N-Acetyl-Semax Acetate – Spray
Data Sheet
| Application | Antagonist of melanocortin receptor full agonist α-melanocyte-stimulating hormone (α-MSH) at the MC4 and MC5 receptors. |
| CAS | 80714-61-0 |
| Molar Mass | 854.99 g/mol |
| Chemical Formula | C39H54N10O10S |
| Amino Acid Sequence | Ac-MEHFPGP-OH |
| Synonyms | NA-Semax, Nacetyl Semax, NAS, Pro-Gly-Pro-ACTH |
| Storage | Store in refrigerator at 4°C, tightly sealed, away from heat, light and moisture |
| Solubility | Soluble in Water |
| Organoleptic Profile | Clear liquid |
| Physical Form | Liquid, solved in Deionized Water (Type II), contains Acetate, BKC for stability purposes. |
| Specification | N-Acetyl-Semax concentration for each variant (per vial): N-Acetyl-Semax 10mg (1mg/mL) ±10% N-Acetyl-Semax 30mg (3mg/mL) ±10% BKC concentration for each variant (per vial): BKC 1mg (0.1mg/mL) ±10% |
| Terms | This material is sold for laboratory research use only. Terms of sale apply. Not for human consumption, nor medical, veterinary, or household uses. Please familiarize yourself with our Terms & Conditions prior to ordering. |
Neurotrophic Peptide Spray for Cognitive and Neuroregulatory Research
N-Acetyl-Semax Acetate is a research-grade synthetic neuropeptide analogue widely studied for its potential relevance in neurotrophic signaling, cognitive modulation pathways, synaptic plasticity research, and peptide-based nootropic investigations. Presented in spray format for laboratory research applications, this acetylated Semax analogue has attracted scientific interest in models involving BDNF-associated signaling, neuronal resilience pathways, and peptide-mediated neuroregulatory mechanisms.
Researchers have investigated N-Acetyl-Semax Acetate in studies involving neurotrophic pathway modulation, memory-associated signaling, peptide neuroprotection research, and synaptic function models. Its investigational profile has made it a notable subject in advanced nootropic peptide science.
Supplied as a research-grade spray preparation for analytical and laboratory applications.
Common Research Areas
- Neurotrophic Signaling Research
- Cognitive Modulation Studies
- Synaptic Plasticity Investigation
- Neuroregulatory Pathway Models
- Peptide Nootropic Research
How N-Acetyl-Semax Acetate Works
N-Acetyl-Semax Acetate has been studied for its potential interaction with pathways associated with neurotrophic signaling, synaptic function, and cognitive regulation. Researchers have explored its relevance in models involving BDNF-associated mechanisms, neuronal resilience pathways, and peptide-mediated neuroregulatory signaling.
Its modified peptide profile has made it a recurring subject in advanced neuroscience research.
Research Overview
N-Acetyl-Semax Acetate has been investigated across a range of research models involving cognition, synaptic plasticity, and neuroprotective pathways.
Areas of scientific interest include:
- Neurotrophic pathway studies
- Cognitive signaling investigations
- Synaptic plasticity research models
- Neuroprotective mechanism studies
- Peptide nootropic pathway research
Its broad research relevance continues to make it a notable compound in peptide science.
N-Acetyl-Semax Acetate vs Related Compounds
N-Acetyl-Semax Acetate vs Semax Spray
N-Acetyl-Semax Acetate is often researched as a modified Semax analogue, while Semax is commonly investigated as the foundational parent peptide in neurotrophic research.
N-Acetyl-Semax Acetate vs N-Acetyl-Selank Spray
N-Acetyl-Selank has drawn interest in neuroregulatory and anxiolytic-associated models, whereas N-Acetyl-Semax Acetate is more strongly associated with neurotrophic signaling investigations.
Frequently Asked Questions
What is N-Acetyl-Semax Acetate studied for?
It is commonly researched in neurotrophic signaling, cognitive modulation, synaptic plasticity, and peptide nootropic models.
Why is it provided as a spray?
Spray presentations are used in certain laboratory research models requiring alternative delivery-format investigation.
How should N-Acetyl-Semax Acetate spray be stored?
Research peptide preparations are generally stored refrigerated according to laboratory handling protocols.
