1. Superior mesenteric angiography may also show these lesions and angiodysplasia.

2. Superior mesenteric vein; Thrombosis; Diagnosis; Treatment.

3. Laparotomy revealed mesenteric cyst with jejunal obstruction.

4. Intercellular pores were observed on the mesenteric mesothelium.

5. Bacterial culture and count of mesenteric lymph nodes, pancreas, spleen, liver, portal blood and cecal contents were measured with aseptic manipulation.

5.

6. The damages of superior mesenteric artery commonly occur with severe coronary artery damage.

7. CONCLUSION: The results indicate that the mechanism of mesenteric lymph ligation alleviating the lung injury after shock is related to up or down regulation of the above genes.

8. Methods: L-NAME was injected through femoral vein. Rtas' mesenteric lymphatic vessels were inspected within 2 hours in vivo.

9. Objective To analyze and summarize diagnose of mesenteric ischemia disease and the treatment effect.

10. Conclusion: Selective mesenteric angiography is the best diagnostic method of small intestinal telangiectasis.

11. The damages of superior mesenteric artery commonly occurred with severe coronary artery damage.

12. Conclusions Splenectomy is the apt factor to mesenteric venous thrombosis.

13. ObjectiveTo study the characteristics of mesenteric microcirculation and hemorrheology parameters in blood deficiency rats induced by acetylphenylhydrazine(APH)and intervention of Siwu decoction.

14. Objective To study the diagnosis and treatment of mesenteric vein thrombosis.

15. Recent studies of resection specimens from patients with Crohn's disease have shown inflammatory microvascular occlusion, apparently secondary to mesenteric vasculitis.

16. Recent evidence favours the idea that inflammatory bowel disease may be caused by mesenteric vasculitis.

17. The specimen was cooled externally by perfusion through the superior mesenteric artery with cold University of Wisconsin preservation solution.

18. Three hours after the ileal infusion, the abdomen was opened and the mesenteric vessels were tied.

19. The middle colic artery (MCA) stemmed from the superior mesenteric artery (SMA) in 77.8% of the patients with an absence rate of 8. %.

20. Barium studies, CT - scan of the abdomen, and superior mesenteric angiography were compatible with small bowel volvulus.

21. Objective To study the clinical characteristics and therapy of superior mesenteric venous thrombosis ( MVT ) Methods: Thediagnosisandtreatmentof 9 patientswithsuperiormesentericvenousthrombosiswereretrospectivelyanalyzed.

22. Objective To discuss the diagnostic and treatment methods of superior mesenteric vein thrombosis.

23. Aim To investigate the role and mechanism of endothelium-derived hyperpolarizing factor (EDHF) in shear stress induced vasorelaxation of rat mesenteric artery.

24. Objective:To explore the early diagnosis and surgical treatment of congenital mesenteric hiatal hernia.

25. Objective To explore the causes of misdiagnosis of acute superior mesenteric artery embolism.

26. Objective To study the diagnosis and treatment of superior mesenteric venous thrombosis following splenectomy.

27. Methods With an operating microscope and microsurgical instruments, rat's mesenteric lymphatics were isolated and the endothelium were primarily cultured and subcultured.

28. A useful landmark are the paired arteries that arise from the aorta caudal to the kidney, the coeliac and cranial mesenteric arteries.

29. Objective To evaluate the clinical effect of high ligation of inferior mesenteric artery in rectal cancer surgery .

30. Intestinal flora including Bifidobacteria, Lactobacilli, Enterobacteriaceae and Clostridium perfringens in the feces and bacterial translocation in mesenteric lymph nodes and spleens were detected.

31. Dissection of the superior mesenteric artery not associated with aortic dissection is rare.

32. All uncinate process of pancreas was between the superior mesenteric vein and the inferior vena cava.

33. Results: Dissection of mesenteric vessels, lymphadenectomy, and identification of the surgical plane were guided by the landmark of the superior mesenteric vein (SMV).

34. The changes in lymphocyte counting of peripheral blood leukocytes(PBL), mesenteric lymph node(MLN)and axillary lymph nodes(ALN)in each group were observed.

35. Methods 15 cases of acute superior mesenteric artery embolization clinical data were analyzed.

36. 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.

37. It proved that there were10cases of superior mesenteric artery embolus, 5cases of superior mesenteric arterial thrombosis and2cases of superior mesenteric vein thrombosis.

38. The number of CD80/CD86 M of spleen and mesenteric lymph node(MLN) were determined by double-label FCM method.

39. A 67-year-old woman with type 2 diabetes mellitus undergoes extensive resection of the small bowel and right colon with a jejunostomy and colostomy because of mesenteric ischemia.

