结论高甲状腺素可引起心房电生理重构和心房及肺静脉的缝隙连接重构。
Conclusion Thyroid hormone could lead to remodeling of both atrial electrophysiology and gap junction between atrium and pulmonary vein.
其中2例采用甲状腺上动脉与肠系膜动脉吻合，16例采用颈横动脉与肠系膜动脉吻合，全组18例均采用颈外浅静脉与肠系膜静脉吻合。
The mesenteric artery was anastomosed to the left cervical transverse artery in 16 cases, to left superior thyroid artery in 2. The mesenteric vein was connected to external jugular vein in 18 cases.
甲状腺下静脉分单干、双干、三干的三种类型及吻合支均跨越气管颈部前面。
Inferior thyroid veins can be divided into such three types as single trunks, double trunks, three trunks and anastomotic branch and they all cross the front of the cervical part of the trachea.
h后测定外周血游离甲状腺素、促甲状腺素、磷酸肌酸激酶和门静脉血内毒素水平，同时做肠黏膜病理形态学检查。
After 24 hours, blood was collected to examine serum free T3, free t, TSH, isoenzyme of creatine kinase (CK-MB) and levels of portal vein blood endotoxin.
h后测定外周血游离甲状腺素、促甲状腺素、磷酸肌酸激酶和门静脉血内毒素水平，同时做肠黏膜病理形态学检查。
After 24 hours, blood was collected to examine serum free T3, free t, TSH, isoenzyme of creatine kinase (CK-MB) and levels of portal vein blood endotoxin.
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