Beauty ingredients explained in plain English

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

Decapeptide-37 is a lab-made peptide that may help support collagen and firm skin, but research is still early and results vary.

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

Decapeptide-45 is a lab-made peptide that may help support firmer, smoother skin, but research is still early and results vary.

Decapeptide-46 is a lab-made peptide that may help support collagen and elastin for firmer skin, but research is still early.

A novel biotech ingredient with potential regenerative benefits, but human evidence is very limited and ethical sourcing is a concern.

A novel biotech ingredient with promising anti-aging potential, but human research is still limited.

Deer antler velvet extract is a trendy but poorly studied ingredient in skincare, with anecdotal anti-aging claims and significant ethical baggage.

A novel biotech ingredient with promising regenerative potential, but human skincare evidence is still very limited.

A stabilized collagen derivative that may help support skin firmness and hydration with a lower risk of irritation than traditional collagen.

A gentle, synthetic amino-acid derivative that may help soften the look of fine lines, but research is still early.

A synthetic ingredient that may help improve skin firmness and reduce fine lines, but research is still limited compared to more established peptides.

A sugar-modified peptide that may help firm skin and soften fine lines with low irritation potential.

A lab-made molecule that aims to mimic the skin-firming effects of certain peptides, but human research is still limited.

DMAE tartrate can give a temporary firming sensation, but results are short-lived and may cause irritation for some.

A novel ingredient that may support collagen and skin firmness, but human research is still limited.

A gentle, collagen-supporting ingredient that helps improve skin firmness and elasticity with low irritation risk.

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

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

A synthetic ingredient that may support skin firmness and smoothness, but research is still emerging.

Diretinyl ether is a synthetic retinoid derivative that may offer anti-aging benefits similar to retinol, but with less irritation potential, though research is still emerging.

A lab-made compound that mimics a skin-signaling peptide to help improve firmness and smoothness, but human studies are limited.

A synthetic peptide-like ingredient that may help soften expression lines, but research is limited and results vary.

Elastin is a natural protein that helps skin stay firm and bouncy, but its large molecule size limits deep penetration when applied topically.

A novel, biotech-derived ingredient with limited human research; may support skin repair but lacks robust clinical evidence.

A milder retinoid that aims to deliver anti-aging results with less irritation than traditional retinol, making it a good option for sensitive skin.

A synthetic peptide-like ingredient that may help soften expression lines by temporarily relaxing facial muscles, similar to a milder, topical alternative to injectables.

A synthetic peptide-like ingredient that may help improve skin firmness and reduce wrinkle depth, but human data is limited.

A synthetic peptide-like ingredient that may help soften expression lines, but results are subtle and not as dramatic as prescription treatments.

A synthetic peptide with iron that may help support skin firmness, but research is still early and benefits are not guaranteed.

A cutting-edge biotech ingredient that may support skin repair and reduce signs of aging, but human research is still limited and products are often very expensive.

A synthetic plant hormone derivative that may help firm and smooth skin, but human research is limited.

A synthetic peptide that may help improve skin firmness and reduce fine lines, but more human studies are needed to confirm its effects.

A synthetic peptide that may help improve skin firmness and reduce fine lines, but more human studies are needed to confirm its effectiveness.

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

A promising synthetic peptide that may help firm skin and soften wrinkles, but more independent human studies are needed to confirm its effects.

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

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

A gentler alternative to retinol that targets collagen support, but research is still early and results may vary.

Gibberellic acid is a plant-derived ingredient that may help boost collagen and elastin, but research is still early and it's not a proven anti-aging powerhouse.

A promising anti-glycation ingredient that may help prevent skin stiffness and dullness caused by sugar damage, though research is still emerging.

A gentle retinoid alternative that delivers anti-aging benefits with less irritation than traditional retinol.

A gentle, lab-made amino acid derivative that may help improve skin firmness and smoothness, but research is still early.

A synthetic peptide-like ingredient that may help firm skin and reduce wrinkles, but research is still early.

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

A synthetic peptide designed to support collagen and reduce fine lines, generally well-tolerated but with limited independent research.

Heptapeptide-17 is a synthetic peptide that may help improve skin firmness and reduce fine lines, but research is still emerging and results vary.

Heptapeptide-28 is a synthetic peptide that may help reduce fine lines and improve skin firmness, with low irritation risk and moderate research support.

Heptapeptide-31 is a synthetic peptide that may help support skin firmness and reduce fine lines, but research is still emerging and results vary.

Heptapeptide-32 is a synthetic peptide that may help reduce fine lines and improve skin firmness by signaling collagen production, but research is still emerging.

Heptapeptide-34 is a lab-made peptide that may help support skin structure, but research is still early and results vary.

Heptapeptide-35 is a synthetic peptide that may help reduce the appearance of fine lines by signaling skin to support collagen, but research is still emerging.

A synthetic peptide that may help firm skin and soften wrinkles, but research is still early.

Heptapeptide-37 is a synthetic peptide that may help support skin firmness and reduce fine lines, but research is still limited compared to more established peptides.

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

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

A synthetic peptide that signals skin to produce more collagen, helping to soften wrinkles and improve firmness over time.

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

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

Heptapeptide-41 is a promising synthetic peptide that may help firm skin and soften wrinkles, but research is still early and results vary.