탈색모발에 콜드 펌 시술 시 케라틴 전처리 적용이 모발 손상 개선에 미치는 효과
Effect of Keratin Pretreatment on Hair Damage Improvement During Cold Perm Treatment on Bleached Hair
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Hair bleaching and permanent wave (perm) have been popular as methods for making women look more beautiful. However, repeated chemical treatments result in hair damage. Therefore, this study attempted to examine the effects of keratin pretreatment on damaged hair before performing a cysteamine cold perm on bleached hair. Hair was divided into three groups: DKC (no keratin pretreatment applied), DKC1(50% keratin pretreatment applied), and DKC2 (100% keratin pretreatment applied). Analysis of the collected data was based on hair gloss, tensile strength, wave formation efficiency, methylene blue absorbance, hair thickness measurement (FE-SEM), and cuticle thickness measurement (FE-SEM); the results were as follows: In the DKC1 and DKC2 groups, hair gloss, tensile strength, and hair thickness (top, bottom) showed a statistically significant increase while methylene blue absorbance was significantly decreased, demonstrating damaged hair-repairing effects. On the contrary, wave formation efficiency decreased in the DKC1 and DKC2 groups, however an elastic wave was formed. In sum, it would be reasonable to conclude that keratin pretreatment is helpful in repairing damaged hair with hair protection effects.
Abstract
Hair bleaching and permanent wave (perm) have been popular as methods for making women look more beautiful. However, repeated chemical treatments result in hair damage. Therefore, this study attempted to examine the effects of keratin pretreatment on damaged hair before performing a cysteamine cold perm on bleached hair. Hair was divided into three groups: DKC (no keratin pretreatment applied), DKC1(50% keratin pretreatment applied), and DKC2 (100% keratin pretreatment applied). Analysis of the collected data was based on hair gloss, tensile strength, wave formation efficiency, methylene blue absorbance, hair thickness measurement (FE-SEM), and cuticle thickness measurement (FE-SEM); the results were as follows: In the DKC1 and DKC2 groups, hair gloss, tensile strength, and hair thickness (top, bottom) showed a statistically significant increase while methylene blue absorbance was significantly decreased, demonstrating damaged hair-repairing effects. On the contrary, wave formation efficiency decreased in the DKC1 and DKC2 groups, however an elastic wave was formed. In sum, it would be reasonable to conclude that keratin pretreatment is helpful in repairing damaged hair with hair protection effects.
참고문헌 (26)
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