1.Laparoscopic transcystic common bile duct exploration
Chinese Journal of Minimally Invasive Surgery 2005;0(11):-
Objective To investigate the feasibility of transcystic removal of common bile duct stones during laparoscopic cholecystectomy. Methods Clinical data of 18 cases of transcystic cholangiography during laparoscopic cholecystectomy from January 2003 to July 2004 were retrospectively reviewed. Before the resection of the gallbladder, the cystic duct was opened to insert a catheter for cholangiography. After the common bile duct stones were detected, a wire basket was introduced transcystically to remove the stones. Results Transcystic cholangiography was conducted in 18 cases, 11 of which were detected as having common bile duct stones. Of the 11 cases, laparoscopic transcystic common bile duct exploration was successfully completed in 6 cases and failed in 2 cases with stones significantly larger than the diameter of the bile duct, 2 cases of failure of transcystic insertion of catheter, and 1 case with stones embedded in the hepatopancreatic ampulla. Follow-up with B-ultrasonography for 6~18 months in the 6 cases revealed no residual stones,biliary stricture,or bile duct dilatation. Conclusions Laparoscopic transcystic common bile duct exploration (LTCBDE) provides an effective option for the diagnosis and treatment of secondary common bile duct stones during laparoscopic cholecystectomy without opening the common bile duct.
2.Etiology of pathological nipple discharge:81 cases analysis
Journal of Endocrine Surgery 2011;05(3):189-190
Objective To clarify the etiology of pathological nipple discharge.Methods Since 1990,81 patients with pathological niplpie discharge underwent mammary duct incision to identify the lesion.Results 67 patients had intraductal papilloma,5 patients had intraductal papillomatosis,6 patients had duct carcinoma,and 3 patients were not found pathological changes.Conclusions Intraductal papilloma,intraductal papillomatosis,and duct carcinoma might be the exclusive etiology of pathological nipple discharge.
3.A study on the nonoperative treatment of adult blunt splenic injuries
Fangliang XIE ; Wei LI ; Xiaqing GE ; Shengli LIU ; Xuming GE
Chinese Journal of General Surgery 2015;30(7):538-540
Objective To increase curative rate of nonoperation treatment for adult blunt splenic trauma.Methods Data of 141 patients with blunt splenic trauma treated in our hospital from March 2010 to October 2014 were retrospectively analyzed in accordance with the spleen injury degree classification issued by the Spleen Surgery Group of Chinese Society of Surgery in 2000.According to the treatment within 6 hours of injury,these patients were divided into operative and nonoperative management groups.Results The proportion of non operation was 69.5% (98/141) and the success rate was 89.8% (88/98).43 cases were in operation group:34 cases in grade Ⅲ,9 cases with grade Ⅳ,3 cases died; 98 cases were in non operation group:including 32 cases of grade Ⅰ,50 cases of grade Ⅱ,15 cases of grade llⅢ,1 case with grade Ⅳ.10 cases failed non operation treatment including 1 case with grade Ⅰ complicated by pancreatic and intestinal injury causing peritonitis during the period of observation,1 case of grade Ⅱ complicated by contusion of the liver and secondary bleeding on day 3 after the trauma,7 cases of grade Ⅲ,were converted to surgery because of multiple organ injury and rebleeding secondary to pulmonary complications,and 1 case of grade Ⅳ with multiple organ injury and shock being immediately converted to surgery.In overall there were 2 deaths in nonsurgery group,1 case with grade Ⅲ and 1 case with grade Ⅳ.Condusions Nonoperative treatment of blunt splenic trauma is safe and feasible in grade up to]Ⅱ blund splenic trauma patients.
