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Bone Regeneration In Critical-size Defects Of The Mandible Using Biomechanically Adapted CAD/CAM Hybrid Scaffolds: An In Vivo Study In Miniature Pigs
Check out one of the pictures featuring the Bone regeneration in critical-size defects of the mandible using biomechanically adapted CAD/CAM hybrid scaffolds: An in vivo study in miniature pigs. Several images associated with the Bone regeneration in critical-size defects of the mandible using biomechanically adapted CAD/CAM hybrid scaffolds: An in vivo study in miniature pigs can be utilized as your point of reference. Below, you'll find some extra pictures related to the Bone regeneration in critical-size defects of the mandible using biomechanically adapted CAD/CAM hybrid scaffolds: An in vivo study in miniature pigs.
Title: Nanomaterials | free full-text | novel inorganic nanomaterial-basedNanomaterials | free full-text | novel inorganic nanomaterial-based.
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Title: Frontiers | bioprinting for bone tissue engineeringFrontiers | bioprinting for bone tissue engineering.
