Beauty ingredients explained in plain English

A gentle peptide that combines the calming benefits of azelaic acid with a peptide to help reduce redness and even skin tone.

A gentle peptide that may help reduce facial redness and reactivity, making it a promising option for sensitive or reactive skin.

A gentle peptide that combines the soothing benefits of azelaic acid with the signaling power of a peptide to help reduce redness and even skin tone.

A gentle peptide that pairs azelaic acid's soothing properties with a signaling peptide to help calm redness and support a more even complexion.

A gentle peptide that targets redness and uneven tone without the irritation of stronger brighteners.

A gentle peptide that may help reduce visible redness and even out skin tone, but research is still early.

A gentle, plant-based peptide that may help reduce fine lines and improve skin firmness over time.

A gentle peptide that may help support skin firmness, but research is still limited compared to more established peptides.

A plant-derived peptide that may help improve skin firmness and hydration, but research is still early.

A gentle, lab-made peptide inspired by barley that may help firm skin and soften fine lines with consistent use.

A gentle peptide that may help improve skin firmness and reduce fine lines, with good tolerability for most skin types.

A gentle, plant-derived peptide that may help improve skin firmness and hydration with low irritation potential.

A gentle peptide that may help support skin firmness and reduce fine lines, but research is still early.

A gentle, plant-derived peptide that may help improve skin firmness and reduce fine lines with minimal irritation risk.

A synthetic peptide that may help soften expression lines and improve skin firmness, but evidence is mostly from ingredient supplier studies.

A peptide that mimics the effects of Botox in a milder, topical form, helping soften expression lines over time.

A synthetic peptide that may help support hair thickness and scalp vitality, but results vary and more human studies are needed.

A novel peptide-algae hybrid that may help protect skin from environmental stress, but research is still early.

A novel peptide-marine extract hybrid that may help protect skin from UV-related damage, but human studies are limited.

A novel peptide-algae hybrid that may help protect skin from UV damage and support collagen, but clinical evidence is still limited.

A peptide that mimics the effects of botulinum toxin to soften expression lines, but with milder and temporary results.

A synthetic peptide that may temporarily soften expression lines, but results are subtle compared to injectable treatments.

A synthetic peptide blend that may temporarily soften expression lines, but results are subtle and not comparable to injectable treatments.

A bovine-derived peptide that may support collagen and skin repair, but evidence is limited and ethical sourcing is a concern.

A lab-made peptide fused with caffeine that may help tighten skin and reduce under-eye bags, though research is still early.

A hybrid peptide-caffeine ingredient that may help firm skin and fight oxidative stress, but research is still early.

A synthetic peptide that may help improve skin firmness and reduce fine lines, but research is still emerging.

A promising peptide-antioxidant hybrid that may help firm skin and fight signs of aging, but research is still early.

A lab-made peptide that may help firm skin and soften wrinkles, but research is still early and results vary.

A lab-made peptide that may help support collagen and reduce fine lines, but human studies are still limited.

A lab-made peptide that may help firm skin and soften lines, but human studies are limited.

A lab-made peptide that may help firm skin and soften lines, but research is still early and results vary.

A promising peptide-antioxidant hybrid that may support collagen and protect skin from environmental damage, though human studies are still limited.

A lab-made peptide that may help firm skin and soften lines, but human studies are still limited.

A lab-made peptide that may help smooth wrinkles and improve skin firmness, but human studies are limited.

A lab-made peptide that may help firm skin and soften wrinkles, but research is still early and results vary.

A peptide ingredient that may help improve skin firmness and reduce fine lines, with low irritation potential.

A peptide designed to help reduce fine lines and improve skin firmness by supporting collagen production.

A novel peptide-caffeine compound that may help firm skin and reduce puffiness, but research is still early.

A peptide-caffeine hybrid that may help firm skin and reduce puffiness, but human studies are limited.

A peptide ingredient that may help support skin firmness and reduce the look of fine lines, but research is still early.

A promising synthetic peptide that may help reduce fine lines and support skin firmness, but human research is still limited.

A synthetic peptide that may help firm skin and reduce under-eye bags, but research is still emerging.

A targeted peptide that may help firm the under-eye area and reduce the appearance of dark circles and bags.

A synthetic peptide that may help soften expression lines by temporarily relaxing facial muscles, but research is still emerging.

A synthetic peptide that may help improve skin firmness and reduce fine lines, with low irritation potential.

A synthetic peptide that may help reduce fine lines and improve skin firmness with a low risk of irritation.

A lab-made peptide that may help smooth wrinkles and firm skin, but research is still early.

A synthetic peptide that creates a temporary warming sensation, often used to give a subtle plumping effect, but evidence for long-term benefits is limited.

A synthetic peptide that creates a temporary tingling or warming sensation, often used in lip plumpers and firming products for a quick visual effect.

A synthetic peptide that creates a temporary tingling or warming sensation, often used in lip plumpers for a short-lived fuller look.

A gentle peptide that creates a subtle warming sensation to help products feel more effective, but research on its long-term benefits is still limited.

A novel synthetic peptide that may help firm and smooth skin, but research is still early and benefits are not yet proven in large human studies.

A novel peptide blend from chlorella algae that may help firm and hydrate skin, but research is still early.

Cinnamoyl Tryptamine is a synthetic peptide that may help improve skin firmness and reduce wrinkles, but research is still early and it's less common than better-studied peptides.

A synthetic peptide that mimics the effects of botulinum toxin to soften expression wrinkles, but with milder and temporary results.

A gentle peptide that may help improve skin firmness and reduce fine lines with consistent use.

A gentle peptide that may help improve skin firmness and smooth fine lines, but more independent research is needed.

A gentle peptide that may help improve skin firmness and reduce fine lines with consistent use.

A gentle peptide that targets redness and uneven tone, best for sensitive or reactive skin types.