4.Influence of traditional Chinese compound recipes with different efficacy on body weight, tumor weight and immune function in H22 cancer-bearing mice
Agao ZHOU ; Yong ZHANG ; Gang KUI ; Deyun KONG ; Hailiang GE ; Qiuhua REN ; Jiarong DONG ; Sheng HONG ; Xuming MAO ; Yin WANG ; Huizheng ZHANG ; Shujun WANG
Journal of Integrative Medicine 2008;6(1):77-82
OBJECTIVE: To compare the influence of traditional Chinese compound recipes (TCCRs) with different efficacy on body weight, tumor weight and immune function in H22 cancer-bearing mice. METHODS: H(22) cancer-bearing mice were chosen to observe the effects of TCCRs with different efficacy on tumor growth inhibition and detect the proliferation function of T lymphocytes, the activity of natural killer (NK) cells, the changes of T lymphocytes and the content of interferon-gamma (IFN-gamma)and interleukin-4 (IL-4). RESULTS: Tumor weight of H(22) cancer-bearing mice in Yidu Gongdu Recipe (YDGDR, a compound traditional Chinese herbal medicine using poison as an antidote for poison)-treated group was obviously lighter than that in the other TCCR-treated groups and the tumor inhibition rate in YDGDR-treated group was 65.76% (P<0.01). The tumor inhibition rates in other TCCR-treated groups were ranged from 10.1% to 17.1% . Body weight of mice in YDGDR-treated group was obviously decreased and depilation was observed at the same time. Pelage of mice in Fuzheng Peiben Recipe (FZPBR, a compound traditional Chinese herbal medicine for supporting the healthy energy)-treated group grew well, and behavior of the mice was active. Stimulation index (SI) of T lymphocyte transformation in YDGDR-treated group was obviously increased (SI=4.34, P<0.01), which showed the proliferation function of T lymphocyte was very strong. The SI of T lymphocyte transformation in the other groups was less than three, which showed the proliferation function of T lymphocytes was not significant. Compared with normal saline (NS)-treated group, percentages of NK cells in Qinre Jiedu Recipe (QRJDR, a compound traditional Chinese herbal medicine for clearing away heat and toxic substances)-treated, Huxue Huayu Recipe (HXHYR, a compound traditional Chinese herbal medicine for activating blood circulation to dissipate blood stasis)-treated and YDGDR-treated groups were obviously increased and 5.05, 4.07 and 5.17 times more than the NS-treated group, respectively (P<0.01). The activity of NK cells wasn't increased in the FZPBR-treated and HXHYR-treated groups. The production of IFN-gamma induced by T cells in YDGDR-treated group was obviously raised (P<0.05), and the production of IL-4 induced by T cells in QRJDR-treated, HXHYR-treated, Huatan Sanjie Recipe (a compound traditional Chinese herbal medicine for eliminating phlegm and resolving masses)-treated and YDGDR-treated groups was also raised obviously (P<0.01). CONCLUSION: YDGDR has a good effect of inhibiting tumor growth and can reinforce cellular and humoral immune function in tumor-bearing mice. FZPBR can strengthen the body.
5.Tumor inhibiting and immunoloregulation effects of Mylabris Mixture on H22 cancer-bearing mice
Agao ZHOU ; Yong ZHANG ; Deyun KONG ; Yin WANG ; Huizhen ZHANG ; Shujun WANG ; Gang KUI ; Sheng HONG ; Hailiang GE ; Qiuhua REN ; Xuming MAO ; Jiarong DONG
Journal of Integrative Medicine 2006;4(5):504-8
OBJECTIVE: To investigate the mechanisms of tumor inhibiting and immunoloregulation of Mylabris Mixture on H22 cancer-bearing mice. METHODS: H22 cancer-bearing mice were chosen to observe the effects of tumor inhibiting and detect the proliferation function of T lymphocytes, the toxicity function of NK cells, the changes of T lymphocytes and the contents of interferon-gamma and interleukin-4. RESULTS: Mylabris Mixture could obviously inhibit the growth of H22 cancer in mice, and the tumor inhibition rat was 65.76%. The stimulation index of T lymphocyte transformation and percentage of NK cells in Mylabris Mixture-treated group were obviously higher than those in the normal control group. The subpopulation proportion of T lymphocytes in Mylabris Mixture-treated group was changed more than the normal control group. The production of interferon-gamma and interleukin-4 by T lymphocytes obviously increased in Mylabris Mixture-treated group (P<0.05, P<0.001). CONCLUSION: Mylabris Mixture has the effect of inhibiting the growth of tumor constitution, and regulating immunological function on mice with tumor. Its mechanisms include the reinforcement of T lymphocyte immune function, NK cell killing function and humoral immune function.