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      제 3 회 한국키틴키토산연구회 심포지움 Proceeding : 키토산 올리고머를 이용한 기능성 염료개발 = Chemical modification of dye with chito - oligosaccharides

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      https://www.riss.kr/link?id=A19713238

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      다국어 초록 (Multilingual Abstract)

      In order to obtain new functional materials, chito-oligosaccharides(COS) of chitopentaose and chitohexaose which show anti-fungal activity were introduced to dyestuffs. COS-cyanuric chloride (CY)-4,4-diaminostilbene-2,2-sulfunic acid(DAS) and COS-CY-1-amino-4-(p-phenylenediamino)anthraq uinon- 2-sulfonic acid(APAS)conjugates, that is, CO-CY-DAS and COS-CY-APAS were prepared by the reactions of DAS and APAS, as dye intermediates, with CY-activated COS modifiers. Also, glucosamine, as a mdel compound, was reacted with CY-COS modifiers to clarify the chemical structures of the COS-CY-DAS and COS-CY-APAS. As the IH-NMR spectrums of conjugates showed downfield shift of the aromatic protons of dye intermediates and anomeric protons of glucosamine. The reaction of COS-CY-DAS and COS-CY-APAS conjugates were completed by the reactions between another chlorine atom of the triazine ring of the COS-CY modifier and the amino groups of DAS and APAS through the reaction of the amino groups of COS and a chlorine atom of CY.
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      In order to obtain new functional materials, chito-oligosaccharides(COS) of chitopentaose and chitohexaose which show anti-fungal activity were introduced to dyestuffs. COS-cyanuric chloride (CY)-4,4-diaminostilbene-2,2-sulfunic acid(DAS) and COS-CY-1...

      In order to obtain new functional materials, chito-oligosaccharides(COS) of chitopentaose and chitohexaose which show anti-fungal activity were introduced to dyestuffs. COS-cyanuric chloride (CY)-4,4-diaminostilbene-2,2-sulfunic acid(DAS) and COS-CY-1-amino-4-(p-phenylenediamino)anthraq uinon- 2-sulfonic acid(APAS)conjugates, that is, CO-CY-DAS and COS-CY-APAS were prepared by the reactions of DAS and APAS, as dye intermediates, with CY-activated COS modifiers. Also, glucosamine, as a mdel compound, was reacted with CY-COS modifiers to clarify the chemical structures of the COS-CY-DAS and COS-CY-APAS. As the IH-NMR spectrums of conjugates showed downfield shift of the aromatic protons of dye intermediates and anomeric protons of glucosamine. The reaction of COS-CY-DAS and COS-CY-APAS conjugates were completed by the reactions between another chlorine atom of the triazine ring of the COS-CY modifier and the amino groups of DAS and APAS through the reaction of the amino groups of COS and a chlorine atom of CY.

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