Macro close-up of serum droplet
Dermatologist-Reviewed

Every Ingredient, Explained

We built our formulas around actives with proven results. Here's what's inside, why we chose it, and how we source it.

Premium serum dropper with suspended droplet

How We Validate Every Formula

Transparency starts with process. Every formula is reviewed through a four-step protocol before it reaches your routine.

1

Ingredient Vetting

Each active is evaluated for efficacy data, concentration thresholds, and compatibility with other actives in the formula. We only select ingredients with peer-reviewed clinical support.

2

Formula Review

Completed formulas are reviewed by board-certified dermatologists for safety, stability, and expected performance in real-world use conditions.

3

Testing Protocol

Products undergo irritation testing and are monitored for pH balance, preservative efficacy, and shelf stability under controlled and accelerated conditions.

4

Ongoing Monitoring

We review new clinical literature annually and reformulate when stronger evidence emerges, ensuring our standards evolve with the science.

Our Key Actives

Each active is selected for a specific mechanism, used at a clinically relevant concentration, and sourced for maximum purity. No fillers. No guesswork.

Niacinamide

Vitamin B3 Evidence level: High

Supports barrier function and helps regulate sebum production. Works by supporting ceramide synthesis and modulating inflammatory response in skin cells.

Concentration: 5% — the threshold shown in clinical studies for visible pore refinement and tone support.

Source: Synthetic lab-derived via niacin refinement. USP-grade purity.

Found in: Barrier Support Serum, Pore Refine Moisturizer

Hyaluronic Acid

Sodium Hyaluronate Evidence level: High

A multi-molecular-weight humectant that binds water within the stratum corneum. Low-weight fractions penetrate; high-weight fractions form a surface hydration film.

Concentration: Multi-weight blend totaling 2% — optimized for surface and deeper hydration without tackiness.

Source: Biotech-fermented via bacterial fermentation of glucose. Vegan and traceable.

Found in: Hydrating Serum, Daily Moisturizer

Retinol

Vitamin A Evidence level: High

A retinoid that supports cell turnover and collagen synthesis by interacting with retinoic acid receptors. Encapsulation improves stability and reduces irritation potential.

Concentration: 0.3% encapsulated — effective for visible renewal while maintaining tolerability in daily use.

Source: Synthetic lab-derived retinol in lipid encapsulation matrix. Light- and air-stable delivery system.

Found in: Renewal Night Serum

Vitamin C

L-Ascorbic Acid Evidence level: High

A potent antioxidant that neutralizes free radicals and supports melanin regulation. Formulated at an acidic pH for optimal penetration and stability in aqueous solution.

Concentration: 15% L-Ascorbic Acid — the concentration most frequently cited in peer-reviewed photodamage studies.

Source: Synthetic lab-derived. Crystalline powder stabilized with ferulic acid and vitamin E co-antioxidants.

Found in: C+E Ferulic Serum

Ceramides

Ceramide NP / AP / EOP Evidence level: High

Skin-identical lipids that replenish the extracellular mortar of the stratum corneum. Supports barrier recovery and reduces transepidermal water loss (TEWL).

Concentration: Pre-ceramide complex at 3% — a 3:1:1:1 ratio of ceramides, cholesterol, and fatty acids mirroring natural skin composition.

Source: Biotech-fermented and plant-derived precursors. Non-animal origin.

Found in: Barrier Support Serum, Repair Cream

Peptides

Palmitoyl Tripeptide-1 / Palmitoyl Tetrapeptide-7 Evidence level: Moderate–High

Signaling peptides that support collagen production and modulate inflammatory cytokines. Palmitoylation improves skin penetration and bioavailability.

Concentration: Matrixyl 3000 complex at 4% — a dual-peptide system with documented signaling activity in ex vivo skin models.

Source: Synthetic solid-phase peptide synthesis. >98% purity by HPLC.

Found in: Firming Peptide Serum

Salicylic Acid

Beta Hydroxy Acid (BHA) Evidence level: High

A lipophilic beta-hydroxy acid that penetrates pores to help clear excess sebum and exfoliate within the follicle. Also possesses mild keratolytic and calming properties.

Concentration: 2% — the maximum over-the-counter strength with established efficacy in comedonal acne and pore clarity studies.

Source: Synthetic lab-derived from salicylate precursors. USP-grade, <0.1 ppm phenol residual.

Found in: Clarifying Treatment

Centella Asiatica

Gotu Kola Extract Evidence level: Moderate

A botanical extract rich in madecassoside and asiaticoside that supports collagen synthesis and helps modulate inflammation markers in compromised skin.

Concentration: Standardized extract at 5% total triterpenes — titrated for consistent madecassoside content batch-to-batch.

Source: Sustainably cultivated in Madagascar, extracted via cold-water maceration. Traceable supply chain with supplier COAs.

Found in: Calming Repair Gel, Barrier Support Serum

Where Our Ingredients Come From

We source by mechanism first, then by sustainability and purity. Every supplier is vetted for documentation, consistency, and ethical production.

Clean Synthesis

Lab-derived actives are synthesized without unnecessary fillers, heavy-metal catalysts, or residual contaminants. We require certificates of analysis (COAs) for every batch verifying purity and identity.

Biotech Fermentation

Advanced fermentation methods produce high-purity molecules like hyaluronic acid and select peptides with minimal environmental footprint. No animal-derived growth factors.

Responsible Botanical Sourcing

Plant extracts come from verified suppliers with traceable supply chains. We prioritize cultivated over wild-harvested material and review agricultural pesticide screens annually.

Ingredient Glossary

Look up any ingredient used across the Verde Skin Lab range. Search by name, INCI, or function.

How We Formulate

From target identification to batch testing, every step is designed to protect ingredient integrity and deliver predictable results.

1

Target Identification

Define the skin concern and identify actives with robust clinical support for that mechanism.

2

Compatibility Mapping

Ensure actives work together without destabilization, pH conflict, or irritation stacking.

3

pH Optimization

Adjust for optimal active penetration while maintaining skin tolerance and formula stability.

4

Preservation System

Select non-irritating preservation that meets safety standards without compromising the formula.

5

Dermatologist Sign-Off

Final review by board-certified dermatologists before any production run is authorized.

6

Batch Testing

Quality control on every production run: pH, viscosity, microbial, and preservative efficacy.

See the Formulas in Action

Every ingredient we use is chosen for a specific reason. Explore the products built around them.