Organisms have been building hard parts since the Late Precambrian. In fact representatives of all Kingdoms are able to biomineralise in the form of granules, plates, tubes, shells, bones or teeth. Biomineralised structures are mainly compos- ites consisting of a mineralised component dispersed in an organic matrix and show an extraordinary diversity of microstructural arrangements and combinations. This wealth of diversity has stimulated a huge amount of interest and research, attracting the attention of biologists, materials scientists, archaeologists and palaeontologists and is increasingly using highly sophisticated techniques and interdisciplinary research to delve into the intricacies (e.g. DiMasi and Gower 2014)
Robust methods for the characterisation of microbial biosignatures in geological matrices is critica...
Introduction: Assessing the biological origin of microstructures present in rocky materials is very ...
Massive skeletons of living hypercalcified sponges, representative organisms of basal Metazoa, are u...
Biomineralization is a frequently used term in nanotechnology, astrobiology, geology, and medicine. ...
AbstractBiomineralization is the process by which metazoa form hard minerals for support, defense, a...
The evolutionary history of biomineralization in animals is crucial to our understanding of modern m...
This open access book is the proceedings of the 14th International Symposium on Biomineralization (B...
The geological record indicates that the major animal phyla began biomineralizing in a relatively s...
Including humans, many multicellular organisms produce similar hard tissues, such as bones, teeth, s...
International audienceBiomineralization, the capability exhibited by many living organisms to produc...
12-Amino-acid peptides with binding-selected sequences and random functional groups synthesize the s...
Prokaryotes have been shaping the surface of the Earth and impacting geochemical cycles for the past...
Organisms are capable of forming a diverse array of minerals, some of which cannot be formed inorgan...
A large variety of organisms are capable of synthesizing hard matter in a process called biominerali...
ABSTRACT The origin and expansion of biomineralization in eukaryotes played a critical role in Earth...
Robust methods for the characterisation of microbial biosignatures in geological matrices is critica...
Introduction: Assessing the biological origin of microstructures present in rocky materials is very ...
Massive skeletons of living hypercalcified sponges, representative organisms of basal Metazoa, are u...
Biomineralization is a frequently used term in nanotechnology, astrobiology, geology, and medicine. ...
AbstractBiomineralization is the process by which metazoa form hard minerals for support, defense, a...
The evolutionary history of biomineralization in animals is crucial to our understanding of modern m...
This open access book is the proceedings of the 14th International Symposium on Biomineralization (B...
The geological record indicates that the major animal phyla began biomineralizing in a relatively s...
Including humans, many multicellular organisms produce similar hard tissues, such as bones, teeth, s...
International audienceBiomineralization, the capability exhibited by many living organisms to produc...
12-Amino-acid peptides with binding-selected sequences and random functional groups synthesize the s...
Prokaryotes have been shaping the surface of the Earth and impacting geochemical cycles for the past...
Organisms are capable of forming a diverse array of minerals, some of which cannot be formed inorgan...
A large variety of organisms are capable of synthesizing hard matter in a process called biominerali...
ABSTRACT The origin and expansion of biomineralization in eukaryotes played a critical role in Earth...
Robust methods for the characterisation of microbial biosignatures in geological matrices is critica...
Introduction: Assessing the biological origin of microstructures present in rocky materials is very ...
Massive skeletons of living hypercalcified sponges, representative organisms of basal Metazoa, are u...