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2008, ISBN 0080453716, xii, 211
.... This book provides up-to-date results and information about compostable polymer materials in a coherent and comprehensive manner... 
Biodegradable plastics
Book
2005, ISBN 9780849317415, 875
..., written by experts in the field of biobased materials. 
Polymeric composites | Biopolymers | Fibers
Book
2009, 1. Aufl., ISBN 9781405167864, xix, 344
The unique nanoscale properties of renewable biomaterials present valuable opportunities in the field of nanoscience and technology... 
Science | Chemistry | Industrial & Technical | Renewable natural resources | Natural products | Nanostructured materials
Book
2011, 1st ed., ISBN 9781119994312, xviii, 334
"This book will cover the development and utilization of polymer films and coatings derived from non-petroleum, renewable resources from an applications... 
Biopolymers | Thin films | Coatings
Book
2012, ISBN 9781439851166, xiv, 402
.... Due to its availability and low cost, starch is a promising candidate among biopolymers for use in biodegradable packaging materials and for other... 
Biopolymers | Nanocomposites (Materials) | Biodegradable plastics
Book
Journal Article
Acta biomaterialia, ISSN 1742-7061, 09/2018, Volume 77, pp. 380 - 393
[Display omitted] Additively manufactured (AM) topologically ordered porous metallic biomaterials with the proper biodegradation profile offer a unique combination of properties ideal for bone regeneration... 
Biodegradation | Biocompatibility | Iron scaffolds | Additive manufacturing | Mechanical property | Direct metal printing | ORTHOPEDIC IMPLANTS | STENT APPLICATION | MECHANICAL-PROPERTIES | BIOMEDICAL IMPLANTS | CELL-DEATH | MAGNESIUM | IN-VITRO DEGRADATION | FE-PD | PURE IRON | BONE REGENERATION | Engineering | Materials Science | Technology | Engineering, Biomedical | Materials Science, Biomaterials | Science & Technology | Biocompatible Materials - chemistry | Humans | Iron - chemistry | Titanium - chemistry | Elasticity | Stress, Mechanical | Materials Testing | Bone Regeneration | Diamond | Absorbable Implants | Compressive Strength | Tissue Scaffolds | Magnesium - chemistry | Cell Line, Tumor | Porosity | Electrochemistry - methods | Electrochemistry | Biological products | Iron industry | Biodegradable materials | Cell culture | Surgical implants | Electrochemical analysis | Biodegradability | Toxicity | Porous materials | Grain | Diamonds | Cytotoxicity | Iron | Bone (trabecular) | Titanium base alloys | Mimicry | Biomaterials | Weight loss measurement | Time dependence | Bone growth | Unit cell | Biomedical materials | Magnesium | Crystal defects | Mechanical properties | Topology | Heavy metals | Cold rolling | Regeneration | Chromium | Surface area | Scaffolds | Index Medicus
Journal Article
Journal of the Royal Society interface, ISSN 1742-5662, 07/2008, Volume 5, Issue 27, pp. 1137 - 1158
.... In this framework, tremendous advances in the biomaterials field have been made in the last 50 years where materials intended for biomedical purposes have evolved through three different generations... 
Bioactive materials | Biodegradable materials | Tissue engineering | Bioinert materials | Biomaterials | Orthopaedics | Science & Technology - Other Topics | Multidisciplinary Sciences | Science & Technology | Prostheses and Implants | Biocompatible Materials | Orthopedics - methods | Humans | Index Medicus | orthopaedics | tissue engineering | biodegradable materials | bioinert materials | Review | biomaterials | bioactive materials
Journal Article