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Journal of dental research, ISSN 1544-0591, 11/2016, Volume 86, Issue 5, pp. 426 - 430
Rationally designed β-sheet-forming peptides that spontaneously form three-dimensional fibrillar scaffolds in response to specific environmental triggers may potentially be used in skeletal tissue engineering, including... 
Self-assembly | Hydroxyapatite | Biomimetic | Peptides | Scaffolds | Remineralization | Life Sciences & Biomedicine | Dentistry, Oral Surgery & Medicine | Science & Technology | Tooth Remineralization - methods | Tissue Engineering - methods | Dental Caries - therapy | Peptides - chemistry | Protein Structure, Secondary | Humans | Crystallization | Durapatite - chemistry | Biomimetic Materials - chemistry | Dental Enamel - chemistry | Hydrogen-Ion Concentration | Index Medicus | Dentistry
Journal Article
Journal Article
Acta biomaterialia, ISSN 1742-7061, 07/2010, Volume 6, Issue 7, pp. 2511 - 2517
Selective laser sintering (SLS) enables the fabrication of complex geometries with the intricate and controllable internal architecture required in the field... 
Mechanical properties | Selective laser sintering | Accuracy | Biodegradable | Scaffold | Engineering | Materials Science | Technology | Engineering, Biomedical | Materials Science, Biomaterials | Science & Technology | Hydroxyapatites - chemistry | Caproates - chemistry | Lasers | Lactones - chemistry | Index Medicus
Journal Article
Journal of biomedical materials research. Part A, ISSN 1549-3296, 03/2019, Volume 107, Issue 3, pp. 631 - 642
Incorporation of hydroxyapatite (HA) into polymer networks is a promising strategy to enhance the mechanical properties and osteoinductivity of the composite scaffolds for bone tissue engineering... 
nanoparticles | strontium‐substituted hydroxyapatite | osteogenic differentiation | poly(propylene fumarate) | strontium | strontium-substituted hydroxyapatite | Engineering | Materials Science | Technology | Engineering, Biomedical | Materials Science, Biomaterials | Science & Technology | Cell Line | Nanocomposites - chemistry | Osteogenesis - drug effects | Fumarates - chemistry | Durapatite - chemistry | Polypropylenes - pharmacology | Strontium - chemistry | Tissue Scaffolds - chemistry | Animals | Strontium - pharmacology | Fumarates - pharmacology | Durapatite - pharmacology | Polypropylenes - chemistry | Cell Differentiation | Mice | Strontium | Propylene | Atomic force microscopy | Cell proliferation | Alkaline phosphatase | Surgical implants | Atomic beam spectroscopy | Calcium | Differentiation (biology) | Cytology | Staining | Hydroxyapatite | Cell morphology | Cell adhesion & migration | Nanoparticles | Biomedical materials | Energy transmission | Cell adhesion | Biocompatibility | Bones | Energy dispersive X ray spectroscopy | Scanning electron microscopy | Spectroscopy | Osteocalcin | Tissue engineering | Mechanical properties | Crosslinking | Polypropylene fumarate | Transmission electron microscopy | Composite materials | Nanocomposites | Morphology | Disks | Scaffolds | Osteogenesis | Index Medicus
Journal Article
Bone (New York, N.Y.), ISSN 8756-3282, 2008, Volume 42, Issue 6, pp. 1226 - 1234
Journal Article