Ingredients
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Glycerin is a naturally derived humectant—a ingredient that draws moisture from the air into your skin. It's one of the most widely used and well-studied moisturizing agents in skincare, helping skin feel softer and more hydrated.
Benefits
- Attracts and retains moisture in the skin
- Improves skin hydration and softness
- Helps strengthen skin barrier function
- Suitable for most skin types, including sensitive skin
Science: The Cosmetic Ingredient Review Expert Panel concluded glycerin is safe as used in cosmetics across all concentrations. Research shows glycerin effectively improves skin hydration and is well-tolerated with minimal irritation risk. It is also referenced in clinical guidelines for managing inflammatory skin conditions and maintaining skin integrity.
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Caprylyl glycol is a preservative and skin-conditioning ingredient derived from coconut oil. It helps prevent bacterial and mold growth in skincare products while also providing mild hydrating and humectant benefits to the skin.
Benefits
- Helps preserve product freshness and prevent contamination
- Provides gentle humectant properties to help retain skin moisture
- Often used as a gentler alternative to traditional preservatives
Potential concerns
- Rare cases of allergic contact dermatitis have been reported in sensitive individuals
- May cause irritation in those with known sensitivity to glycols
Science: A 200-subject repeat patch test study found no delayed hypersensitivity reactions to caprylyl glycol at typical use concentrations. However, isolated case reports of allergic contact dermatitis exist, suggesting it can act as an allergen in susceptible individuals. It is widely used in infant and sensitive-skin formulations as a preservative alternative.
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Propanediol is a lightweight humectant—a molecule that draws water into the skin to keep it hydrated. It's also used in cosmetic formulations as a solvent and preservative booster, helping products stay stable and feel smooth on the skin.
Benefits
- Hydrates and moisturizes the skin
- Improves product texture and spreadability
- Helps preserve formulations naturally
Science: Propanediol can be produced through bio-based fermentation (from glycerol using microorganisms), making it an environmentally friendly alternative to traditional chemical synthesis. It is widely recognized as safe in cosmetic and food applications, with established use as both a humectant and preservative enhancer.
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Dipropylene glycol is a lightweight humectant and solvent derived from propylene glycol that helps skincare products absorb into skin while drawing moisture to the surface. It's commonly used in serums, toners, and lightweight moisturizers to improve texture and hydration.
Benefits
- Humectant that draws moisture into the skin
- Lightweight feel that doesn't leave greasy residue
- Enhances absorption of other active ingredients
- Helps preserve product stability
Potential concerns
- Rare potential for allergic contact dermatitis in sensitive individuals (documented in medical device contexts)
- May cause irritation or sensitization in people with compromised skin barriers
- Unlikely concern in typical skincare concentrations, but those with known propylene glycol sensitivity should avoid
Science: Dipropylene glycol diacrylate (a related compound) has been identified as an allergen in medical devices in patch testing studies, though the base dipropylene glycol ingredient itself has limited published dermatology data. Allergic reactions appear rare and primarily documented in specialized medical contexts rather than cosmetic skincare use.
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Agar is a natural gelling agent derived from red seaweed that forms a gel when mixed with water. In skincare products, it's used as a thickener and stabilizer to create smooth textures like masks and creams while maintaining moisture.
Benefits
- Creates smooth, spreadable product texture
- Biodegradable and sustainably sourced from seaweed
- Helps products retain moisture on skin
- Low toxicity and well-tolerated by skin
Science: Research confirms agar is widely used in biomedical applications with excellent safety profiles, low toxicity, and biodegradability. As a plant-based biopolymer, it represents a sustainable alternative to synthetic thickening agents and plastic-based polymers in cosmetic formulations.
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Cellulose gum (also called carboxymethyl cellulose or CMC) is a natural thickener derived from plant cellulose. In skincare products, it creates a smooth texture, helps formulas spread evenly, and can form a light protective film on the skin's surface.
Benefits
- Improves product texture and spreadability
- Provides light film-forming properties for a polished feel
- Generally well-tolerated by most skin types
- Natural origin and biodegradable
Potential concerns
- May occasionally cause irritation in very sensitive skin
- Can feel sticky or heavy at high concentrations
Science: Cellulose gum is recognized as a safe, biocompatible polysaccharide widely used across food, cosmetic, and pharmaceutical industries. No significant safety concerns were identified in the available literature for cosmetic applications.
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Niacinamide is an active form of vitamin B3 that works within your skin's cells to strengthen the barrier, reduce inflammation, and regulate oil production. It's a water-soluble ingredient that's been shown to have multiple benefits across different skin concerns, from sensitivity to aging.
