My research examines skeletal and dental systems in vertebrate and invertebrate animals to uncover shared
mechanisms
and
design principles
of
biomineralization
across development, mechanical performance, and evolution. The hallmark of my projects is true
interdisciplinarity, combined with intensive
digital data
processing and a strong sense for
aesthetic presentation. You don’t need to be a specialist to appreciate the elegance of nature’s solutions for biomineralized tissues — enjoy exploring!
Phosphatic skeletons in sharks, rays and chimaera fish
Introduction – The endoskeletons of cartilaginous fish
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The development of tesserae
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Biomineralization and ultrastructre of tesserae
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Cartilage or bone? Collagens in tesserae
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Learning from failing – Ectopic mineralization
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Flexible joints between tesserae
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Automated segmentation of complex biological tissues
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Multi-scale modeling and mechanical performance of natural tessellations
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Mechanics of 2D tilings as a function of geometry
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The evolution of tessellated cartilage
The multiscale architectures of skeletons