Add to ORKGSea urchins are marine animals that crystallize calcite as the major skeleton building material. Regular sea urchins consist of a spherically shaped, calcitc exoskeleton onto that the spines are attached in a radial arrangement. We investigated the Ultrastructure of teh eSpines by means of EBSD and TEM
15 pagesInternational audienceCalcified structures of sea urchins are biocomposite materials that co...
We investigated the plasticity of spines of the burrowing heart urchin Echinocardium cordatum inhabi...
This exquisite sea urchin forms part of the collection at the University of Arkansas Museum. While a...
Sea urchins are marine animals that crystallize calcite as the major skeleton building material. Reg...
The endoskeletal structure of the Sea Urchin, Centrostephanus rodgersii, has numerous long spines wh...
Sea urchins have characteristic spines that fulfil critical functions. Several studies revealed mark...
Sea urchin spines of Holopneustes porossisimus are porous singlecrystals, with the pores being fille...
Structuring overmany length scales is a design strategy widely used in Nature to create materials wi...
Sea urchin spines have been studied for numerous reasons including their crystallographic and chemic...
Biomineralization processes in living organisms result in the formation of skeletal elements with co...
peer reviewedCidaroid sea urchins are the sister clade to all other extant echinoids and have numero...
Sea Urchins @. Echlnodems cl. Echinoidea) with their geodesic dome shape, over 1,000 spines and at t...
Cidaroid sea urchins are the sister clade to all other extant echinoids and have numerous unique fea...
Structuring over many length scales is a design strategy widely used in Nature to create materials w...
Cidaroid sea urchins are the sister clade to all other extant echinoids and have numerous unique fea...
15 pagesInternational audienceCalcified structures of sea urchins are biocomposite materials that co...
We investigated the plasticity of spines of the burrowing heart urchin Echinocardium cordatum inhabi...
This exquisite sea urchin forms part of the collection at the University of Arkansas Museum. While a...
Sea urchins are marine animals that crystallize calcite as the major skeleton building material. Reg...
The endoskeletal structure of the Sea Urchin, Centrostephanus rodgersii, has numerous long spines wh...
Sea urchins have characteristic spines that fulfil critical functions. Several studies revealed mark...
Sea urchin spines of Holopneustes porossisimus are porous singlecrystals, with the pores being fille...
Structuring overmany length scales is a design strategy widely used in Nature to create materials wi...
Sea urchin spines have been studied for numerous reasons including their crystallographic and chemic...
Biomineralization processes in living organisms result in the formation of skeletal elements with co...
peer reviewedCidaroid sea urchins are the sister clade to all other extant echinoids and have numero...
Sea Urchins @. Echlnodems cl. Echinoidea) with their geodesic dome shape, over 1,000 spines and at t...
Cidaroid sea urchins are the sister clade to all other extant echinoids and have numerous unique fea...
Structuring over many length scales is a design strategy widely used in Nature to create materials w...
Cidaroid sea urchins are the sister clade to all other extant echinoids and have numerous unique fea...
15 pagesInternational audienceCalcified structures of sea urchins are biocomposite materials that co...
We investigated the plasticity of spines of the burrowing heart urchin Echinocardium cordatum inhabi...
This exquisite sea urchin forms part of the collection at the University of Arkansas Museum. While a...