프로테아제 처리가 모발의 염색성 및 형태적 특성에 미치는 영향
Effect of Protease on the Morphological Properties and Dyeability of Human Hair
1
조회
0
다운로드
3
인용
0
참고문헌
키워드
초록
The tannin acid and the enzymes have been used in order to improve the ruggedness in laundry and the absorption of dyes and pigments in the textile industry for several years. The enzyme processing on the protein fiber minimizes the damage of the entire fiber and improves the dyeability by effectively modifying only the hydrophobic surface. This study tried out the structural observation by applying the Castanea crenata sieb. et. zucc. containing abundant tannin to the hair dyeing as the natural dyeing pigment along with Protease of Rhizopus sp. The dyeability was improved as compared to the dyeing using only the synthetic tanning and iron mordant. When the depth of pigment was higher in accordance with the surface observation, the enzyme dissolution had impact on dyeing and so the keratin layer on the hair surface. Accordingly, it was found that the appropriate depth was between 0.01 and 0.03%. It was estimated that 0.1% protease would treated within 30min. Consequently, it would cause the good reaction with the functional group of tannin pigment.
Abstract
The tannin acid and the enzymes have been used in order to improve the ruggedness in laundry and the absorption of dyes and pigments in the textile industry for several years. The enzyme processing on the protein fiber minimizes the damage of the entire fiber and improves the dyeability by effectively modifying only the hydrophobic surface. This study tried out the structural observation by applying the Castanea crenata sieb. et. zucc. containing abundant tannin to the hair dyeing as the natural dyeing pigment along with Protease of Rhizopus sp. The dyeability was improved as compared to the dyeing using only the synthetic tanning and iron mordant. When the depth of pigment was higher in accordance with the surface observation, the enzyme dissolution had impact on dyeing and so the keratin layer on the hair surface. Accordingly, it was found that the appropriate depth was between 0.01 and 0.03%. It was estimated that 0.1% protease would treated within 30min. Consequently, it would cause the good reaction with the functional group of tannin pigment.
참고문헌 (8)
- C. A. Anderson, "Stereoscan Microscopy of Chlorine", Resin-Treated Wool, 1970, pp.통권 : 40, 29~34
- E. Tsatsaroni, "Effects of enzymatic treatment on the dyeing of cotton and wool fibres with pigments", Dyes and pigments, 29(3), pp.203~209 (1995)
- M. Liakopoulou-Kyriakides, "Dyeing of cotton and wool fibres with pigments from Crocus Sativus -effect of enzymatic treatment", Dyes and pigments, 36(3), pp.215~221 (1998)
- S. M. Burkinshaw, "The development of a metal free, tannic acid based after treatment for nylon 6,6 dyed with acid dyes-pat-1: different enzymes", Dyes and pigments, 통권 : 58, pp.205~218 (2003)
- S. M. Burkinshaw, "The development of a metal free, tannic acid based after treatment for nylon 6,6 dyed with acid dyes-pat-3: different enzymes", Dyes and pigments, 통권 : 60, pp.91~102 (2004)
- W. R. Middlebrook, "The Application of Enzymes to the Production of Shrinkage- Resistant Wool", JSDC, 57(5), pp.137~ (1941)
- S. Padma, "Enzymatic natural dyeing of cotton and silk fabrics without metal mordants", Journal of Cleaner Production, 통권 : 15, pp.1441~1450 (2007)
- P.Cookson, "Wool Dyeing", pp.275~ (1992), D. M. Lewis Edition