HIGHLIGHTS
SUMMARY
Through information visualization (Cooper, 2015; Deng et_al, 2022). Biomaterials have been widely used in fields of orthopedic implants over the past few decades, as injuries, joint and spinal diseases have increased and materials processing has improved (Lin et_al, 2017; Kaur and Singh, 2019). The primary role of orthopedic implants, in the beginning, was to replace the bone tissue defects or maintain the morphology of bone tissue and bear certain stress effects (Navarro et_al, 2008; Van Der Stok et_al, 2011). Ti6Al4V widely used in clinical practice has poor osseointegration performance, which limits its early biological . . .
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