Your enquiry0Skin & cosmetic
RESEARCH USE ONLYAcetyl Octapeptide-3
SNAP-8 is the cosmetic-research octapeptide acetyl octapeptide-3, investigated in SNAP-25/SNARE-related cellular signaling and skin-formulation systems. Select your format and quantity for pricing, batch availability and lead time.
Minimum listed format shown. Refer to the selected SKU specifications; final packaging is confirmed with your quotation.
Test method: HPLC. Catalogue specification. Confirm the supplied batch against its COA.
Price, batch and delivery terms confirmed with your quotation.
ABOUT THE MATERIAL
Identity, scientific context and the details that distinguish this entry.
SNAP-8 is the cosmetic-research octapeptide acetyl octapeptide-3, investigated in SNAP-25/SNARE-related cellular signaling and skin-formulation systems.[Sources]
The developer’s technical material describes a peptide modeled on the SNAP-25 N-terminal region, with assays of SNARE-complex formation and transmitter release. A separate publication evaluates a multi-ingredient microneedle system containing acetyl octapeptide-3.
Cell assays measure SNARE-associated or transmitter-release endpoints. Finished-formulation studies also depend on concentration, vehicle, other ingredients and delivery platform, which are independent formulation variables.
A CLOSER LOOK
Read each finding with its study model and material identity.
The study evaluated a dissolving microneedle system combining hyaluronic acid, acetyl octapeptide-3 and other ingredients. A small split-face trial measured wrinkle and skin-barrier endpoints. Its findings apply to that complete formulation and delivery system.
The developer describes an octapeptide modeled on the SNAP-25 N-terminal region. Its technical assays examine SNARE-complex assembly and transmitter release in cell systems. These measurements provide the mechanistic framework for cosmetic-peptide research, with formulation performance evaluated separately.
PRODUCT DATA
Product specifications and batch results are confirmed with your quotation and COA.
Review available records or add your document request to the enquiry.
BATCH DOCUMENTATION
Add requirements to your enquiry. The team will confirm availability and scope for the offered lot.
Match the offered lot number, identity, test methods and reported results.
Ask for available chromatograms and mass-identity records, including the method and reporting scope.
Confirm handling, transport and storage information for the offered material and packaging.
A document request adds no purchase quantity. Have a batch reference? Open batch records ↗
BEFORE YOU ENQUIRE
Cell assays measure SNARE-associated or transmitter-release endpoints. Finished-formulation studies also depend on concentration, vehicle, other ingredients and delivery platform, which are independent formulation variables.
Use the specification and available safety or stability information for the offered lot, form and packaging. Request written conditions before ordering; literature alone does not establish a universal temperature, shelf life or reconstitution procedure.
The displayed value is a catalogue specification. Assess the offered lot against its matching COA and method. Chromatographic purity, component content and biological activity are different measurements; confirm which results are available.
Include the exact SKU, quantity in boxes, destination, desired timing and document requirements. State any label or packaging needs. Pricing, availability, lead time and document scope are confirmed in the quotation.
SOURCES
Content updated
Shin JY, Han D, Yoon KY, Jeong DH, Park YI. 2024, DOI: 10.5021/ad.23.136
Small split-face study of a microneedle formulation
Lipotec
Developer-reported SNARE and cell-release assays
NCBI PubChem
Sequence-specific chemical structure
Publications describe their own study materials and methods. They are distinct from BatchTide specifications and lot-release records. Materials listed here are for laboratory research only, not for human or veterinary use.
EXPLORE THE CATALOGUE
Explore related entries. Similar research contexts do not establish interchangeability.