首页> 外文会议>DAE Solid State Physics Symposium >Investigation of xFe_2O_4 (x= Mn, Co) Doped Hydroxylapatite Ferromagnetic Biomaterials for the Treatment of Damaged Bone and Magnetically Targeted Drug Delivery Systems
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Investigation of xFe_2O_4 (x= Mn, Co) Doped Hydroxylapatite Ferromagnetic Biomaterials for the Treatment of Damaged Bone and Magnetically Targeted Drug Delivery Systems

机译:XFE_2O_4(X = MN,CO)掺杂羟基刚素铁磁性生物材料治疗受损骨和磁性靶向药物输送系统的掺杂液

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Magnetically attracted MnFe_2O_4 and CoFe_2O_4 doped hydroxylapatite samples have been prepared by using co-precipitation method in the laboratory. Bioactive nature of samples has been confirmed from XRD spectra. Ferromagnetic behavior of samples has been studied by using vibration sample magnetometer. Human osteoblast cell line MG63 has been used to explore the cell viability of samples. Drug carrier ability of samples has been checked with gentamycin as an antibiotic and results show that samples can be used as excellent drug carriers. Drug loaded samples can be easily targeted to specific area due to their attractive nature towards external magnetic field. Our results indicate that prepared samples possess good bioactive as well as ferromagnetic behavior with drug carrier ability and hence, our samples can be potential candidates for the clinical applications.
机译:通过在实验室中使用共沉淀法制备磁性吸引的MNFE_2O_4和COFE_2O_4掺杂的羟基磷灰石样品。已经从XRD光谱证实了样品的生物活性性质。使用振动样品磁力计研究了样品的铁磁性行为。人成骨细胞系MG63已被用于探索样品的细胞活力。样品的药物载体能力已经用庆大霉素作为抗生素检查,结果表明样品可用作优异的药物载体。由于其对外部磁场的吸引性,可以容易地针对特定区域容易地瞄准药物。我们的结果表明,制备的样品具有良好的生物活性以及具有药物载体能力的铁磁性行为,因此我们的样品可以是临床应用的潜在候选者。

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