Aragonite nacre is commonly found in the shells of molluscs, while semi nacre has been observed in the shells of organisms from two phyla: the Brachiopoda and the Bryozoa. Calcite semi nacre and aragonite nacre display similar morphologies with laminae composed of tablets that grow by screw dislocation. This study uses electron backscatter diffraction to compare the crystallography of calcite semi nacre from the shell of the Craniid brachiopod Novocrania huttoni with aragonite nacre from the shell of the bivalve mollusc Mytilus edulis. Semi nacre and nacre are similar in morphology but ultimately have different crystallography. In N. huttoni calcite semi nacre, the c-axis lies parallel to the laminae of the secondary layer of the shell. In ...
Electron backscatter diffraction is used to characterize the transition interface between aragonite ...
Nacre, or mother-of-pearl, the iridescent inner layer of many mollusk shells, is a biomineral lamell...
Biocrystals of calcite are frequent as they are employed by many phylae of organisms in shells, eggs...
Aragonite nacre is commonly found in the shells of molluscs, while semi nacre has been observed in t...
Electron backscatter diffraction (EBSD) is used to determine the detailed crystallographic orientati...
The knowledge of how mineral-producing organisms exert precise control on their crystallographic ori...
Electron backscatter diffraction is used to characterize the transition interface between aragonite ...
The control exerted by some invertebrates on the calcium carbonate polymorph produced is intriguing ...
The inner layer of many bivalve and gastropod molluscs consists of iridescent nacre, a material that...
Crossed-lamellar microstructures are the most common shell-forming biomaterials in mollusks. Because...
Nacre is the inner iridescent layer in the shells of snails and mussels. It is composed of mineral p...
Closely related mineral-producing organisms share common biomineralisation processes. We demonstrate...
International audienceThe two layers of the shell of a living fossil, Neotrigonia, were examined usi...
Calcium carbonate biominerals are frequently analysed in materials science due to their abundance, d...
International audienceMollusc shells are complex organomineral structures, the arrangement and compo...
Electron backscatter diffraction is used to characterize the transition interface between aragonite ...
Nacre, or mother-of-pearl, the iridescent inner layer of many mollusk shells, is a biomineral lamell...
Biocrystals of calcite are frequent as they are employed by many phylae of organisms in shells, eggs...
Aragonite nacre is commonly found in the shells of molluscs, while semi nacre has been observed in t...
Electron backscatter diffraction (EBSD) is used to determine the detailed crystallographic orientati...
The knowledge of how mineral-producing organisms exert precise control on their crystallographic ori...
Electron backscatter diffraction is used to characterize the transition interface between aragonite ...
The control exerted by some invertebrates on the calcium carbonate polymorph produced is intriguing ...
The inner layer of many bivalve and gastropod molluscs consists of iridescent nacre, a material that...
Crossed-lamellar microstructures are the most common shell-forming biomaterials in mollusks. Because...
Nacre is the inner iridescent layer in the shells of snails and mussels. It is composed of mineral p...
Closely related mineral-producing organisms share common biomineralisation processes. We demonstrate...
International audienceThe two layers of the shell of a living fossil, Neotrigonia, were examined usi...
Calcium carbonate biominerals are frequently analysed in materials science due to their abundance, d...
International audienceMollusc shells are complex organomineral structures, the arrangement and compo...
Electron backscatter diffraction is used to characterize the transition interface between aragonite ...
Nacre, or mother-of-pearl, the iridescent inner layer of many mollusk shells, is a biomineral lamell...
Biocrystals of calcite are frequent as they are employed by many phylae of organisms in shells, eggs...