Beauty ingredients explained in plain English

A gentle peptide alternative to retinol that may help reduce fine lines and improve skin firmness with a lower risk of irritation.

A gentler, more stable cousin of retinol that still delivers anti-aging benefits with less irritation.

A milder retinoid that aims to smooth wrinkles and even skin tone with less redness or peeling than standard retinol.

A milder vitamin A derivative that may support smoother, younger-looking skin with less irritation than traditional retinol.

A newer, potentially gentler retinoid that aims to deliver anti-aging benefits with less irritation than traditional retinol.

A gentle vitamin A derivative that supports skin texture and firmness over time, ideal for retinol beginners or sensitive skin.

A gentle, beginner-friendly vitamin A option paired with a plant peptide for added skin support, but less potent than pure retinol.

A milder retinoid that can improve skin texture and reduce fine lines with less irritation than retinol, making it a good option for sensitive skin.

A newer retinoid that aims to deliver retinoic acid benefits with less irritation, but long-term data is still limited.

A milder, less irritating retinoid option that may suit sensitive skin, but with less research backing than retinol.

A milder, less irritating form of retinol that converts to retinoic acid in the skin, making it a good option for retinol beginners or sensitive skin.

Retinyl Tallate is a milder retinoid that offers anti-aging benefits with less irritation, making it a good choice for sensitive skin.

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

A lab-made peptide that signals skin to produce more collagen, helping reduce fine lines and improve firmness with low irritation risk.

A synthetic peptide that may help reduce the look of fine lines and improve skin firmness, but results vary and more human studies are needed.

A lab-made peptide that may help support collagen and firm skin, but more human studies are needed to confirm its effects.

A lab-made peptide that may help reduce fine lines and improve skin firmness, but human studies are limited.

A promising biotech peptide that may help firm skin over time, but human research is still limited.

A lab-made peptide that may help support collagen and smooth fine lines, but research is still early.

A lab-made peptide that may help support collagen and firmness, but human research is still limited.

RH-Polypeptide-60 is a lab-made peptide that may help firm skin and soften fine lines, but research is still early and results vary.

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

RH-Polypeptide-62 is a lab-made peptide that may help support collagen and improve skin firmness, but research is still early.

A lab-made peptide that may help firm skin and soften fine lines, but human research is still limited.

A lab-made peptide that may help firm skin and soften wrinkles, but more human studies are needed to confirm its effects.

RH-Polypeptide-65 is a synthetic peptide that may help support collagen production and improve skin firmness, but research is still emerging.

A lab-made peptide that may help firm skin and soften wrinkles, but human research is still limited.

A lab-made peptide that may help firm skin and soften wrinkles, but 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 firm skin by encouraging collagen, but research is still limited compared to well-studied peptides.

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

A lab-made peptide that may help support collagen and firm skin, but human research is still limited.

A lab-made peptide that may help support collagen and firmness, but human research is still limited.

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

RH-Polypeptide-88 is a lab-made peptide that may help firm skin and soften lines, but research is still limited compared to more established peptides.

RH-Polypeptide-96 is a lab-made peptide that may help support collagen and improve skin firmness, but human research is still limited.

A gentle, bioengineered peptide that may support collagen and firmness, but research is still early.

A gentle peptide that signals skin to produce more collagen, helping reduce fine lines and improve firmness over time.

A gentle peptide that may help firm skin and soften lines, with low irritation risk.

A marine-inspired peptide that may help firm skin and reduce fine lines, but research is still early.

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

A gentle peptide duo that signals skin to repair and rebuild, making it a solid choice for anti-aging routines without irritation.

A gentle, well-studied peptide duo that signals skin to repair and firm up, but results are gradual and not instant.

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

SH-Decapeptide-9 is a lab-made peptide that may help smooth fine lines and improve skin firmness, but research is still emerging.

SH-Heptapeptide-18 is a lab-made peptide that may help support skin firmness and reduce the appearance of fine lines, but research is still limited.

A synthetic peptide that may help reduce the look of fine lines and support firmer skin, with low irritation potential.

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

A synthetic peptide that temporarily relaxes facial muscles to soften expression lines, offering a non-invasive alternative to injectables.

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

SH-Oligopeptide-10 is a synthetic peptide that may help support skin firmness and reduce fine lines, but research is still emerging and results vary.

A synthetic peptide that may help support collagen and improve skin firmness, but research is still emerging.

A lab-made peptide that may help firm skin and reduce fine lines, but research is still emerging.

A lab-made peptide that may help firm skin and reduce fine lines by encouraging collagen production, though human studies are limited.

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

SH-Oligopeptide-15 is a synthetic peptide that may help support skin firmness and reduce fine lines, but research is still emerging.

SH-Oligopeptide-16 is a lab-made peptide that may help firm skin and soften fine lines, with low irritation risk.

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

A synthetic peptide that may help support skin firmness and reduce fine lines, but more independent research is needed to confirm its effectiveness.

SH-Oligopeptide-4 is a synthetic peptide that may help support collagen production and improve skin firmness, but more human studies are needed to confirm its efficacy.