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1. Full Text Synthesis methods for nanosized hydroxyapatite with diverse structures
by Sadat-Shojai, Mehdi and Khorasani, Mohammad-Taghi and Dinpanah-Khoshdargi, Ehsan and Jamshidi, Ahmad
Acta biomaterialia, ISSN 1742-7061, 08/2013, Volume 9, Issue 8, pp. 7591 - 7621
Nanoparticles | Bioceramics | Calcium phosphate | Hydroxyapatite | Bone | Engineering | Materials Science | Technology | Engineering, Biomedical | Materials Science, Biomaterials | Science & Technology | Bone Substitutes - chemical synthesis | Nanoparticles - chemistry | Crystallization - methods | Nanoparticles - ultrastructure | Durapatite - chemical synthesis | Index Medicus | Biomedical materials | Nanocrystals | Nanocomposites | Nanomaterials | Biochemistry | Nanostructure
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2. Full Text Influence of hydroxyapatite granule size, porosity, and crystallinity on tissue reaction in vivo. Part A: synthesis, characterization of the materials, and SEM analysis
by Maté Sánchez de Val, José E and Calvo‐Guirado, José L and Gómez‐Moreno, Gerardo and Pérez‐Albacete Martínez, Carlos and Mazón, Patricia and De Aza, Piedad N
Clinical oral implants research, ISSN 0905-7161, 11/2016, Volume 27, Issue 11, pp. 1331 - 1338
synthesis | hydroxyapatite | SEM | characterization | in vivo | Osseointegration | Rabbits | Microscopy, Electron, Scanning | Biocompatible Materials - chemistry | Crystallization | Durapatite - chemistry | Male | Materials Testing | Tibia - surgery | Durapatite - chemical synthesis | Biocompatible Materials - chemical synthesis | Particle Size | Animals | X-Ray Diffraction | Surface Properties | Bone Substitutes - chemical synthesis | Porosity | Bone Substitutes - chemistry | Biological products | Chemical properties | Analysis | Surgical implants | Crystal defects | Materials substitution | X-ray diffraction | Implantation | Substitute bone | Hydroxyapatite | Chemical degradation | Crystallinity | Biomaterials | Bone growth | Biomedical materials | Bone biomaterials | Granular materials | Chemical synthesis | Osteogenesis | Crystal structure | Dentistry
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3. Full Text Wet chemical synthesis of chitosan hydrogel–hydroxyapatite composite membranes for tissue engineering applications
by Madhumathi, K and Shalumon, K.T and Rani, V.V. Divya and Tamura, H and Furuike, T and Selvamurugan, N and Nair, S.V and Jayakumar, R
International journal of biological macromolecules, ISSN 0141-8130, 2009, Volume 45, Issue 1, pp. 12 - 15
Composite membranes | Chitosan hydrogel membranes | Hydroxyapatite | Tissue engineering | Biomaterials | Biochemistry & Molecular Biology | Physical Sciences | Chemistry | Life Sciences & Biomedicine | Chemistry, Applied | Polymer Science | Science & Technology | Materials Testing - methods | Tissue Engineering - instrumentation | Microscopy, Electron, Scanning | Chitosan - chemistry | Hydrogel, Polyethylene Glycol Dimethacrylate - chemistry | Tissue Engineering - methods | X-Ray Diffraction | Membranes, Artificial | Microscopy, Atomic Force | Durapatite - chemistry | Hydrogel, Polyethylene Glycol Dimethacrylate - chemical synthesis | Spectroscopy, Fourier Transform Infrared | Mechanical properties | Atomic force microscopy | Chitin | Biological products | Chemical synthesis | Hydroxylapatite | Index Medicus
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4. Full Text Synthesis and characterization of bioactive hydroxyapatite–calcite nanocomposite for biomedical applications
by Kumar, G. Suresh and Girija, E.K and Thamizhavel, A and Yokogawa, Y and Kalkura, S. Narayana
Journal of colloid and interface science, ISSN 0021-9797, 2010, Volume 349, Issue 1, pp. 56 - 62
