论文部分内容阅读
Transcutaneous ultrasound of the cervical esophagus was performed in 46 patients with esophageal carcinoma and in 35 controls. The former had 24 upper segmental lesions and 22 lower segmental lesions. The level of the sternoclavicular joint was used to divide the esophagus into the upper segmental (USE) and lower segmental esophagus (LSE). The anterior esophageal wall thickness and luminal dimensions were measured before and immediately after phonation. The mean wall thickness in the controls was 1.8 mm before phonation and 2.1 mm after phonation, with a significant difference (t test,P<0.05). The mean wall thickness in the USE carcinoma group was 4.3 mm and 4.4 mm before and after phonation respectively. There was a significant difference between the controis and USE carcinoma groups (t test, P<0.05). The cross sectional area, which was calculated as the product of anteroposterior and lateral diameters, averaged 28 mm~2 before phonation in the controls and increased to 44 mm~2 after phonation (t test, P
The level of the sternoclavicular joint was used to divide the esophagus into the upper segmental (USE ) and the lower segmental esophagus (LSE). The anterior esophageal wall thickness and luminal dimensions were measured before and immediately after phonation. The mean wall thickness in the controls was 1.8 mm before phonation and 2.1 mm after phonation, with a significant difference (t test ,P<0.05). The mean wall thickness in the USE carcinoma group was 4.3 mm and 4.4 mm before and after phonation respectively. There was a significant difference between the controis and USE carcinoma groups (t test, P<0.05). The cross Segment area, which was calculated as the product of anteroposterior and lateral diameters, averaged 28 mm~2 before phonation in the controls and increased to 44 mm~2 after p Honation (t test, P