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Investigates mechanical properties of biomimetic scaffolds, suggesting improved bone regeneration.
) of the scaffolds all fall within the physiological range of human bone tissue. At porosity levels of 44.4%-74.1%, the flow field and pressure environment were favorable for mass transfer. Then, using strontium- and magnesium-doped calcium silicate/biphasic calcium phosphate (Sr-Mg-CS/BCP) composite material and stereolithography printing technology, micron-scale scaffolds with precision and performance highly consistent with the design presets were successfully fabricated. The heterogeneous gradient pore biomimetic parametric modeling method proposed in this paper provides a crucial methodological foundation for the structural optimization of biomimetic bone scaffolds.
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Wei et al. (2026) studied this question.
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