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Specialized Probes Based on Hydroxyapatite Calcium for Heart Tissues Research by Atomic Force Microscopy

机译:基于羟基磷灰石钙的特殊探针用原子力显微镜研究心脏组织研究

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The new specialized AFM-probes with hydroxyapatite structures for atomic force microscopy of heart tissues calcification were created and studied. A process of probe fabrication is demonstrated. The adhesive forces between specialized hydroxyapatite probe and endothelium/subendothelial layers were investigated. It was found that the adhesion forces are significantly higher for the subendothelial layers. We consider that it is connected with the formation and localization of hydroxyapatite in the area of subendothelial layers of heart tissues. In addition, the roughness analysis and structure visualization of the endothelial surface of the heart tissue were carried out. The results show high efficiency of created specialized probes at study a calcinations process of the aortic heart tissues.
机译:研发和研究了具有用于原子力显微镜的羟基磷灰石结构的新型专用AFM探针。证明了探针制造的过程。研究了专用的羟基磷灰石探针和内皮层/下皮层之间的粘合力。发现粘合力显着高于前提下层。我们认为它与羟基磷灰石的形成和定位相关联,在心脏组织的下级前提下。此外,进行了心脏组织内皮表面的粗糙度分析和结构可视化。结果表明,在研究主动脉组织的煅烧过程的煅烧过程中产生了高效率。

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