Control of CaCO3 crystal growth by the acidic proteinaceous fraction of calcifying marine organisms: an in vitro study of biomineralization

MA Rahman, R Shinjo - Advanced Topics in Biomineralization …, 2012 - books.google.com
Only little is known about the early stages of CaCO3 crystallization (Pouget et al. 2009;
Gebauer, Volkel, and Colfen 2008), though this mineral has been studied for more than a
century now. Identified precursor phases are amorphous calcium carbonate (ACC) in bio-
(Addadi, Raz, and Weiner 2003; Weiner et al. 2003) and biomimetic mineralization. Crystal
nucleation and biomineralization processes in organisms occur through a sophisticated
regulation of internal chemistry that departs significantly from the “constant ionic medium” of …

[引用][C] Control of CaCO3 Crystal Growth by the Acidic Proteinaceous Fraction of Calcifying Marine Organisms: An InVitro Study of Biomineralization

新城竜一 - in Jong Seto (Ed.)" Advanced Topics in …, 2012 - cir.nii.ac.jp
Control of CaCO3 Crystal Growth by the Acidic Proteinaceous Fraction of Calcifying Marine
Organisms: An InVitro Study of Biomineralization | CiNii Research … Control of CaCO3
Crystal Growth by the Acidic Proteinaceous Fraction of Calcifying Marine Organisms: An
InVitro Study of Biomineralization … タイトル Control of CaCO3 Crystal Growth by the Acidic
Proteinaceous Fraction of Calcifying Marine Organisms: An InVitro Study of Biomineralization …
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