Comparative study on histodynamics in adult goat and human heart
Wei Zhang
Abstract
Wei Zhang
Abstract
Aim: To compare the histodynamic process of normal adult goat and human heart, and study the tissue evolving rule of heart. Methods:The paraffin sections of hearts and conduction system from 12 goats and 6 human autopsies, stained with HE, were observed under light microscope.Results: In both adult human and goat heart, the tissue evolving systems including endocardium-cardiomyocyte, interatrioventriculular-cardiomyocyte, and intramyocardium cardiomyocyte evolving system were found. However, the predominant evolving way, in goat endocardium-cardiomyocyte evolving system, was endocardial cell-cardiomyocyte forming unit-cardiomyocyte evolving system; in human endocardium-cardiomyocyte evolving system, was endocardial cell-non-cardiomyocyte forming unit-cardiomyocyte evolving system. The important cellular reconstitution evolving pattern occurred in intramyocardium cardiomyocyte evolving system. Conclusion: The collective evolving patterns in botn adult gost and human are similar. However, each of them possesses various predominant evolving way.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
Aim: To compare the histodynamic process of normal adult goat and human heart, and study the tissue evolving rule of heart. Methods:The paraffin sections of hearts and conduction system from 12 goats and 6 human autopsies, stained with HE, were observed under light microscope.Results: In both adult human and goat heart, the tissue evolving systems including endocardium-cardiomyocyte, interatrioventriculular-cardiomyocyte, and intramyocardium cardiomyocyte evolving system were found. However, the predominant evolving way, in goat endocardium-cardiomyocyte evolving system, was endocardial cell-cardiomyocyte forming unit-cardiomyocyte evolving system; in human endocardium-cardiomyocyte evolving system, was endocardial cell-non-cardiomyocyte forming unit-cardiomyocyte evolving system. The important cellular reconstitution evolving pattern occurred in intramyocardium cardiomyocyte evolving system. Conclusion: The collective evolving patterns in botn adult gost and human are similar. However, each of them possesses various predominant evolving way.
Key concepts: Endocardium, Human heart, Process (computing), Anatomy, Cell biology, Biology, Internal medicine, Medicine