40. Conclusion The decrease of substance P in the mesenteric plexus of jejunum by the fatty liver rat model has a relationship with the decrease of movement of intestine.

41. Conclusions Acute superior mesenteric artery embolism should be suspected in every patient with sudden abdominal pain, especially in those who have organic cardiac disease.

42. The broadbased attachment of the mesenteric root stabilizes the small bowel.

43. Objective To discuss the manifestations, diagnosis and management of acute superior mesenteric artery embolism.

44. Anomalies of mesenteric fixation may lead to abnormal openings through which internal hernias may occur. This is the likely mechanism of paraduodenal and supravesical hernias .

45. The inferior 1/3 part of the head of the pancreas was drained into the superior mesenteric vein via the anterior and posterior inferior pancreaticoduodenal veins .

46. Figure 17. The mesenteric cyst with a loop of jejunum.

47. Objective To summarize the diagnosis and treatment experience of super mesenteric vein thrombosis ( SMVT ).

48. Objective To assess the clinical value of duodenal circular drainage operation to treat superior mesenteric artery syndrome(SMAS).

49. Objective To explore representative region of sympathetic postganglionic neurons innervating visceral organs of abdomen in the celiac-superior mesenteric ganglion.

50. Objective To establish an enzymatic isolation method of human mesenteric arteriolar smooth muscle cells and study ion channel characteristics of the isolated cells.

51. After the inferior mesenteric vein and aorta were cannulated , simultaneous aortic cross-clamping was performed and cold preservation solution infused.

52. Objective: It is to evaluate the high frequency ultrasonography in diagnosis of acute mesenteric lymphadenitis.

53. Conclusions Most aberrant liver arteries come from superior mesenteric artery or left gastric artery.

54. Objective To explore the diagnosis and treatment of mesenteric venous thrombosis ( MVT ).

55. Objective To study whether a teardrop-shaped superior mesenteric vein (SMV) is a reliable CT sign of unresectable adenocarcinoma in the head of pancreas.

56. The superior mesenteric arteriogram is a better method for diagnosing bleeding of low digestive tract.

57. Objective: To summarize the clinical characteristics, diagnostic standard and treatment of superior mesenteric artery syndrome (SMAS).

58. Objective To enhance the value of high-frequency ultrasonography in differential diagnosis for mesenteric lymphadenectasis.

59. Hypotonic contrast X ray examination is most effective in diagnosis, and locating of small bowel tumors. Superior mesenteric artery angiography and CT scanning are also helpful.

60. Conclusion: The lower part of the surgical trunk of the superior mesenteric vein is the abouchement of the ileocolic vein and the upper part was the nearest right abouchement from the ileocolic vein.

61. Itmay be helpful in providing alternative diagnoses such as omental infarction or mesenteric adenitis.

62. Among them, 17 cases underwent small intestinal barium meal examination and 12 cases underwent superior mesenteric arteriogram.

63. There are multiple lymph node groupings in the abdomen, including mesenteric, paraaortic, celiac, and retrogastric.

64. To study the effects of Xinkeshu capsule ( XKS ) on the mesenteric microcirculation of rat.

65. Object: To investigate the effects of bombesin(BOM) on the membrane potential and membrane resistance of the cells of isolated guinea-pig sympathetic ganglia, mainly inferior mesenteric ganglion(IMG).

66. In the mesenteric MFH, only mass effect on terminal ileum was shown in barium enema.

67. Objective To evaluate the multisliee helical CT manifestations of mesenteric panniculitis.

68. The supply artery and it's branches enlargement, blood pool and regurgitant vein enlargement were showed in 8 cases with hemangioma of small intestine by superior mesenteric arteriogram.

69. BACKGROUND To study the relative factors between the mobile cecum complex and mesenteric artery constriction complex.

70. Objective To assess the efficacy and safety of interventional techniques for the management of symptomatic portal vein (PV) and superior mesenteric vein (SMV) thrombosis.

71. Figure 4. Malrotation with midgut olulus showing torsion around the narrow mesenteric stalk.

72. CT scan of the abdomen revealed focal free air and inflammatory strandings on the right pericolic and adjacent mesenteric fat plane associated with mucosal disruption at the hepatic flexure of colon.

73. The absence of chyle in the mesenteric lymphatics of the small intestine is a rather constant feature.

74. Objective:To assess the early diagnosis of acute mesenteric artery embolism and the clinical outcome of embolectomy.

75. Parasitize in portal and mesenteric veins of cattle, sheep and other animals. It mostly distributed in Asia and Europe,() and distributed in 23 provinces of China.

