초음파로 추출된 홍화색소의 특성 분석과 염색성 평가
Physiochemical Properties and Dyeability of Safflower Colorants Extracted by Ultrasonic Treatment
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Abstract
This study systematically investigated a method for extraction of safflower (Carthamus tinctorius Linnaeus) colorants by ultrasonic treatment. Compared to pigments productivity and cell wall structures of safflower after general and ultrasonic method, the ultrasonic method showed high extraction efficiency of safflower pigments due to destruction of safflower cell wall caused by high vibration energies. Microscopic analysis confirmed the hypothesis that the ultrasonic treatment of safflower caused its cell wall structure loosened and made efficient extraction of safflower pigments. And also, LC-MS/MS analysis revealed that productivities of the yellow and red safflower pigments by ultrasonic method were 21.9% and 14.6% higher, respectively, than those of pigments extracted by general method. The ultrasonic extracted yellow and red colorants could be used to dye not only natural fibers like cotton, silk and wool, but also synthetic fiber like nylon, and generally gave a better color tone than the general extracted colorants from safflower due to the affinities of red and yellow colorant on different fibers. As the yellow and red colorant were extracted by ultrasonic treatment in water, the K/S value on of 550/440nm of cotton and rayon was increased but in the case of silk and wool the change of this value was almost not detected. Finally, this technique might provide a solution to establish reproducibility and standardization for the extraction and dyeing methods on fabrics.
참고문헌 (21)
- 고려대학교 민속문화연구원, "한국민속대관 II", pp.342~ (1962), 고대민속문화연구원 출판부
- 김용숙, "초음파처리가 홍화의 색소추출과 염색성에 미치는 영향", 대한가정학회지, 45(10), pp.13~20 (2007), 대한가정학회
- 김진모, "홍화로부터 적색소 Carthamin의 추출 특성", 한국공업화학회지, 4(2), pp.153~156 (2000)
- 남성우, "천연염료에 의한 면의 염색(I):홍화", 한국염색가공학회지, 7(2), pp.47~54 (1995)
- 신인수, "홍화색소의 일반추축과 셀룰라아제 추출의 비교연구", 대한가정학회지, 39(4), pp.49~59 (2001)
- 이정옥, "홍화에 의한 전통염색법의 활용방안에 관한 연구", 영남대학교 자원문제연구소 논문집, 9, pp.127~140 (1990)
- 정인모, "천연염료에 의한 견 및 모시 염색(1):전통방법에 의한 홍화염색", 한국잠사학회지, 37(2), pp.161~166 (1995)
- 조경래, "천연염료에 관한 연구(10):홍화 황색소의 견섬유에 대한 염색성", 한국염색가공학회지, 9(5), pp.10~18 (1997)
- 조경래, "천연염료에 관한 연구(II)", 한국의류학회지, 13(4), pp.370~379 (1989)
- 주영주, "꼭두서니의 염색성에 관한 연구", 한국의류학회지, 26(9), pp.1301~1307 (2002), 한국의류학회
- 주영주, "자초염의 매염에 관한 실험연구", 복식, 14, pp.133~143 (1990)
- Balachandran, S. E, "Ultrasonic Enhancement the Supercritical Extraction from Gniger", Utrasonics Sonochemistry, 13(6), pp.417~479 (2006)
- Ince, N. H, "Ultrasound as a Catalyzer of Aqueous Reaction Systems: the State of the Art and Environmental Applications", Applied Catalysis B:Environmrntal, 29, pp.167~176 (2001)
- Kamel, M. M, "Ultrasonic Assisted Dyeing III: Dyeing of Wool with Lac as a Natural Dye", Dyes and Colorants, 65(2), pp.103~110 (2005)
- Peters D, "Ultrasound in Materials Chemistry", J. Materials Chemistry, 6(10), pp.1605~1618 (1996)
- Shankarer,R, "Ultrasound Energized Dyeing of Wool with Portulaca Flower Extracts Using Metalmordants", Colourage, 51(10), pp.41~46 (2004)
- Smelcerovic, A, "Comparison of Methods for the Exhaustive Extraction of Hypericins, Flavonoids,and Hyperforin form Hypericum Perforatum L", Journal of Agricultural and Food Chemistry, 54(7), pp.2750~2753 (2006)
- Suslick K.S, "Ultrasound ;its Chemical, Physical, and Biological Effects" (1989), VCH Publishers
- Vankar, P. S, "Ultrasonic Energized Dyeing of Cotton Fabric with Cassia Fistula Bark(Amaltas)", Asian Textile Journal, 10(11), pp.56~58 (2001)
- Vinatoru,M, "An Overview of the Ultrasonically Assisted Extraction of Bioactive Principles from Herbs", Ultrasonics Sonochemistry, 8(3), pp.303~313 (2001)
- Xia,T, "Impact of Ultrasonic-Assisted Extraction on the Chemical and Sensory Quality of Tea Infusion", Journal of Food Engineering, 74(4), pp.557~560 (2006)