Research area
Biomaterials & Bioinspired Engineering
Materials for biological use and engineering inspired by living systems, including dental materials from either previous root.
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Evidence date ·A polymer under study for tissue repair appears as films, scaffolds and fiber mats
Review or Meta-AnalysisA 2021 review describes three forms of poly(glycerol sebacate)—films, porous scaffolds and fiber mats—and how researchers can adjust its properties.
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Evidence date ·Why aligned PLLA chains matter for an electrical response
Peer-Reviewed PaperA 2026 review links aligned chains in a resorbable polymer to an electrical response and surveys proposed sensors and scaffolds. It does not establish patient benefit.
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Evidence date ·Why chain alignment matters for resorbable sensors
Review or Meta-AnalysisA 2026 review explains how aligned PLLA responds electrically to deformation and surveys possible sensors, actuators and scaffolds. Clinical benefit remains unproven.
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Evidence date ·Could four materials share the work of tissue repair?
Review or Meta-AnalysisA review proposes combining cellulose, hydroxyapatite, MXenes and metal particles. The scaffold’s performance and biological safety remain unproven.
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Evidence date ·Putting insulin’s bone-remodeling role into oral repair materials
Review or Meta-AnalysisInsulin may affect bone formation and breakdown. A review explores delivery materials, but its abstract cannot establish treatment benefit or safety.
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Evidence date ·What could porous drug carriers and bioactive glass do for tissue repair?
Peer-Reviewed PaperBioactive glass and porous drug carriers combine useful functions in scaffolds, coatings and hydrogels, but degradation and safety constrain their medical promise.
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Evidence date ·What can honeycombs and wood teach us about stronger panels?
Review or Meta-AnalysisA review connects nature-inspired shapes, layer bonds, modeling, and 3D printing to lighter panels, while showing why reliable manufacturing remains a challenge.
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Evidence date ·How plant fibers could help engineers tailor plates for broken bones
Review or Meta-AnalysisA review explains why fracture-plate stiffness matters, how plant fibers reinforce plastic resin, and why fiber strength alone cannot predict implant performance.
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Evidence date ·Smarter spinal-fusion cage designs face an unsettled test of patient benefit
Review or Meta-AnalysisTitanium, PEEK plastic, 3D printing, biodegradable materials and expandable cages address different fusion problems, with mixed evidence of patient benefit.
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Evidence date ·Making magnesium materials suitable for bone healing
Review or Meta-AnalysisMagnesium’s strength interests bone-repair researchers. A review explores how changing its composition, surface or material combinations could manage breakdown.