近年来在心脏器官发生学和遗传的人类先天性心脏病将提交给为了促进机械连接在心脏发育和疾病。
Recent advances in cardiac organogenesis and the genetics of human congenital heart disease will be presented in order to promote mechanistic connections in heart development and disease.
同时，利用细胞学和扫描电子显微镜技术观察了愈伤组织形成和器官发生过程。
Meanwhile, the processes of callus formation and organogenesis were observed by means of cytological and scanning electron microscopic techniques.
结论奥曲肽能降低C -反应蛋白及D -二聚体，改善SAP的血液流变学，减轻胰及胰外器官损害和并发症的发生。
Conclusion Gabexate can degrade C-reactive protein and D-dimer, improve the blood rheology of SAP and lessen injury of pancreas and outside pancreatic organs, and can decrease complications.
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