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Inadvertent insertion of nephrostomy tube into the renal vein following percutaneous nephrolithotomy: A case report and literature review |
Guangju Gea,Zhenghui Wanga,Mingchao Wanga,Gonghui Lia,*(),Zuhao Xua,Yukun Wanga,Shawpong Wanb
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a Department of Urology, Sir Run Run Shaw Hospital, Zhejiang University School of Medicine, Hangzhou, China b Department of Urology, First People's Hospital of Xiaoshan, Hangzhou, China |
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Abstract Percutaneous nephrolithotomy (PCNL) is an effective and well accepted procedure for the treatment of large and complex renal calculi. We encountered a patient with a misplaced percutaneous nephrostomy drainage tube (PNDT) into the contralateral renal vein resulting thrombus formation after undergoing right side PCNL. We placed a temporary filter to prevent embolism and started anti-coagulation therapy immediately and finally the PNDT was removed without bleeding.
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Received: 04 March 2018
Available online: 21 June 2018
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Corresponding Authors:
Gonghui Li
E-mail: 3193119@zju.edu.cn
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Computed tomography showing that the nephrostomy tube pierced through the right renal parenchyma and traversed across the right renal vein and the inferior vena cava, and ended in the left renal vein.
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Computed tomography showing that the nephrostomy tube pierced through the right renal parenchyma and traversed across the right renal vein and the inferior vena cava, and ended in the left renal vein.
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Contrast enhanced T1-weighted coronal imaging showing the end of the nephrostomy tube (blue arrow) and a thrombus (red arrow) in the inferior vena cava.
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Contrast enhanced T1-weighted coronal imaging showing the end of the nephrostomy tube (blue arrow) and a thrombus (red arrow) in the inferior vena cava.
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In inferior vena cava venography revealing that the temporary filter was implanted above the tube.
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In inferior vena cava venography revealing that the temporary filter was implanted above the tube.
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Computed tomography confirming the nephrostomy tube was in the renal pelvis.
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Computed tomography confirming the nephrostomy tube was in the renal pelvis.
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No. | Author | Age (year) | Sex | Side | Location | Management | 1 | Mazzucchi et al. [2] | 52 | M | L | Renal vein | Removed 1-step | 2 | Mazzucchi et al. [2] | 35 | F | L | Renal vein, IVC | Removed 2-step | 3 | Chen et al. [8] | 48 | M | L | Renal vein | Removed 1-step | 4 | Chen et al. [8] | 38 | F | L | Renal vein, IVC | Removed 2-step | 5 | Chen et al. [8] | 32 | M | L | Renal vein, IVC | Removed 2-step | 6 | Kotb et al. [9] | 50 | M | L | Renal vein, IVC | Removed 1-step (open pyelotomy) | 7 | Dias-Filho et al. [3] | 63 | F | L | Renal vein, IVC | Removed 1-step | 8 | Shaw et al. [4] | 54 | M | R | Renal vein | Removed 2-step | 9 | Li et al. [11] | 32 | F | L | Renal vein, IVC | Removed 2-step | 10 | Wang et al. [12] | 66 | F | L | Renal vein | Removed 1-step | 11 | Fu et al. [13] | 68 | M | R | Renal vein | Removed 1-step (open pyelotomy) | 12 | Fu et al. [13] | 26 | M | L | Renal vein, IVC | Removed 1-step (open pyelotomy) |
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Reports of intravenous misplacement of a nephrostomy tube.
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No. | Author | Age (year) | Sex | Side | Location | Management | 1 | Mazzucchi et al. [2] | 52 | M | L | Renal vein | Removed 1-step | 2 | Mazzucchi et al. [2] | 35 | F | L | Renal vein, IVC | Removed 2-step | 3 | Chen et al. [8] | 48 | M | L | Renal vein | Removed 1-step | 4 | Chen et al. [8] | 38 | F | L | Renal vein, IVC | Removed 2-step | 5 | Chen et al. [8] | 32 | M | L | Renal vein, IVC | Removed 2-step | 6 | Kotb et al. [9] | 50 | M | L | Renal vein, IVC | Removed 1-step (open pyelotomy) | 7 | Dias-Filho et al. [3] | 63 | F | L | Renal vein, IVC | Removed 1-step | 8 | Shaw et al. [4] | 54 | M | R | Renal vein | Removed 2-step | 9 | Li et al. [11] | 32 | F | L | Renal vein, IVC | Removed 2-step | 10 | Wang et al. [12] | 66 | F | L | Renal vein | Removed 1-step | 11 | Fu et al. [13] | 68 | M | R | Renal vein | Removed 1-step (open pyelotomy) | 12 | Fu et al. [13] | 26 | M | L | Renal vein, IVC | Removed 1-step (open pyelotomy) |
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Reports of intravenous misplacement of a nephrostomy tube.
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Tarhan H, Akarken I, Cakmak O, Can E, Ilbey YO, Zorlu F . Misplaced nephrostomy catheter in left renal vein: a case report of an uncommon complication following percutaneous nephrolithotomy. Urol J 2014; 11:1714-6.
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Fu W, Yang Z, Xie Z, Yan H . Intravenous misplacement of the nephrostomy catheter following percutaneous nephrostolithotomy: two case reports and literature review. BMC Urol 2017; 17:43.
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