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ANAGEN 60ML
$59.00
On Sale
was $89.00 Save 34%
In stock: 5 available
Product Details
ANAGEN-CU
Composite Investigational Reagent
Laboratory Use Only
MATERIAL IDENTIFICATION
Material Class: Multi-Component Analytical Matrix
Composition Type: Peptide / Small-Molecule / Coordination Complex System
Physical State: Homogeneous Liquid Phase
Intended Use: Analytical, comparative, and interaction-based research conducted under controlled laboratory conditions
ANAGEN-CU is a composite investigational reagent system comprised of synthetic peptides, low-molecular-weight organic compounds, metal-ligand complexes, and plant-derived molecular fractions. The material is supplied for non-clinical, non-consumer research applications only, including analytical characterization, interaction modeling, and signal-modulation studies in qualified laboratory environments.
No application context, biological outcome, or end-use function is implied.
CONSTITUENT REFERENCE LIST
(Provided solely for material characterization and analytical reference)
- Hexapeptide-11 — Synthetic oligopeptide evaluated in experimental literature for participation in receptor-linked and metabolic signaling models.
- RU-58841 (1%) — Non-steroidal investigational small molecule examined in competitive binding and signal interference assays.
- GHK-Cu / AHK-Cu — Copper-binding peptide complexes studied for coordination behavior, redox activity, and matrix-associated signaling interactions.
- Acetyl Tetrapeptide-3 — Short-chain peptide referenced in studies of protein–matrix interaction dynamics.
- Niacinamide — Low-molecular-weight amide compound investigated for redox balance and intracellular signaling modulation.
- Caffeine — Xanthine derivative examined for phosphodiesterase interaction and metabolic signaling effects in experimental systems.
- Zinc PCA — Zinc coordination compound evaluated for zinc-dependent enzymatic and surface-interaction models.
- Ectoine — Extremolyte compound studied for molecular stabilization under osmotic, thermal, and oxidative stress conditions.
- Organic Acid Fraction (AHA Complex) — Naturally derived organic acids utilized in material-surface interaction and turnover studies.
- Camellia sinensis Extract — Polyphenolic molecular fraction examined for antioxidant capacity and pathway modulation.
- Minoxidil (2.5%) — Well-characterized reference compound widely cited in experimental models involving ion channel interaction and signaling pathway analysis.
RESEARCH SCOPE
This material may be utilized for laboratory investigations including, but not limited to:
- Multi-ligand interaction analysis
- Competitive binding and signal modulation modeling
- Peptide–metal coordination studies
- Oxidative and osmoprotective response evaluation
- Comparative pathway analysis using established reference compounds
No protocol, delivery method, or application pathway is specified or suggested.
USE RESTRICTIONS & NOTICE
This material is supplied strictly for laboratory research and analytical purposes.
- Not intended for human or animal use
- Not a cosmetic, drug, or therapeutic product
- Not designed, marketed, or evaluated for topical, oral, injectable, or consumer application
- No medical, cosmetic, or performance claims are made or implied
Handling is restricted to qualified research personnel operating within appropriate laboratory and safety frameworks.
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ANAGEN 60ML
