| 1. To Chinese young surgeons: Thoughts from a Korean gastric cancer professor surgeon and a German junior surgeon studying in Korea |
Page:1—2 |
| 2. Basic principles of surgical suture technology and selection of suture materials in general surgery |
Page:3—5 |
| 3. Perspectives and expectations: gradual improvement and Aptimization of the quality and progress of our current standardized surgical residency |
Page:70—74 |
| 4. Prospects for gastric cancer treatment based on the revisions of Japanese Gastric Cancer Classification |
Page:75—78 |
| 5. Nutritional therapy in patients with liver dystunction |
Page:79—84 |
| 6. Annual report of Chinese Transanal Total Mesorectal Excision Registry Collaborative in 2018: A nationwide registry study |
Page:85—91 |
| 7. Application of three-dimensional visualization technique in total mesopancreas excision(TMp E) for pancreatic head carcinoma |
Page:92—95 |
| 8. On perihilar surgery |
Page:110—112 |
| 9. Application of perihilar surgical techniques in biliary tract surgery |
Page:113—117 |
| 10. Advance in the perioperative management:Enhanced recovery after surgery,perioperative surgical home and perioperative medicine |
Page:118—121 |
| 11. Anatomy and clinical significance of hilar plate |
Page:122—126 |
| 12. Significance of digital intelligent medical technology in preoperative evaluation of perihepatic hilar biliary tract diseases |
Page:126—130 |
| 13. Application of perihilar surgical techniques in gallbladder cancer invading hepatic hilum |
Page:130—134 |
| 14. Application of perihilar surgical techniques in intrahepatic cholangiocarcinoma invading hepatic hilum |
Page:134—138 |
| 15. Application of perihilar surgical technique in the treatment of central cholangiectasis |
Page:139—142 |
| 16. Value and evaluation of hilar surgical approach in hilar biliary stricture |
Page:143—145 |
| 17. Emphasis on the significance of "short hepatic portal vein" anatomy in perihepatic portal surgery |
Page:145—148 |
| 18. North China bariatric & metabolic surgery clinical database registry report(2018) |
Page:149—154 |
| 19. Treatment of gallbladder carcinoma invading porta hepatis with the conventional surgery approach and the transhepatic hilar approach: A retrospective comparative study |
Page:155—167 |
| 20. Therapeutic effect analysis of colorectal polyps with diameter≥2.5cm treated by endoscopic submucosal dissection: A report of 567 cases |
Page:162—167 |
| 21. Analysis of risk factors and intervention measures of esophagojejunal anastomotic leakage in gastric cancer patients after laparoscopic total gastrectomy |
Page:168—172 |
| 22. Chylous leakage after thyroid cancer surgery with central lymph node dissection: A clinical analysis of 14 cases |
Page:173—177 |
| 23. Paying attention to multidisciplinary comprehensive treatment of thyroid cancer |
Page:197—199 |
| 24. Suggestion of grade judgment and selection of surgical methods for splenomegaly |
Page:200—202 |
| 25. Application value of ultrasound in the assessment of local advanced thyroid carcinoma |
Page:203—206 |
| 26. Radiotherapy for thyroid cancer |
Page:206—208 |
| 27. Molecular targeted therapy for locally advanced/metastatic thyroid carcinoma |
Page:209—212 |
| 28. Standardization of ~(131)I treatment for patients with differentiated thyroid cancers after thyroidectomy |
Page:213—215 |
| 29. Emerging management and its impact on radioiodine refractory differentiated thyroid cancer |
Page:216—220 |
| 30. Treatment strategy of thyroid cancer with trachea,larynx, and major vessels involvement |
Page:220—223 |
| 31. Multidisciplinary treatment of thyroid cancer during pregnancy |
Page:223—225 |
| 32. Difficulties and countermeasures in the diagnosis and treatment of medullary thyroid carcinoma |
