CO Sequestration Research Department, Korea Institute of Geoscience and Mineral Resources, Gwahangno 92, Yuseonggu, Daejeon 305-350, Republic of Korea.
Evid Based Complement Alternat Med. 2011;2011:742963. doi: 10.1155/2011/742963. Epub 2011 Jun 15.
Myostracum, which is connected from the umbo to the edge of a scar, is not a single layer composed of prismatic layers, but a hierarchically complex multilayered shape composed of minerals and an organic matrix. Through the analysis of the secondary structure, the results revealed that a β-antiparallel structure was predominant in the mineral phase interface between the myostracum (aragonite) and bottom folia (calcite). After the complete decalcification and deproteinization, the membrane obtained from the interface between the myostracum buried in upper folia, and the bottom folia was identified as chitin. The transitional zone in the interface between the adductor muscle scar and folia are verified. The myostracum disappeared at the edge of the scar of the posterior side. From this study, the entire structure of the myostracum from the adult oyster shell of Crassostrea gigas could be proposed.
肌痕是从壳顶延伸到壳缘的一条连续的线,不是由棱柱层组成的单层结构,而是由矿物质和有机基质组成的具有层次结构的复杂多层形状。通过对二级结构的分析,结果表明,肌痕(文石)和底部叶片(方解石)之间的矿物质界面以β-反平行结构为主。在完全脱钙和脱蛋白后,从埋藏在上叶的肌痕和底部叶片之间界面获得的膜被鉴定为几丁质。在贻贝壳肌痕和叶片之间的界面的过渡带得到了验证。在后端的壳痕边缘,肌痕消失了。通过这项研究,可以提出来自巨牡蛎壳的整个肌痕的结构。