POLEVAN®—A Multifunctional Natural Hair Ingredient, as Determined by In-Vitro and Human Studies

Natural shampoos are increasingly designed to provide multifunctional benefits beyond cleansing, including hair conditioning, scalp protection, and reduced irritation potential. POLEVAN®, a proprietary levan-based polysaccharide produced enzymatically from sugar, offers a combination of oligo- and polysaccharide fractions with potential cosmetic applications. This study evaluated POLEVAN® in shampoo formulations for three targeted effects: improving hair glossiness, enhancing scalp moisturization, and boosting foam while enabling reduced surfactant levels. Glossiness was assessed ex vivo using damaged hair tresses. Moisturization was assessed in a randomized clinical trial, comparing the test formulation with hyaluronic acid (HA), employing corneometer readings and Trans Epidermal Water Loss (TEWL) measurements. The study was subject-blinded, and all outcomes were determined solely through quantitative, device-based measurements, minimizing observer bias. Foaming performance was tested using the Shaking Cylinder Method. Shampoos containing 2% POLEVAN® significantly increased hair glossiness by 24% (p = 0.0375) versus a non-significant increase without POLEVAN®. Moisturization studies showed no significant difference between POLEVAN® and HA in maintaining hydration or preventing TEWL over 4 weeks. Foam analysis demonstrated that addition of POLEVAN® allowed up to 50% reduction in surfactant content without compromising foam generation or stability. These results highlight POLEVAN® as a multifunctional natural ingredient capable of improving sensory and performance attributes of shampoos while supporting gentler formulations.

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Publication Details

Journal
Cosmetics
Published
2025-11-12
DOI
https://doi.org/10.3390/cosmetics12060256
Primary Topic
Dental Erosion and Treatment
Type
article
Field-Weighted Citation Impact
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article

POLEVAN®—A Multifunctional Natural Hair Ingredient, as Determined by In-Vitro and Human Studies

Carolyn Goren, Alain Khaïat, Yuval Sagiv, Eli Budman
Cosmetics
Dental Erosion and Treatment
article

POLEVAN®—A Multifunctional Natural Hair Ingredient, as Determined by In-Vitro and Human Studies

Carolyn Goren, Alain Khaïat, Yuval Sagiv, Eli Budman
article en

Abstract

Natural shampoos are increasingly designed to provide multifunctional benefits beyond cleansing, including hair conditioning, scalp protection, and reduced irritation potential. POLEVAN®, a proprietary levan-based polysaccharide produced enzymatically from sugar, offers a combination of oligo- and polysaccharide fractions with potential cosmetic applications. This study evaluated POLEVAN® in shampoo formulations for three targeted effects: improving hair glossiness, enhancing scalp moisturization, and boosting foam while enabling reduced surfactant levels. Glossiness was assessed ex vivo using damaged hair tresses. Moisturization was assessed in a randomized clinical trial, comparing the test formulation with hyaluronic acid (HA), employing corneometer readings and Trans Epidermal Water Loss (TEWL) measurements. The study was subject-blinded, and all outcomes were determined solely through quantitative, device-based measurements, minimizing observer bias. Foaming performance was tested using the Shaking Cylinder Method. Shampoos containing 2% POLEVAN® significantly increased hair glossiness by 24% (p = 0.0375) versus a non-significant increase without POLEVAN®. Moisturization studies showed no significant difference between POLEVAN® and HA in maintaining hydration or preventing TEWL over 4 weeks. Foam analysis demonstrated that addition of POLEVAN® allowed up to 50% reduction in surfactant content without compromising foam generation or stability. These results highlight POLEVAN® as a multifunctional natural ingredient capable of improving sensory and performance attributes of shampoos while supporting gentler formulations.

CosmeticsVol. 12(6)
Accenture (Switzerland) (CH), Intel (Israel) (IL)
Openalex Percentile: Top 61%
Dental Erosion and Treatment
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