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PubMed · 9265455

[Ureteral replacement with appendix].

Abstract

OBJECTIVE: The scant references in the literature on the use of the appendix in ureteral substitution prompted us to describe the present case in whom this technique was utilized. METHODS: The surgical technique of appendiceal interposition to repair a defect approximately 10 cm long in the right ureter is described. Following excision of a mass arising from the adnexa that entrapped the ureter at the level of the pelvis, the defect was repaired with the appendix. RESULTS: At two years follow-up, the patient is well and right excretory system function is normal. CONCLUSION: Ureteral repair with the appendix is simple and easy to perform. However, the indications for appendiceal interposition are more limited than those of the classical surgical techniques.

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BibTeXRIS

J A Valero Puerta, J Henriquez Blanco, C Jiménez García, F Alonso Pombar, S I Martínez de la Riva. 1997. [Ureteral replacement with appendix].. https://pubmed.ncbi.nlm.nih.gov/9265455/

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[Application of a new MR microscope using an independent console system (MRMICS) for biological tissues in vitro].

We studied microscopic MR images of the normal appendix in vitro using a new MR microscope system: MR Microscope using an Independent Console System (MRMICS). The MRMICS was placed in the clinical MR room, and the probe box was fixed on the bed of the 1.5 T clinical MR machine. T1-, T2-, and proton density-weighted images were obtained using spin echo sequences with an in-plane pixel size of 100 x 100 microns. Zonal structures of the appendix were clearly demonstrated with different contrast by different sequences. Therefore, the MRMICS is a useful add-on system for investigating microscopic MR images of biological tissues in vitro.

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