Journal of Nanomaterials / 2021 / Article / Tab 1 / Research Article
Synthesis, Structural Characterization, Degradation Rate, and Biocompatibility of Magnesium-Carbonate Apatite (Mg-Co3 Ap) Composite and Its Potential as Biodegradable Orthopaedic Implant Base Material Table 1 Results of the first indirect biocompatibility test.
Specimen Survivability at 24 hours (±SD) Survivability at 48 hours (±SD) Survivability at 72 hours (±SD) Blank media 0.000 0.000 0.000 Control media with cells only 100.000 100.000 100.000 Pure magnesium 18.421 (±0.153) 24.211 0.000 Mg-5CA 3 hours of milling time 56.316 (±00.115) 44.737 (±0.147) 0.000 (±0.174) Mg-10CA 3 hours of milling time 70.000 (±0.102) 32.105 (±0.127) 23.684 (±0.176) Mg-15CA 3 hours of milling time 85.263 (±0.088) 47.895 (±0.139) 11.579 (±0.148) Mg-5CA 5 hours of milling time 4.211 (±0.168) 53.684 (±0.123) 35.789 (±0.161) Mg-10CA 5 hours of milling time 35.263 (±0.136) 63.158 (±0.118) 23.158 (±0.136) Mg-15CA 5 hours of milling time 0.000 (±0.175) 44.211 (±0.109) 44.737 (±0.149) Mg-5CA 7 hours of milling time 64.211 (±0.108) 6.842 (±0.127) 0.000 (±0.127) Mg-10CA 7 hours of milling time 85.789 (±0.088) 14.737 (±0.165) 0.000 (±0.180) Mg-15CA 7 hours of milling time 66.842 (±0.105) 36.316 (±0.157) 0.000 (±0.179)