Literature data of different rat experiments which measured the <i>ex vivo</i> callus stiffness (<i>K<sub>c,ex vivo</sub></i>) at healing time point <i>t<sub>H</sub></i>. <i>K<sub>c,sim</sub></i> is the callus stiffness, obtained by numerical simulation applying the same bodyweight (<i>BW</i>), axi
收藏资源简介：
*Interquartile range,**simulated with a bodyweight of 450 g. #1−2: develop a pseudarthrosis model with large fracture gap. #3–6: examine torsional callus stiffness over healing time. #7: develops a reproducible standardized rat bone healing model. #8–11: investigate mechanical impact on fracture healing in aged rats. #12–13: contribution of mesenchymal stem cells to sex-specific differences in bone healing. #14–15: investigate the influence of early dynamization on fracture healing. #16: examine the influence of gender and fixation stability on bone defect healing. #17–19: develop a reproducible atrophic non-union. #20–21: investigate how blunt chest trauma impairs fracture healing in rats. Literature data of different rat experiments which measured the ex vivo callus stiffness (Kc,ex vivo) at healing time point tH. Kc,sim is the callus stiffness, obtained by numerical simulation applying the same bodyweight (BW), axial fixation stiffness (Kax) and fracture gap size (Sfr) as the respective in vivo experiment.
