Abstract
Modern materials design is largely based on composite structures aimed at a synergistic integration of multiple components with a diverse range of properties. Biologically grown minerals provide an intriguing example of sophisticated organic–inorganic nanocomposite structures resulting in excellent mechanical characteristics. Among the mineral phases utilized by living organisms to generate hard tissues, calcium carbonate—especially the calcite polymorph—is ubiquitous and has been studied intensively. Biogenic calcite crystals often show hierarchical organization spanning multiple length scales, and the occluded organic phases are now known to be intimately associated with the mineral host. Here, we discuss the internal micro- and nanostructure of two selected types of calcite biominerals—the sea urchin spine and prismatic single crystals extracted from mollusk shells. This article highlights recent advances in translating the key principles of biological mineralization into design strategies for synthetic materials and presents analogies between biogenic and synthetic calcite single crystals.
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Acknowledgements
This work was supported by the Engineering and Physical Sciences Research Council via grants EP/J018589/1and EP/ H005374/1 (YYK), and Programme Grant ASS EP/I001514/1 which funds the Materials Interface with Biology Consortium. A.S.S. further acknowledges financial support from the Deutsche Forschungsgemein-Schaft. The authors would like to thank Fiona Meldrum and Sabine Ludwigs for valuable advice and inspiring discussions. The authors are grateful to Alex N. Kulak for recording SEM images of Atrina rigida prisms and sea urchin skeletal elements. Andreas Verch is acknowledged for kindly providing an electron micrograph of a coccosphere.
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Schenk, A.S., Kim, YY. Unraveling the internal microstructure of biogenic and bioinspired calcite single crystals. MRS Bulletin 40, 499–508 (2015). https://doi.org/10.1557/mrs.2015.100
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DOI: https://doi.org/10.1557/mrs.2015.100