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Imaging 2004;16:85-100.
Vomiting in infancy
R J Arthur
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Figure 19. Torted mesenteric cyst. Ultrasound in this boy had demonstrated a large cyst in the left flank typical of a mesenteric cyst. CT was performed as his symptoms were inconsistent with an uncomplicated mesenteric cyst. This demonstrated that the cyst had caused a volvulus of the mesentery, as shown by the spiralling of the mesenteric vessels in the midline. Emergency laparotomy was proceeded with.

Imaging 2004;16:101-113.
The role of ultrasound in the investigation of childhood abdominal pain
L Stewart
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Figure 1. Normal superior mesenteric vein–superior mesenteric artery axis.

Imaging 2004;16:101-113.
The role of ultrasound in the investigation of childhood abdominal pain
L Stewart
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Figure 2. Malrotation of the superior mesenteric vein–superior mesenteric artery axis.

Imaging 2001;13:357-365.
Multislice CT angiography
U J Schoepf, C R Becker, R D Bruening, B M Ohnesorge, A Huber, L-G Haw, H Hildebrandt, and M F Reiser
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Figure 9. For a more detailed analysis of mesenteric vessels, a 1 mm collimation scan is performed. The high spatial resolution of such a study allows non-invasive visualization of fine anatomical detail of the mesenteric vasculature.

Imaging 2002;14:8-23.
Imaging of HIV disease in children
A C Jeanes and C M Owens
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Figure 14. Abdominal Burkitt's lymphoma. (a) CT abdomen following intravenous contrast medium, demonstrating ascites, peritoneal and mesenteric infiltration, and dilatation of the common bile duct secondary to infiltration of the porta hepatis (arrow). (b) Ultrasound of the abdomen of the same child using a high resolution linear array transducer demonstrates echo-poor peritoneal nodules and extensive mesenteric infiltration (arrow).

Imaging 2001;13:272-284.
Imaging in inflammatory bowel disease
R A Allan
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Figure 10. 8-year-old boy referred with suspected appendicitis. Ultrasound demonstrated a 6 mm diameter non-compressible appendix surrounded by mesenteric inflammation (a), diffuse thickening of the colon most marked in the caecum (b; longitudinal view) and ileocaecal region and multiple mesenteric lymph nodes (c). A ⁹⁹Tc^m hexamethylpropylene amine oxime white blood cell scan (d; 1 h images) demonstrated a moderately active pancolitis. These findings would be consistent with Crohn's disease, but in this case were owing to Yersinia enterocolitis.

Imaging 2004;16:101-113.
The role of ultrasound in the investigation of childhood abdominal pain
L Stewart
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Figure 11. Mesenteric lymphadenopathy.

Imaging 2001;13:272-284.
Imaging in inflammatory bowel disease
R A Allan
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Figure 7. Mesenteric adenopathy in a 10-year-old boy owing to Crohn's disease, which was more prominent than the bowel wall changes and the concern was lymphoma. There is an incidental horseshoe kidney.

Imaging 2004;16:101-113.
The role of ultrasound in the investigation of childhood abdominal pain
L Stewart
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Figure 27. Thin-walled mesenteric cyst.

10.

Imaging 2004;16:264-270.
Acute gastrointestinal haemorrhage: investigation and treatment
G Annamalai and I Robertson
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Figure 3. (a) Mid arterial superior mesenteric artery (SMA) angiogram showing a focal area of increased vascularity in the caecum suggestive of a focus of angiodysplasia. (b) Venous phase SMA angiogram demonstrating characteristic early filling of a prominent draining vein.

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Search Criteria:: Anywhere in Article: mesenteric