Benefits
- Reduces redness and calms irritation
- Minimizes pore appearance and controls excess oil
- Supports skin barrier function and hydration
- Brightens skin tone and evens complexion
- Has anti-aging properties and protects against environmental damage
Science: Niacinamide is well-tolerated and safe across diverse skin types with strong clinical evidence supporting its use for acne, dermatitis, and general skin health. Research shows it works by regulating inflammation at the cellular level and protecting skin barrier integrity, with proven efficacy in concentrations commonly found in cosmetic products.
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Xanthan gum is a natural thickener derived from fermented bacteria that helps give skincare products a smooth, gel-like texture. It stabilizes formulas and prevents ingredients from separating, while also helping products spread evenly on skin.
Benefits
- Creates smooth, pleasant texture
- Stabilizes emulsions and prevents separation
- Improves product spreadability and application
Science: Xanthan gum is an FDA-approved, anionic polysaccharide with a long history of safe use across food, pharmaceutical, and cosmetic industries since 1969. Its performance as a thickener and stabilizer is well-established in scientific literature, with no notable skin irritation concerns reported.
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Adenosine is a naturally occurring compound found in all living cells that plays a role in skin cell energy production and communication. In skincare, it's used to help support skin barrier function and may promote a smoother, more resilient complexion.
Benefits
- Supports skin barrier strength and integrity
- May help reduce the appearance of fine lines and wrinkles
- Promotes skin cell energy metabolism and repair
Science: Research indicates adenosine and related compounds (like cyclic adenosine monophosphate) regulate skin barrier formation and epidermal differentiation. While direct clinical studies on topical adenosine in skincare are limited, the ingredient's role in cellular energy and barrier maintenance is well-established in dermatological literature.
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Dipotassium Glycyrrhizate is a potassium salt derived from licorice root that functions as a skin-conditioning agent. It's used in skincare products to help soothe and support skin clarity, and has been studied as part of formulations targeting uneven skin tone.
Benefits
- May help reduce the appearance of dark spots and hyperpigmentation
- Gentle skin-conditioning properties
- Well-tolerated in cosmetic formulations with minimal irritation risk
Science: A 2022 clinical study found that a serum containing dipotassium glycyrrhizate (along with other actives) showed statistically significant improvement in melasma with no signs of irritation over 12 weeks. The ingredient is approved by the Cosmetic Ingredient Review panel for use at concentrations up to 1%, with safety data showing it does not absorb significantly into tissues.
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Hydroxyacetophenone is a naturally derived compound with antioxidant and antimicrobial properties. It's used in skincare products to help protect skin from environmental stress and maintain product freshness.
Benefits
- Antioxidant protection against free radicals
- Antimicrobial and antiseptic properties
- May help preserve product stability
Science: Research shows hydroxyacetophenone has demonstrated antioxidant, antibacterial, and antiseptic activities in cosmetic and pharmaceutical applications. However, peer-reviewed data specifically evaluating its safety profile and efficacy in topical skincare products for consumers is limited.
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Glyceryl Caprylate is a mild emulsifier and penetration enhancer derived from glycerin and caprylic acid (a natural fatty acid). In skincare products, it helps blend water and oil-based ingredients together and can improve how active ingredients absorb into the skin.
Benefits
- Helps formulations blend water and oil ingredients
- May enhance absorption of other skincare actives
- Mild and generally well-tolerated by most skin types
Science: Safety assessments by the Cosmetic Ingredient Review panel confirm glyceryl caprylate is safe for cosmetic use. Research demonstrates it functions effectively as a penetration enhancer in topical formulations, helping active ingredients reach deeper skin layers.
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Sodium polyacrylate is a synthetic polymer that absorbs and holds water, creating a gel-like texture. In skincare, it's used as a thickener and moisture-retention agent to improve product consistency and help keep skin hydrated.
Benefits
- Absorbs and retains moisture to support skin hydration
- Thickens product texture for better application and feel
- Creates a smooth, spreadable consistency in formulations
Science: Contact dermatitis research involving multiple UK hospital dermatology centres found that sensitisation to sodium polyacrylate is rare, indicating excellent safety for topical skincare use. The ingredient has also been studied for advanced biomedical applications including wearable sensors, demonstrating its biocompatibility.
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Caprylyl/Capryl Glucoside is a gentle, plant-derived cleanser and emulsifier made from coconut and glucose. It helps mix water and oil-based ingredients together and is commonly used in formulations to improve how active ingredients penetrate the skin.
Benefits
- Mild surfactant that cleanses without harsh stripping
- Helps deliver other skincare actives more effectively into the skin
- Plant-derived and biodegradable
- Compatible with sensitive skin formulations
Science: Research shows this ingredient functions effectively as an emulsifier in advanced delivery systems like microemulsions and lipid nanoparticles, enabling better skin penetration of active compounds. It has a strong safety profile with minimal irritation concerns and is widely accepted in cosmetic formulations.
