cognition and neuroprotection.
- Modified Semax peptide researched for neuroprotective and pro‑cognitive effects
- May enhance learning, memory, and attention through BDNF and monoamine modulation
- Investigated for supporting recovery after ischemic or stress‑related brain injury
A stabilized nootropic peptide for cognitive enhancement research.
- Amidated N‑Acetyl Semax analog studied for extended neurotrophic signaling
- May offer prolonged cognitive enhancement and neuroprotection versus base Semax
- Investigated for long‑term support of brain resilience and plasticity
A critical metabolic coenzyme studied for cellular energy.
- Central redox cofactor supporting mitochondrial energy production and ATP generation
- May promote DNA repair, sirtuin activation, and cellular stress resistance
- Investigated for healthy aging, cognitive support, and metabolic health
A mitochondrial peptide studied for neuroprotection.
- Mitochondrial peptide fragment researched for protecting neurons from oxidative stress
- May support mitochondrial membrane stability and reduce apoptosis in neural tissue
- Investigated for neuroprotective effects in models of neurodegeneration
A neuropeptide studied for cognitive aging support.
- Short neuropeptide bioregulator studied for supporting brain aging and cognitive function
- May influence gene expression related to neuronal survival and oxidative balance
- Investigated for memory support and neuroprotection in aging models
An anxiolytic neuropeptide studied for stress and mood regulation.
- Heptapeptide analog of tuftsin researched for anxiolytic and anti‑stress effects
- May improve cognitive function, attention, and memory consolidation
- Investigated for modulating GABAergic and monoamine neurotransmission
A nootropic peptide studied for cognition and neuroprotection.
- Synthetic ACTH(4‑10) analog researched for pro‑cognitive and neuroprotective effects
- May enhance learning, memory, and resistance to hypoxic or ischemic stress
- Investigated for improving attention and mental performance under load