76. Objective To report the diagnostic and treatment principles for superior mesenteric artery ( SMA ) syndrome .

77. Among them, 12 cases were in superior mesenteric artery, 3 cases were in celiac artery.

78. The broad based attachment mesenteric root stabilizes the small bowel.

79. Qualitative analysis showed that the T1WI was the best sequence for demonstrating the splenic vein and could clearly show the superior mesenteric vessels . the portal vein and the coeliac artery.

80. Results The superior hypogastric plexus lies just posterior to the inferior mesenteric vessels.

81. Methods: Angigraphic findings of collateral pathways between celiac axis (CA) and superior mesenteric artery (SMA) in 13 patients with GAS were retrospectively summarized.

82. Rusults:The superior hypogastric plexus lies just posterior to the inferior mesenteric vessels.

83. After administration, the blood flow of vena portae, superior mesenteric artery, superior mesenteric artery and pressure of vena portae, average arterial pressure were measured.

84. These data indicate that the extent of disease; tumour behaviour and resectability are the important factors when defining a treatment plan for mesenteric desmoid tumours.

85. Objective To study the change of IL 6R GP130 gene expression in mesenteric lymph nodes (MLN) after burns and its relationship with cell apoptosis.

86. Objective To discuss the diagnostic and therapeutic experience in superior mesenteric vein thrombosis (MVT).

87. Objective: This study aimed at the color Doppler ultrasound assessment in mesenteric lymphadenitis in pediatrics.

88. Purpose Objective To investigate the mesenteric artery embolization diagnosis, surgery time, the operation mode of choice.

89. Bleeding site of suspected gas tric or mesenteric artery was identified by selective arteriography.

90. Distribution of lymph node metastasis in T1 sigmoid colon carcinoma: Should we ligate the inferior mesenteric artery?

91. The segment of the superior mesenteric vein between the two confluences of the gastrocolic vein and ths ileocolic vein is called the "surgical trunk".

92. Conclusion Multislice helical CT is very useful for the diagnosis of mesenteric panniculitis.

93. To determine the feasibility and safety of separating close adhesion between the portal vein, superior mesenteric vein (SMV) and pancreas after combined vascular occlusion was employed.

94. Two minor complications included superior mesenteric artery syndrome and atelectasis due to a mucous plug.

95. Conclusion RAS in the mesenteric adipose tissues is active in rats with metabolic syndrome, and antagonization of RAS can recover the lipogenesis of adipocyte.

96. Objective:To investigate the effects of propofol on outward potassium current in smooth muscle cells isolated from human mesenteric arterioles.

97. The diameters and flow volume as well as blood flow rate of splenic vein and superior mesenteric vein were markedly higher in cirrhosis with hemorrhage than those without hemorrhage.

98. In this report, microflora in GI tract and bacteria within bile duct and mesenteric lymphonodus in rat hepatic failure model was in investigated with a quantitative bacteria culture method.

99. Objective To evaluate the diagnostic value of high frequency ultrasonography in acute mesenteric lymphadenitis.

100. Objective To study bacterial translocation during mesenteric ischemia reperfusion injury.

101. After both the thoracic and abdominal cavities were entered, all intra-abdominal organs were mobilized allowing exposure of the inferior mesenteric vein and aorta.

102. Objective To evaluate the efficacy of anti-depressant treatment in superior mesenteric artery syndrome(SMAS) with depression and hydrocortisone.

103. The gastroduodenal artery that arises from the celiac trunk, constitutes the rich arterial blood supply of the pancreas, along with the splenic artery and the superior mesenteric artery.

104. Objective To analyze the experiences of the diagnosis and treatment for superior mesenteric vein thrombosis(SMVT).

105. Objective To sum up and analyse the experience of mesenteric venous thrombosis.

106. Superior mesenteric artery syndrome is an uncommon cause of duodenal obstruction.

107. Methods The clinical data of 22 cases of acute superior mesenteric artery embolism admitted in our hospital in recent 10 years were analyzed retrospectively.

108. The cervical, mediastinal, and mesenteric lymph nodes were extremely enlarged, edematous and rarely congested.

109. METHODS Vasoconstrictive responses to Phe were recorded in the rabbit renal, femoral, saphenous, mesenteric, splenic and ear arteries.

110. Objective To explore the diagnostic value of helical CT multistage scanning in superior mesenteric vein (SMV) infarction.