Page:225—230 |
| 33. Change of Japanese "Guidelines" and new trends of gastric cancer treatment |
Page:231—236 |
| 34. Correlation between clinicopathological features and BRAF~(V600E) Egene mutation in papillary thyroid carcinoma |
Page:237—239 |
| 35. Comparative study of different operative approachs for the treatment of upper thyroid gland |
Page:240—242 |
| 36. Thyroid tumor complicated with tumor thrombus in internal jugular vein: An analysis of 2 cases and literatures review |
Page:243—251 |
| 37. Clinical application of total parathyroidectomy combined with autologous transplantationpatient for Chinese patients with secondary hyperparathyroidism:A single arm meta-analysis |
Page:247—251 |
| 38. Analysis of intestinal non-Hodgkin lymphoma:A clinical analysis of 34 cases |
Page:252—259 |
| 39. Diagnosis and treatment of autoimmune pancreatitis and the value of surgery |
Page:255—259 |
| 40. Effectiveness of rectal MRI and endorectal ultrasound predicting the complete response of rectal cancer after neoadjuvant chemoradiotherapy |
Page:260—265 |
| 41. Bottlenecks and strategies for the developments of bariatric and metabolic surgery in China |
Page:312—315 |
| 42. The development of bariatric and metabolic surgery from the change of surgical procedures |
Page:316—321 |
| 43. Key issues of perioperative management in bariatric and metabolic surgery |
Page:321—325 |
| 44. Hot research topics in metabolic and bariatric surgery |
Page:325—328 |
| 45. Treatments for gastroesophageal reflux disease in patients with obesity |
Page:328—331 |
| 46. Prevention and treatment of bariatric postoperative longterm complications |
Page:331—334 |
| 47. Data analysis of bariatric & metabolic surgery quality control from 2012 to 2018 in Shanghai |
Page:337—342 |
| 48. Cause analysis and treatment of reoperative metabolic and bariatric surgery:A report of 54 cases |
Page:340—342 |
| 49. Bariatric and metabolic surgery: An experience summarization of 1139 cases from a single center |
Page:343—345 |
| 50. Validation and evaluation of the 2016 ISGPS definition and grading scheme of postoperative pancreatic fistula |
Page:346—349 |
| 51. Clinical application of laparoscopic radical resection of hilar cholangiocarcinoma:An analysis of 15 cases |
Page:350—354 |
| 52. Analysis of treatments for 86 cases type Ⅲa hepatolithiasis without hepatectomy |
Page:355—357 |
| 53. Simultaneous pulmonary wedge resection via the trans-diaphragmatic approach in patients undergoing liverresection for synchronous liver and lung metastases |
Page:358—364 |
| 54. Detection and clinical significance of perioperative circulating tumor cells in patients with stage Ⅱ to Ⅲ colorectal carcinoma |
Page:361—364 |
| 55. The prognostic significance of primary tumor volume by MRI in cT3 low rectal cancer |
Page:365—369 |
| 56. Feasibility study of one-stage surgery of intracardiac leiomyomatosis through an abdominal approach |
Page:370—373 |
| 57. Effects of Sleeve Gastrectomy with Jejunal-Ileal Bypass on Metabolism and Body Weight in Zucker Diabetic Fatty Rats |
Page:374—376 |
| 58. Current treatment status and trends of early gastric cancer in China: analyzed based on the data of China Gastrointestinal Cancer Surgery Union |
Page:419—423 |
| 59. Controversy and consensus on the treatment of early gastric cancer |
Page:424—427 |
| 60. Recognition and consideration on the evolution trends and directions of the therapeutic strategies for early gastric cancer from the changes of different versions of Japanese Gastric Cancer Treatment Guidelines |
Page:428—432 |
| 61. Progress of CLASS-02 trial of laparoscopic and open total gastrectomy for early gastric cancer |
Page:433—436 |
| 62. Imaging diagnosis and value of early gastric cancer |
Page:437—442 |
