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Studies on the Hydrogen Bonding Network Structures of Amino-konjacglucomannan-zinc Chelate 被引量:1

Studies on the Hydrogen Bonding Network Structures of Amino-konjacglucomannan-zinc Chelate
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摘要 Amino-Konjacglucomannan (NH2-KGM) was prepared through the reaction of ammonium hydroxide with KGM by ultrasonic. The influence of amount of ammonium hydroxide, concentration of KGM and ultrasonic time on the extent of amination was studied. Then, NH2-KGM and zinc sulfate were used as materials for the preparation of NH2-KGM-Zn complex. The results indicated that the extent of amination increases with increasing the ammonium hydroxide. The optimum concentration of KGM and ultrasonic time are 0.3% and 75 rain respectively. IR showed KGM is successfully aminated and NH2-KGM forms stable complex with zinc(II ). The hydrogen bonding network structures of NH2-KGM-Zn are more stable and the key linking points of hydrogen bonding network are at the OH(6) and 0(3) positions of mannose and OH(2) of glucose and 0(3) of mannose on the KGM ring. It is more favorable for NH2-KGM-Zn to form intermolecular hydrogen bonds between KGM. Amino-Konjacglucomannan (NH2-KGM) was prepared through the reaction of ammonium hydroxide with KGM by ultrasonic. The influence of amount of ammonium hydroxide, concentration of KGM and ultrasonic time on the extent of amination was studied. Then, NH2-KGM and zinc sulfate were used as materials for the preparation of NH2-KGM-Zn complex. The results indicated that the extent of amination increases with increasing the ammonium hydroxide. The optimum concentration of KGM and ultrasonic time are 0.3% and 75 rain respectively. IR showed KGM is successfully aminated and NH2-KGM forms stable complex with zinc(II ). The hydrogen bonding network structures of NH2-KGM-Zn are more stable and the key linking points of hydrogen bonding network are at the OH(6) and 0(3) positions of mannose and OH(2) of glucose and 0(3) of mannose on the KGM ring. It is more favorable for NH2-KGM-Zn to form intermolecular hydrogen bonds between KGM.
出处 《Chinese Journal of Structural Chemistry》 SCIE CAS CSCD 2014年第2期171-178,共8页 结构化学(英文)
基金 Sponsored by National Natural Science Foundation of China(31271837) Fujian Provincial Education Department(JA11167) jointly Sponsored by the special scientific research fund for the doctor discipline point of universities by the Ministry of Education(20113515110010)
关键词 Konjac glucomannan (KGM) aminated ULTRASONIC zinc sulfate CHELATE Konjac glucomannan (KGM), aminated, ultrasonic, zinc sulfate, chelate
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