Hydroxyapatite | Nanocomposite | Sol–gel method | Citric acid | Sol-gel method | Physical Sciences | Chemistry | Chemistry, Physical | Science & Technology | General and physical chemistry | Colloidal gels. Colloidal sols | Colloidal state and disperse state | Exact sciences and technology | Microscopy, Electron, Scanning | Nanocomposites - chemistry | Biocompatible Materials - chemistry | Thermogravimetry | Durapatite - chemistry | Spectroscopy, Fourier Transform Infrared | Phase Transition | Calcium Carbonate - chemistry | Durapatite - chemical synthesis | Biocompatible Materials - chemical synthesis | Citric Acid - chemistry | X-Ray Diffraction | Calcium Carbonate - chemical synthesis | Nanocomposites - ultrastructure | Chemical properties | Hydroxylapatite | Biomedical engineering | Index Medicus | Synthesis | Nanocomposites | Sol gel process | Calcium carbonate | Nanomaterials | Nanostructure
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5. Full Text Hydrothermal synthesis of porous triphasic hydroxyapatite/(α and β) tricalcium phosphate
by Vani, R and Vani, R and Girija, E K and Girija, E K and Elayaraja, K and Elayaraja, K and Prakash Parthiban, S and Prakash Parthiban, S and Kesavamoorthy, R and Kesavamoorthy, R and Narayana Kalkura, S and Narayana Kalkura, S
Journal of materials science. Materials in medicine, ISSN 0957-4530, 12/2009, Volume 20, Issue S1, pp. 43 - 48
Polymer Sciences | Ceramics, Glass, Composites, Natural Methods | Characterization and Evaluation of Materials | Material Science | Metallic Materials | Surfaces and Interfaces, Thin Films | Biomaterials | Biocompatible Materials - chemistry | Calcium Phosphates - chemistry | Durapatite - chemistry | Materials Testing | Body Fluids - physiology | Hot Temperature | Water - pharmacology | Durapatite - chemical synthesis | Biocompatible Materials - chemical synthesis | Algorithms | X-Ray Diffraction | Calcium Phosphates - chemical synthesis | Bone Substitutes - chemical synthesis | Porosity | Electroplating - methods | Chemical Engineering - methods | Bone Substitutes - chemistry | Calcium phosphate | Organic acids | Hydroxylapatite | Surgical implants | Ascorbic acid | Calcium | Hydroxyapatite | Calcium phosphates | Tricalcium phosphate | Body fluids | Pore size | Biomedical materials | Hydrothermal treatment | Biocompatibility | In vitro methods and tests | Low temperature | Index Medicus
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6. Full Text Synthesis and characterization of chitosan–multiwalled carbon nanotubes/hydroxyapatite nanocomposites for bone tissue engineering
by Chen, Li and Hu, Jingxiao and Shen, Xinyu and Tong, Hua
Journal of materials science. Materials in medicine, ISSN 0957-4530, 8/2013, Volume 24, Issue 8, pp. 1843 - 1851
Polymer Sciences | Ceramics, Glass, Composites, Natural Methods | Characterization and Evaluation of Materials | Material Science | Metallic Materials | Surfaces and Interfaces, Thin Films | Biomaterials | Engineering | Materials Science | Technology | Engineering, Biomedical | Materials Science, Biomaterials | Science & Technology | Fundamental and applied biological sciences. Psychology | Technology. Biomaterials. Equipments | Biotechnology | Miscellaneous | Health. Pharmaceutical industry | Industrial applications and implications. Economical aspects | Biological and medical sciences | Medical sciences | Surgery (general aspects). Transplantations, organ and tissue grafts. Graft diseases | Bone and Bones - physiology | Tissue Engineering - methods | Nanocomposites - chemistry | Coated Materials, Biocompatible - chemical synthesis | Osteoblasts - drug effects | Osteoblasts - physiology | Cells, Cultured | Coated Materials, Biocompatible - pharmacology | Bone Substitutes - pharmacology | Coated Materials, Biocompatible - chemistry | Durapatite - chemistry | Materials Testing | Tissue Engineering - instrumentation | Animals | Chitosan - chemistry | Models, Biological | Nanotubes, Carbon - chemistry | Durapatite - pharmacology | Chitosan - pharmacology | Cell Proliferation - drug effects | Mice | Bone Substitutes - chemical synthesis | Bone Substitutes - chemistry | Bone and Bones - cytology | Biological products | Adsorption | Tissue engineering | Analysis | Nanotubes | Chemical properties | Rain and rainfall | Nanotechnology | Biomedical materials | Nanocomposites | Orthopedics | Materials science | Biosynthesis | Index Medicus | Surgical implants | Carbon nanotubes | Bones | Hydroxyapatite | Chitosan | Multi wall carbon nanotubes
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