| 63. Essence of early gastric cancer and confusion in clinical practic |
Page:442—444 |
| 64. Characteristics, regularity and significance of lymph node metastasis in early gastric cancer |
Page:444—447 |
| 65. Surgical treatment of early gastric cancer |
Page:447—450 |
| 66. The value and key point of function preserving gastrectomy in early gastric cancer |
Page:451—454 |
| 67. Selection and evaluation of laparoscopic digestive tract reconstruction after gastrectomy for early gastric cancer |
Page:454—459 |
| 68. Standardized endoscopic evaluation and treatment of early gastric cancer |
Page:459—462 |
| 69. Endoscopic resection and salvage surgery for early gastric cancer |
Page:462—467 |
| 70. Consideration of anticancer therapeutic agents in early gastric cancer |
Page:467—469 |
| 71. Risk factors of lymph node metastasis in early gastric cancer |
Page:476—479 |
| 72. Application of multimode imaging technology in real time navigation in anatomical liver resections |
Page:480—486 |
| 73. Umbilical vein recanalization with one stage stent placement as modified Meso-rex bypass for portal vein cavernous transformation |
Page:487—491 |
| 74. Clinical characteristics and prognosisof 273 Crohn'spatientswih gastrointestinal fistulas |
Page:492—496 |
| 75. Surgical treatment of anorectal malignant melanoma from single tertiary center: A retrospective analysis of 91 cases |
Page:497—501 |
| 76. New concept of diagnosis and treatment of intra-abdominal infections:consensus and controversies |
Page:538—541 |
| 77. Escalation surgical therapy approaches for complicated intra-abdominal infection |
Page:542—551 |
| 78. Application of digital intelligent diagnostic and treatment technology in anatomical hepatectomy |
Page:545—551 |
| 79. Clinical significance of standardizing the specimens and pathological evaluation of colorectal cancer surgical specimens |
Page:552—556 |
| 80. Radiomics technique for Type B aortic dissection:Feasibility and potential clinical utility |
Page:557—583 |
| 81. Technical difficulties and countermeasures in the source control of intra-abdominal sepsis |
Page:561—564 |
| 82. Basic principles, controversy and consensus on the use of antibiotics in the treatment of abdominal infection |
Page:564—568 |
| 83. Management of organ dysfunction in patients with abdominal sepsis |
Page:568—571 |
| 84. Nutrition support for critical patients with intraabdominal infections |
Page:571—575 |
| 85. Imaging features, when and how to perform minimally invasive intervention in infected pancreatic necrosis patients |
Page:575—580 |
| 86. Presentation of the concept of "pan-complicated IAIs" and the discussion of the strategy of its diagnosis and treatment |
Page:580—583 |
| 87. The adequate number of lymph node dissection in pancreatic cancer radical surgery based on nodal staging score(with four-center cohort validation) |
Page:584—589 |
| 88. The predictive value of PNI for post-operative intra-abdominal infections in gerontal liver cancer patients |
Page:590—593 |
| 89. Prognosis of patients with secondary organ dysfunction caused by intra-abdominal infections |
Page:594—598 |
| 90. Diagnosis,treatment and etiology of hepatic infarction and abscess after pancreaticoduodenal surgery |
Page:599—605 |
| 91. Clinical analysis of choledchojejunostomy combined with T tube external drainage in the treatment of hepatolithiasis |
Page:606—609 |
| 92. Risk factor analysis of recurrent hepatocellular carcinoma with portal vein tumor thrombus |
Page:610—614 |
| 93. Analysis on the efficacy of hypertonic sugar local injection in the treatment of lymphatic leakage after cervical lymph node dissection for thyroid cancer |
Page:615—618 |
| 94. Treatment of superior mesenteric artery embolism by percutaneous mechanica thrombectomy with the Solitaire FR stent system |
