Gardenia Florida Flower Extract

Product Description

1. Molecular Definition Layer: Gardenia Florida Flower Extract contains flavonoids, iridoid glycosides, and carotenoid-related compounds that interact with oxidative stress and pigmentation regulation pathways.

2. Cellular Mechanism Layer: It modulates melanocyte activity via tyrosinase-related signaling pathways, supports keratinocyte oxidative stress response, and regulates NF-κB inflammatory balance.

3. Functional Translation Layer: It translates into improved skin brightness, enhanced radiance, and more even skin tone with reduced dullness.

Product Specification

• INCI Name: Gardenia Florida Flower Extract
• CAS No.: N/A
• Source: Flower of Gardenia florida
• Molecular Components: Flavonoids, iridoids, carotenoid-related compounds
• Appearance: Light yellow to brownish powder or liquid
• Solubility: Water soluble
• COA: Available per batch
• Suggested Usage Level: 0.1–5.0%
• Storage: Cool, dry, sealed storage away from light

Key Benefits & Applications

• Molecular Mechanism: Regulates melanogenesis-related signaling pathways through tyrosinase modulation and oxidative stress response control.
• Cellular Response: Supports melanocyte activity balance, enhances keratinocyte antioxidant defense capacity, and maintains epidermal homeostasis.
• Functional Output: Improves skin brightness, enhances radiance, and reduces uneven skin tone appearance.

• Applications: Brightening serums for dull skin
• Applications: Radiance creams for glow enhancement
• Applications: Tone-correcting masks for uneven skin tone
• Applications: Daily lotions for skin clarity improvement

Formulation Guidelines

• Suggested Use Level: 0.1–5.0%
• Processing Recommendation: Add in aqueous phase below 50°C
• pH Compatibility: 4.5–7.5
• Application Types: Brightening serums, radiance creams, tone-correcting masks, daily lotions
• Compatibility: Niacinamide, vitamin C derivatives, alpha arbutin, hyaluronic acid
• Synergy: Molecular network synergy with Niacinamide via coordinated regulation of melanogenesis signaling pathways (tyrosinase modulation) and NF-κB inflammatory balance, enhancing skin tone uniformity and oxidative stress resilience.