2018
DOI: 10.1016/j.ijbiomac.2017.11.038
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Synthesis and characterization of a new soluble soybean polysaccharide-iron(III) complex using ion exchange column

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Cited by 47 publications
(28 citation statements)
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“…FeCl 3complex is potentially an excellent vehicle as an iron supplement and exhibits minimal side effects for potential treatment of IDA or other related diseases. It is corresponded to the reported researches which acquiescently applied FeCl 3 as the iron source for the synthesis of polysaccharide and iron complexes.17,53 In summary, of the four tested chelated complexes, FG-FeCl demonstrated the best binding affinity.Temperature played a significant role in the binding of iron to FG, with elevated temperatures favouring this binding process(Figs. 2Aa, 2Ba).…”
supporting
confidence: 85%
“…FeCl 3complex is potentially an excellent vehicle as an iron supplement and exhibits minimal side effects for potential treatment of IDA or other related diseases. It is corresponded to the reported researches which acquiescently applied FeCl 3 as the iron source for the synthesis of polysaccharide and iron complexes.17,53 In summary, of the four tested chelated complexes, FG-FeCl demonstrated the best binding affinity.Temperature played a significant role in the binding of iron to FG, with elevated temperatures favouring this binding process(Figs. 2Aa, 2Ba).…”
supporting
confidence: 85%
“…Compared with the absorption bands (C–O and C–C) of AOS at 1081 and 891 cm −1 (Muresan et al ., ), the positions (1069 and 911 cm −1 ) for AOS–iron (III) differed significantly due to the chelating reaction, and intensity of the peaks was strengthened. Some characteristic absorption peaks in the carbohydrate fingerprint region (1000–400 cm −1 ) of AOS–iron (III) were peculiar to β‐FeOOH (Gao et al ., ). In the AOS–iron (III) spectrum, four new peaks at 853, 640, 594 and 556 cm −1 appeared, which showed that the polymerised iron cores of β‐FeOOH were present in AOS–iron (III) (Liang et al ., ; Wei & Nan, ).…”
Section: Resultsmentioning
confidence: 97%
“…The strong absorption was caused by the electron transfer transition band of ligand GLP80→Fe 3+ in the ultraviolet region. [26] The FT-IR spectra of GLP80 and GLP80-Fe (Figure 3b) were broadly similar since the major components of the backbone were GLP80 and had characteristic absorption peaks of polysaccharides. Broad absorption peaks of 3420 cm −1 implied the existence of hydroxyl groups.…”
Section: Characterization Of Glp80 and Glp80-fementioning
confidence: 91%