AbstractWe have isolated a new matrix protein family (N16) which is specific to the nacreous layer of the Japanese pearl oyster, Pinctada fucata, and have cloned and characterized the cDNAs coding for the components. Analysis of the deduced amino acid sequence revealed that N16 showed no definitive homology with other proteins. The in vitro studies of the crystallization clarified that N16 induced aragonite crystals when fixed on the substrate but inhibited crystal formation without it. The aragonite crystals showed platy morphology different from those formed inorganically, and long intervals of incubation resulted in crystalline layers highly similar to the nacreous layer
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
We previously identified a matrix protein, MSI7, from pearl oyster Pinctada fucata. According to the...
11 pagesInternational audienceThe shell of pearl oysters is organized in multiple layers of CaCO(3) ...
11 pagesInternational audienceThe shell of pearl oysters is organized in multiple layers of CaCO(3) ...
11 pagesInternational audienceThe shell of pearl oysters is organized in multiple layers of CaCO(3) ...
11 pagesInternational audienceThe shell of pearl oysters is organized in multiple layers of CaCO(3) ...
The initial growth of the nacreous layer is crucial for comprehending the formation of nacreous arag...
<div><p>The initial growth of the nacreous layer is crucial for comprehending the formation of nacre...
Mollusk shell formation is a fascinating aspect of biomineralization research. Shell matrix proteins...
ChinaThe pearl oyster Pinctada fucata is one of the most eco-nomically important bivalves in the pea...
The Japanese pearl oyster (Pinctada fucata) n16 framework matrix protein is an integral part of the ...
Mollusk shell formation is a fascinating aspect of biomineralization research. Shell matrix proteins...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
We previously identified a matrix protein, MSI7, from pearl oyster Pinctada fucata. According to the...
11 pagesInternational audienceThe shell of pearl oysters is organized in multiple layers of CaCO(3) ...
11 pagesInternational audienceThe shell of pearl oysters is organized in multiple layers of CaCO(3) ...
11 pagesInternational audienceThe shell of pearl oysters is organized in multiple layers of CaCO(3) ...
11 pagesInternational audienceThe shell of pearl oysters is organized in multiple layers of CaCO(3) ...
The initial growth of the nacreous layer is crucial for comprehending the formation of nacreous arag...
<div><p>The initial growth of the nacreous layer is crucial for comprehending the formation of nacre...
Mollusk shell formation is a fascinating aspect of biomineralization research. Shell matrix proteins...
ChinaThe pearl oyster Pinctada fucata is one of the most eco-nomically important bivalves in the pea...
The Japanese pearl oyster (Pinctada fucata) n16 framework matrix protein is an integral part of the ...
Mollusk shell formation is a fascinating aspect of biomineralization research. Shell matrix proteins...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...
6 pagesInternational audienceMollusca evolutionary success can be attributed partly to their efficie...