Advanced Biomechanics in Bone Tissue Engineering
A special issue of Biomimetics (ISSN 2313-7673).
Deadline for manuscript submissions: closed (25 June 2024) | Viewed by 824
Special Issue Editor
Interests: materials science characterization; materials science engineering; biomaterials; biomechanics; advanced manufacturing
Special Issues, Collections and Topics in MDPI journals
Special Issue Information
Dear Colleagues,
Bone tissue engineering is a complex and dynamic bone remodeling process which requires the recruitment of osteoprogenitor cells, their proliferation, differentiation, and matrix formation. Innovative bone scaffolds and implants should provide mechanical support during the repair and regeneration of damaged or diseased bones, ensuring suitable biomechanical and biochemical environments to support normal cellular activity and molecular signaling systems.
A bioinspired and biomimetic approach will explore the potentiality of evolution-engineered natural materials showing not regular and orthotropic trabecular micro-structures such as those of the cancellous bone, marine sponge, leaves, or wood. Animal and vegetal reigns trabecular materials exploit anisotropy and morphology, increasing their functional efficiency, not only placing material where most is needed to resist applied loads but also introducing the ability to promote and facilitate bone regeneration.
Modern medicine is taking advantage of continuous progress in biomedical engineering. This Special Issue is dedicated to presenting the most promising recent research advancements of new biomimetic hybrid materials, scaffolds and implants, and innovative biomechanical research approaches, as well as reviewing results from a broad category related to applications using biomimetic architected structures in metals, ceramics, polymers, and their combinations in nanocomposites and hybrid materials.
The bone tissue biomechanics topics to exploit include, but are not limited to, the use of targeted biomolecules, mechanical properties, multi-scale porous scaffolds involving both micro and macro porosities, new structural controlled rate bioresorbable scaffolds, and engineering aspects such as design and 3D-additive fabrication techniques outlining the convergence between clinical applications and biomedical engineering from the perspective of innovative materials science and technologies.
Dr. Raffaella Aversa
Guest Editor
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Keywords
- bone tissue engineering
- biomechanically active scaffolds
- metal additive scaffold manufacturing
- structural bioresorbable materials
- architected metamaterials
- multiscale porous scaffolds
- bioactive coatings and membranes
- metallic smart biomaterials
- ceramic smart biomaterials
- polymeric smart biomaterials
- biomechanics
- biomimetics
- nanocomposites
- hybrid materials
- bioresorbable ceramics
- bioresorbable polymers
- bioresorbable metals
- polymer composites and nanomaterials
- ceramic–polymeric hybrid systems
- hybrid smart structures
- functional biocoatings
- new theoretical approaches for biomimetic material and prostheses
- bionic prostheses based on smart materials
- shape memory alloys
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