Research record

Acetyl Tetrapeptide-15

Skin & cosmetic

Early human
RESEARCH SUMMARY

A review reports supplier sponsored sensory neuron experiments and a 20 participant split face, single blind topical study using a capsaicin discomfort endpoint.

EVIDENCE LEVEL Early human

Limited, exploratory, early phase or small human studies have been identified.

Molecule classSynthetic tetrapeptide
Batch documentsTo be linked
Country of sourceChina · to verify
Catalogue statusResearch record
PRODUCT QUESTIONS
What is Acetyl Tetrapeptide-15?

Acetyl Tetrapeptide‑15 is a synthetic tetrapeptide used in cosmetic and sensory neuron research; retrievable studies include supplier sponsored assays and small topical split face investigations. The catalogue label denotes the acetylated tetrapeptide research material.

Which research context has Acetyl Tetrapeptide-15 been associated with?

Acetyl Tetrapeptide-15 is associated with dermal research including supplier sponsored sensory neuron experiments and small human topical studies using capsaicin induced discomfort endpoints; work focuses on epidermal sensory signalling, neurogenic inflammation models and formulation testing in vitro and ex vivo.

What documentation is available for Acetyl Tetrapeptide-15?

Acetyl Tetrapeptide-15: Batch documents are not yet linked on this site. Required evidence for this synthetic tetrapeptide includes batch identifier and release date; identity confirmation by liquid chromatography mass spectrometry or intact mass and sequence; analytical HPLC/UPLC chromatogram with method and purity specification; peptide content and counterion, residual solvent/water data; and a stability/shelf life statement. No batch documentation is shown as available until the record for that specific item is linked and reviewed.

What determines the storage conditions for Acetyl Tetrapeptide-15?

Acetyl Tetrapeptide-15: Storage depends on the documented supplied presentation; for this synthetic tetrapeptide verify dry/lyophilised versus solution form, counterion, formulation concentration, solvent or buffer selection, pH stability, container closure compatibility and freeze/thaw behaviour since these govern degradation and aggregation. No storage instruction is shown as available until the stability record for that specific item is linked and reviewed.