Page:619—622 |
| 95. Several issues worthy of attention in clinical research of low rectal cancer |
Page:655—658 |
| 96. Current status of surgical treatment in gastric cancer with para-aortic nodal metastases |
Page:659—662 |
| 97. Anatomy of perirectal space and pelvic floor |
Page:663—667 |
| 98. Precise preoperative staging of low rectal cancer assessed by imaging |
Page:667—673 |
| 99. Emphasize on the postoperative anal function of middle and low rectal cancer patients |
Page:673—676 |
| 100. Selection of anal preservation surgery of low rectal cancer |
Page:676—680 |
| 101. Lower rectal lymphatic drainage and necessity of lateral lymph node dissection for low rectal cancer |
Page:680—682 |
| 102. Controversy and consensus on lateral lymph node dissection for rectal cancer |
Page:682—686 |
| 103. Updated contents interpretation of Japanese classification of colorectal,appendiceal,and anal Carcinoma |
Page:687—690 |
| 104. Surgical anatomy of the posterior vagus trunk and its distributaries in laparoscopic surgery |
Page:691—693 |
| 105. Clinical verification of sensitivity to neoadjuvant chemoradiotherapy in cases of locally advanced rectal cancer |
Page:694—697 |
| 106. Correlation between intestinal flora imbalance and anastomotic leakage after operation for middle to low rectal cancer |
Page:698—703 |
| 107. Feasibility of using three-dimensional CT reconstruction to evaluate inferior mesenteric artery types before radical resection of rectal cancer |
Page:704—707 |
| 108. Retrospective analysis of 19 cases with middle-to-low rectal cancer who underwent local excision following neoadjuvant chemoradiation |
Page:708—711 |
| 109. Surgical feasibility of laparoscopic D3 lymphadenectomy along the left of SMA for right colon cancer |
Page:712—715 |
| 110. Effect of modified laparoscopic Bacon coloanal anastomosis in transanal totalmesorectal excision:A 8 cases report |
Page:716—718 |
| 111. Severity grading of grade B pancreatic fistula after pancreaticoduodenectomy: A single-center study |
Page:719—721 |
| 112. Analysis of lateral neck lymph node reoperation in papillary thyroid carcinoma |
Page:722—724 |
| 113. Tumor location and lateral lymph node metastasis in papillary thyroid microcarcinoma |
Page:725—728 |
| 114. Indocyanine green fluorescence imaging for precise diagnosis and treatment of liver neoplasms:A Meta-analysis |
Page:729—734 |
| 115. The development of laparoscopic pancreaticoduodenectomy in China from young doctor's perspective |
Page:751—752 |
| 116. Characteristics of inguinal hernia in adolescents in China and the problems deserving attention in diagnosis and treatment |
Page:788—791 |
| 117. Treatment of adolescent inguinal hernia repair |
Page:792—794 |
| 118. Surgical consideration of pediatric inguinal hernia |
Page:795—797 |
| 119. Controversy, consensus and reasonable choice of application of mesh in treatment of inguinal hernia in adolescents |
Page:798—800 |
| 120. The problems of mesh repair and the value of tissue repair in the treatment of groin hernia in young people |
Page:800—803 |
| 121. The importance of biological mesh repair in adolescent inguinal hernia repair |
Page:803—806 |
| 122. Risk factors and countermeasures for recurrence of adolescent inguinal hernia after operation |
Page:806—810 |
| 123. The clinical character of adolescent female inguinal hernia and the key points in management |
Page:810—811 |
| 124. Investigation of prevalence for perioperative venous thromboembolism and risk factors of the present situation in Chinese adults patient with inguinal hernia(CHAT-1) |
Page:815—820 |
| 125. Clinical analysis on the technique of transverse fascia reinforcement with biological mesh in young inguinal hernia patients |
