Bioactive composites produced in situ on the basis of calcium phosphates and lactic acid oligomers

L. A. Rasskazova, D. N. Lytkina, Ye G. Shapovalova, V. V. Botvin, M. A. Pozdnyakov, A. G. Filimoshkin, N. M. Korotchenko, V. V. Kozik

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Abstract

Composites based on lactic acid oligomers, calcium hydrophosphate and hydroxyapatite synthesized under the action of microwave radiation were obtained in situ. The appearance of a new band associated with stretching vibrations of >C=O in spectra of the chloroform-insoluble fraction is indicative of the chemical interaction between lactic acid and hydroxyapatite. To determine whether a calcium phosphate layer can be formed on the surface of composite samples, biomimetic studies in a physiological SBF solution were carried out during 28 days at 37 C. It was found that all samples containing calcium phosphates promote active formation of a new calcium phosphate layer, whereas lactic acid oligomer in samples containing no inorganic component undergoes destruction in the SBF solution as a result of hydrolysis. The estimate of the resorption rate demonstrated that the solubility of calcium phosphates contained in the composites at 20 C in the physiological solution is 3-7 times that of pure hydroxyapatite.

Original language	English
Pages (from-to)	669-675
Number of pages	7
Journal	Russian Journal of Applied Chemistry
Volume	88
Issue number	4
DOIs	https://doi.org/10.1134/S1070427215040205
Publication status	Published - 23 Apr 2015

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ASJC Scopus subject areas

Chemistry(all)
Chemical Engineering(all)

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Rasskazova, L. A., Lytkina, D. N., Shapovalova, Y. G., Botvin, V. V., Pozdnyakov, M. A., Filimoshkin, A. G., ... Kozik, V. V. (2015). Bioactive composites produced in situ on the basis of calcium phosphates and lactic acid oligomers. Russian Journal of Applied Chemistry, 88(4), 669-675. https://doi.org/10.1134/S1070427215040205

Bioactive composites produced in situ on the basis of calcium phosphates and lactic acid oligomers. / Rasskazova, L. A.; Lytkina, D. N.; Shapovalova, Ye G.; Botvin, V. V.; Pozdnyakov, M. A.; Filimoshkin, A. G.; Korotchenko, N. M.; Kozik, V. V.

In: Russian Journal of Applied Chemistry, Vol. 88, No. 4, 23.04.2015, p. 669-675.

Research output: Contribution to journal › Article

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abstract = "Composites based on lactic acid oligomers, calcium hydrophosphate and hydroxyapatite synthesized under the action of microwave radiation were obtained in situ. The appearance of a new band associated with stretching vibrations of >C=O in spectra of the chloroform-insoluble fraction is indicative of the chemical interaction between lactic acid and hydroxyapatite. To determine whether a calcium phosphate layer can be formed on the surface of composite samples, biomimetic studies in a physiological SBF solution were carried out during 28 days at 37 C. It was found that all samples containing calcium phosphates promote active formation of a new calcium phosphate layer, whereas lactic acid oligomer in samples containing no inorganic component undergoes destruction in the SBF solution as a result of hydrolysis. The estimate of the resorption rate demonstrated that the solubility of calcium phosphates contained in the composites at 20 C in the physiological solution is 3-7 times that of pure hydroxyapatite.",

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AU - Botvin, V. V.

AU - Pozdnyakov, M. A.

AU - Filimoshkin, A. G.

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AU - Kozik, V. V.

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AB - Composites based on lactic acid oligomers, calcium hydrophosphate and hydroxyapatite synthesized under the action of microwave radiation were obtained in situ. The appearance of a new band associated with stretching vibrations of >C=O in spectra of the chloroform-insoluble fraction is indicative of the chemical interaction between lactic acid and hydroxyapatite. To determine whether a calcium phosphate layer can be formed on the surface of composite samples, biomimetic studies in a physiological SBF solution were carried out during 28 days at 37 C. It was found that all samples containing calcium phosphates promote active formation of a new calcium phosphate layer, whereas lactic acid oligomer in samples containing no inorganic component undergoes destruction in the SBF solution as a result of hydrolysis. The estimate of the resorption rate demonstrated that the solubility of calcium phosphates contained in the composites at 20 C in the physiological solution is 3-7 times that of pure hydroxyapatite.

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10.1134/S1070427215040205