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Cetyl ethylhexanoate is a lightweight oil derived from natural sources that functions as a skin-conditioning agent and emollient in skincare formulations. It helps soften and smooth the skin while also serving as a functional component that stabilizes emulsions and improves product texture.
Benefits
- Softens and conditions skin
- Improves product texture and spreadability
- Helps stabilize emulsions for better product performance
- Lightweight feel without heaviness
Potential concerns
- When formulated incorrectly, products containing this ingredient may cause irritation; formulations should be tested to ensure non-irritating concentrations
- Generally safe at typical use levels (up to 52% in leave-on products like lipsticks, and 77.3% in rinse-off formulations)
Science: The Cosmetic Ingredient Review Expert Panel concluded this ingredient is safe in cosmetic formulations at current use levels when properly formulated to be non-irritating. Recent research (2024) demonstrates its role in advanced emulsion technology, where it helps create stable, thickened skincare products with enhanced cleansing and usability properties.
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Collagen amino acids are small protein building blocks derived from hydrolyzed collagen (broken-down animal collagen). When applied topically or taken as a supplement, they may support skin structure and hydration, though they cannot directly rebuild collagen in the skin due to their small size.
Benefits
- May improve skin hydration and elasticity when used in skincare formulations
- Can support skin structure as a humectant (water-binding ingredient)
- Oral supplementation shows promise for hair health and reducing hair shedding when combined with vitamins and minerals
Science: A 2022 clinical study found that oral hydrolyzed collagen combined with amino acids, vitamins, and minerals significantly improved hair density and reduced telogen effluvium (excessive shedding). However, peer-reviewed evidence specifically for topical collagen amino acids in skincare is limited; most research focuses on oral supplementation or collagen's role as a structural protein.
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Tartaric acid is an alpha-hydroxy acid (AHA) derived from grapes that works as a gentle chemical exfoliant. It helps remove dead skin cells from the surface to improve skin texture and appearance.
Benefits
- Gentle exfoliation
- Helps improve skin texture and smoothness
- May reduce appearance of keratoses and acne
Potential concerns
- Can cause swelling, burning, or itching, especially in sensitive skin
- May increase sun sensitivity — sunscreen is important when using AHA products
- Effects vary depending on concentration used
Science: Tartaric acid is classified as an AHA with well-understood exfoliating mechanisms on skin cells. Research confirms that safety and efficacy depend significantly on concentration — lower concentrations are gentler, while higher concentrations increase both benefits and potential irritation risk.
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Myristyl nicotinate is a stabilized form of niacin (vitamin B3) designed to penetrate the skin and deliver nicotinic acid to deeper layers. Once absorbed, it breaks down into niacin, which supports skin barrier function and may help reduce signs of aging and sun damage.
Benefits
- Delivers niacin directly to skin cells for improved barrier function
- May help prevent actinic keratosis (precancerous sun spots) and reduce skin cancer risk
- Supports skin resilience and reduces visible signs of photodamage
Potential concerns
- May cause flushing or mild irritation in sensitive individuals (common with niacin derivatives)
- Limited long-term safety data in cosmetic formulations
Science: Research shows myristyl nicotinate is a prodrug that breaks down into nicotinic acid more efficiently in skin tissue than in simple buffer solutions, making it an effective delivery system. Studies indicate it was developed specifically for preventing actinic keratosis and reducing skin cancer risk, though most published research focuses on pharmacokinetics rather than consumer safety profiles in finished products.
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Bacillus Ferment is a fermented ingredient derived from Bacillus bacteria. It's used in skincare products for its potential to support skin's natural defenses and promote a healthy skin microbiome.
Benefits
- May support skin barrier function
- Potential antimicrobial properties
- Could help balance skin microbiome
Science: Limited peer-reviewed data available for this ingredient. Fermented bacterial derivatives are generally recognized as safe in cosmetics, though specific efficacy and safety data for Bacillus Ferment specifically is minimal.
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Analysis not yet available for this ingredient.
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Haematococcus pluvialis extract is derived from a nutrient-rich freshwater microalgae that's naturally high in astaxanthin, a powerful antioxidant. In skincare, it helps protect skin from sun damage and oxidative stress by neutralizing harmful free radicals.
Benefits
- Reduces signs of sun damage and photoaging
- Calms inflammation caused by UV exposure
- Protects skin's structural proteins from breakdown
- Supports skin's natural antioxidant defenses
Science: A 2024 clinical study found that when delivered via liposomes, an antioxidant complex containing this extract reduced inflammation markers (IL-6, IL-8) and enzyme activity linked to skin aging by 38-50% in UV-damaged human skin tissue. The ingredient showed better results when properly formulated for skin penetration, rather than applied alone.
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