Page:821—824 |
| 126. Management of postoperative recurrence of inguinal hernia in adolescents: An analysis of 9 cases |
Page:825—828 |
| 127. Analysis of repair effect in 170 cases of adolescent inguinal hernia |
Page:829—831 |
| 128. Effect of perioperative and postoperative chemotherapy on the prognosis of patients with advanced gastric carcinoma after resection |
Page:832—839 |
| 129. Clinical phase Ⅰ study of domestic surgical robot: A report of 103 cases |
Page:840—843 |
| 130. Pancreatic gastrointestinal stromal tumors: A report of four cases and literature review |
Page:844—853 |
| 131. Clinicopathologic analysis of 38 male breast cancers |
Page:850—853 |
| 132. Three-dimensional visualization technology for precise diagnosis and treatment of primary liver cancer: A Meta-analysis |
Page:854—860 |
| 133. Preliminary understanding of the development of laparoscopic radical gastrectomy in China |
Page:872—874 |
| 134. Principles and recent progress in surgical treatment of pancreatic neuroendocrine neoplasms |
Page:890—893 |
| 135. The importance of multidisciplinary diagnosis and treatment of pancreatic neuroendocrine neoplasms |
Page:894—896 |
| 136. Pathological grading diagnosis of pancreatic neuroendocrine neoplasms |
Page:897—900 |
| 137. Imaging diagnosis of pancreatic neuroendocrine tumors |
Page:900—907 |
| 138. Surgical treatment of non-functional pancreatic neuroendocrine neoplasms |
Page:907—910 |
| 139. Comprehensive treatment of liver metastasis of pancreatic neuroendocrine neoplasms |
Page:911—913 |
| 140. Surgical treatment of pancreatic neuroendocrine neoplasms with major vascular resection |
Page:914—916 |
| 141. Value and controversy of lymphadenectomy for pancreatic neuroendocrine neoplasms |
Page:917—921 |
| 142. Surgical management of concomitant pancreatic neuroendocrine tumors inhereditary tumor syndromes |
Page:921—925 |
| 143. Localized diagnosis and surgical management of insulinoma |
Page:925—929 |
| 144. Medical treatment and its advances of pancreatic neuroendocrine neoplasms |
Page:929—934 |
| 145. Radionuclide therapy for pancreatic neuroendocrine neoplasms |
Page:934—938 |
| 146. Analysis of risk factors for postoperative complications of hepatic hilar cholangiocarcinoma after extensive hepatectomy |
Page:939—943 |
| 147. Safety and feasibility analysis of ICG fluorescence imaging laparoscopic anatomical right hepatectomy in the treatment of liver neoplasms |
Page:944—948 |
| 148. Prospection of optical coherence tomography for determining the tumor invasive front of hilar cholangiocarcinoma |
Page:949—954 |
| 149. Abdominal drainage versus no drainage after laparoscopy-assisted D2 gastrectomy for gastric cancer |
Page:955—958 |
| 150. Application of three-dimensional visualization technique in the resection of retroperitoneal tumor |
Page:959—963 |
| 151. A preliminary study of the significance of artificial intelligence in the clinical practice of breast cancer postoperation |
Page:964—967 |
| 152. Progress in minimally invasive surgical treatment of rectal cancer from the development of TaTME |
Page:988—990 |
| 153. The advances in diagnosis, treatment and clinical research of hepatocellular carcinoma in China |
Page:1010—1014 |
| 154. The optimal treatment for recurrent hepatocellular carcinoma |
Page:1015—1020 |
| 155. Prognosis and intervention strategy for postoperative recurrence of hepatocellular carcinoma |
Page:1021—1024 |
| 156. What can we do for the recurrent-tumor patients who underwent hepatectomy for hepatocellular carcinoma |
Page:1025—1026 |
| 157. Focus problems in diagnosis and treatment of recurrent hepatocellular carcinom |
Page:1027—1030 |
| 158. Progress in the molecular mechanism and the prediction of postoperative recurrence of hepatocellular carcinoma |
