1 otherapy as primary treatment, thus avoiding gastric resection.

2 dures, thoracic wedge resection, and partial gastric resection.

3 erwent 47 local and 3 segmental laparoscopic gastric resections.

4 on [29.8%]; of 1605 patients who underwent a gastric resection, 378 required transfusion [23.6%]; and

5 d wrap failure due to gastric atony requires gastric resection and esophagojejunostomy.

6  wrap failure due to gastric atony underwent gastric resection and esophagojejunostomy.

7                                        Total gastric resection and the subsequent selection of the op

8 cedure alone, vagotomy/drainage, or vagotomy/gastric resection) and 30-day postoperative outcomes.

9                                           D2 gastric resections are followed by higher morbidity and

10 sed trials that extended lymphadenectomy (D2 gastric resection) confers a survival advantage.

11 scles were obtained from patients undergoing gastric resection for cancer, and the anatomical locatio

12                  All elective esophageal and gastric resections for cancer between 2000 and 2010 in E

13                      Elective esophageal and gastric resections for cancer, with reoperations and non

14     There was no association between type of gastric resection (ie, anatomic v partial/wedge) and EFS

15                    In histologic analyses of gastric resection specimens from 10 patients with adenoc

16  undergoing local procedures alone, vagotomy/gastric resection was associated with significantly grea

17 tients in the radical group underwent distal gastric resection, whereas 86% of the patients in the st

18 tients in the radical group underwent distal gastric resection, while 86% of the patients in the stan

19 ucosal dissection is a viable alternative to gastric resection with 100% 5-year survival rates; in pa