Add to ORKGDecalcified coral was used as a model for osteoporosis in trabecular bone. Seven coral samples were incrementally decalcified to 31% mass loss. Porous density changes from decalcification match porous density changes in osteoporitic bone. Magnified digital images perpendicular to the growth axis, were analyzed using the mean intercept length method. Young\u27s modulus and the yield point were determined from a compression test. Results comparing morphometric and compression test values confirm similar values and trends between equivalent comparisons in osteoporitic bone
Ocean acidification typically reduces coral calcification rates and can fundamentally alter skeletal...
International audienceThe biomineralization process and skeletal growth dynamics of azooxanthellate ...
The petrographic method has been a popular technique for estimating the ages and growth rates of cor...
I studied two types of bioceramics: (A) the aragonite CaCO3 skeleton of the staghorn coral, Acropora...
Measurement of coral extension rate is facilitated by x-radiography of medial slabs of coral skeleto...
The micro-and ultra-structural skeletal growth dynamics of the scleractinian coral Pocillopora damic...
<p>coralCT was developed by T.M. DeCarlo in the Cohen Lab at Woods Hole Oceanographic Institution ( ...
Corals construct skeletons by extracellular precipitation of calcium carbonate in the form of orthor...
Coral skeletal density information is a useful growth parameter and may be coupled with extension ra...
Aim: to evaluate the osteo-replacement properties of the coral aquaculture skeleton of P. verrucosa ...
Coral skeletal density information is a useful growth parameter and may be coupled with extension ra...
ABSTRACT Osteoporosis is the most common bone disease and is conventionally classified as a decrease...
Ocean acidification causes corals to calcify at reduced rates, but current understanding of the unde...
International audienceThe recent increase in sea surface temperature and ocean acidification raises ...
Interpretation of biomineralization processes based solely on the end product - the skeleton - may s...
Ocean acidification typically reduces coral calcification rates and can fundamentally alter skeletal...
International audienceThe biomineralization process and skeletal growth dynamics of azooxanthellate ...
The petrographic method has been a popular technique for estimating the ages and growth rates of cor...
I studied two types of bioceramics: (A) the aragonite CaCO3 skeleton of the staghorn coral, Acropora...
Measurement of coral extension rate is facilitated by x-radiography of medial slabs of coral skeleto...
The micro-and ultra-structural skeletal growth dynamics of the scleractinian coral Pocillopora damic...
<p>coralCT was developed by T.M. DeCarlo in the Cohen Lab at Woods Hole Oceanographic Institution ( ...
Corals construct skeletons by extracellular precipitation of calcium carbonate in the form of orthor...
Coral skeletal density information is a useful growth parameter and may be coupled with extension ra...
Aim: to evaluate the osteo-replacement properties of the coral aquaculture skeleton of P. verrucosa ...
Coral skeletal density information is a useful growth parameter and may be coupled with extension ra...
ABSTRACT Osteoporosis is the most common bone disease and is conventionally classified as a decrease...
Ocean acidification causes corals to calcify at reduced rates, but current understanding of the unde...
International audienceThe recent increase in sea surface temperature and ocean acidification raises ...
Interpretation of biomineralization processes based solely on the end product - the skeleton - may s...
Ocean acidification typically reduces coral calcification rates and can fundamentally alter skeletal...
International audienceThe biomineralization process and skeletal growth dynamics of azooxanthellate ...
The petrographic method has been a popular technique for estimating the ages and growth rates of cor...