Page:1030—1035 |
| 159. Value and reasonable choice of reoperation for recurrence of hepatocellular carcinoma after operation |
Page:1035—1037 |
| 160. Value and evaluation of laparoscopic surgery for recurrent hepatocellular carcinoma |
Page:1037—1040 |
| 161. Application of ICG fluorescence imaging in surgical treatment of recurrent hepatocellular carcinoma |
Page:1040—1041 |
| 162. Multidisciplinary comprehensive treatment of postoperative recurrence of hepatocellular carcinom |
Page:1042—1044 |
| 163. Salvage liver transplantation for the treatment of recurrent liver cancer |
Page:1044—1047 |
| 164. Targeted therapy and immunotherapy for recurrent liver cancer |
Page:1048—1051 |
| 165. Multicenter cross-sectional study of surgical site infection after emergency surgery in China |
Page:1052—1056 |
| 166. Application of fusion indocyanine green fluorescence imaging in the surgical treatment of recurrent hepatocellular carcinoma in 12 cases |
Page:1057—1064 |
| 167. Rehepatectomy and radiofrequency ablation for patients with recurrent hepatocellular carcinoma |
Page:1060—1064 |
| 168. Study on the value of des-γ-carboxy-prothrombin combined with enhanced CT in predicting microvascular invasion of hepatocellular carcinoma |
Page:1065—1067 |
| 169. Analysis of recurrent hepatocellular carcinoma treated by microwave ablation assisted by three-dimensional visualization |
Page:1068—1076 |
| 170. A predictive risk score model of textbook outcome for patients undergoing curative-intent resection of intrahepatic cholangiocarcinoma |
Page:1071—1076 |
| 171. Subjective perception of surgeons with 4K resolution,three-dimensional systems in laparoscopic colorectal surgery:A self-filling questionnaire survey |
Page:1077—1080 |
| 172. Faster R-CNN-based artificial intelligence image-aided diagnosis platform in identifying EMVI of rectal cancer: A multicenter clinical study |
Page:1081—1084 |
| 173. Pancreaticogastrostomy for the treatment of pancreatojejunostomy stricture after pancreaticoduodenectomy:A report of 3 cases |
Page:1085—1088 |
| 174. Clinical analysis of severe acute pancreatitis complicated with acute acalculous cholecystitis:a 39 cases report |
Page:1089—1092 |
| 175. Safety of axillary reverse lymphatic mapping after neoadjuvant chemotherapy for breast cancer:A follow-up study |
Page:1093—1098 |
| 176. Training of PUMCH and responsibility of young doctors from the perspective of young people |
Page:1114—1115 |
| 177. Thoughts on breast reconstruction after breast cancer surgery in China |
Page:1148—1150 |
| 178. Timing and surgical management for breast reconstruction after mastectomy |
Page:1151—1155 |
| 179. Responsibility and status of breast surgeons in breast reconstruction |
Page:1156—1159 |
| 180. Protection and technical key points of nipple-areola complex in breast reconstruction |
Page:1159—1161 |
| 181. Indications and technical principles of latissimus dorsi myocutaneous flap breast reconstruction |
Page:1161—1164 |
| 182. Prosthesis coverage and application of artificial materials in implant based breast reconstruction |
Page:1164—1168 |
| 183. Safety of oncology after immediate breast reconstruction for breast cancer patient |
Page:1168—1172 |
| 184. Basic principles and repair material selection of abdominal wall defect after breast reconstruction for breast cancer surgery |
Page:1172—1175 |
| 185. Oncoplastic breast conserving surgery:A cross-sectional study of 110 breast surgery centers in China |
Page:1176—1180 |
| 186. Clinical results of autologous reconstruction with DIEP flap following nipple-sparing mastectomy |
Page:1181—1185 |
| 187. Clinical analysis in 45 cases of extensive intraductal carcinoma treated by breast shape reserving surgery with vertical double-pedicle bridge |
Page:1186—1188 |
| 188. Study on the value of the eighth edition of AJCC staging system in evaluating the prognosis of patients with intrahepatic cholangiocarcinoma after radical resection |
Page:1189—1194 |
| 189. Distal pancreatectomy with celiac axis resection(DP-CAR) for pancreatic cancer: An analysis of 40 cases |
Page:1195—1198 |
| 190. Effect analysis of 71 cases of refractory diarrhea with severe malnutrition treated by fecal microbiota transplantation(FMT) combined with enteral nutrition |
Page:1199—1215 |
| 191. Safety evaluation of patients with heart valve replacement undergoing general surgery |
Page:1203—1210 |
| 192. Efficacy and anatomical factors of Endurant stent graft in endovascular aortic repair of abdominal aortic aneurysm with hostile neck |
Page:1211—1215 |
| 193. Analysis and treatment of complications in peripheral totally implantable venous access port |
Page:1216—1220 |
| 194. Interpretation of Potentially Curable Pancreatic Adenocarcinoma: ASCO Clinical Practice Guideline Update(Version 2019) |
Page:1254—1256 |
| 195. Interpretation of American Gastroenterological Association Clinical Practice update: management of pancreatic necrosis in acute pancreatitis patients |
Page:1257—1264 |
| 196. Interpretation of surgical update in 2018 Japanese Clinical Practice Guidelines for Thyroid Tumors |
Page:1260—1264 |
| 197. Challenges in the diagnosis and management of acute bowel obstruction: Focus on the standard of practice |
Page:1265—1268 |
| 198. The current status and causes of acute intestinal obstruction |
Page:1269—1272 |
| 199. Imaging characteristics and evaluation of strangulated intestinal obstruction |
Page:1273—1276 |
| 200. Indication and operation skills of colonoscopy for bowel obstruction |
Page:1276—1278 |
| 201. Review of the diagnosis and treatment of postoperative bowel obstruction |
Page:1279—1283 |
| 202. Consensuses and controversies on one-stage resection and anastomosis surgery in patients with acute obstructive colorectal cancer |
Page:1283—1287 |
| 203. Surgical treatment strategies for left colon carcinoma with obstruction |
Page:1287—1290 |
| 204. Diagnosis and treatment of chronic intestinal pseudo-obstruction |
Page:1291—1295 |
| 205. Characteristics and treatment of intestinal obstruction resulting from radiation enteritis |
Page:1295—1298 |
| 206. Fluid therapy for acute bowel obstruction: The value and its evaluation |
Page:1298—1301 |
| 207. Predictive factors with intestinal strangulation and operative intervention for recurrence in adhesive small bowel obstruction |
Page:1302—1305 |
| 208. Clinical research of the surgical timing for resectable colorectal cancer complicated with obstructions after implantation of SEMS |
Page:1306—1309 |
| 209. Dorsal-and-medial hybrid approach versus medial-to-lateral approach in laparoscopic right hemicolectomy with complete mesocolic excision:A prospective comparative study |
Page:1310—1315 |
| 210. Aapplication and clinical value of total pancreatectomy that combined vascular reconstruction with en bloc resection through both left and right pathways in pancreatic neck tumor |
Page:1316—1325 |
| 211. Application of "priority approach of uncinate process" in laparoscopic pancreaticoduodenectomy:A report of 200 cases |
Page:1321—1325 |
| 212. A retrospective study of pathological margin evaluation in breast-conserving surgery specimens of patients with early breast cancer |
Page:1326—1330 |
| 213. The clinical value evaluation of anatomic hepatectomy in the treatment for hepatic vesicular hydatidosis |
Page:1331—1334 |
| 214. Value of fine needle aspiration combined with contrast-enhanced ultrasound in differentiating solid thyroid nodules coexisting Hashimoto's thyroiditis |
Page:1335—1337 |
