ABSTRACT
The symptomatic nephroptosis of a kidney transplant is a rare and potentially fatal complication and requires fast diagnosis and treatment. In this report, we describe a case in which intermittent symptomatic hydronephrosis and an increase of the creatinine levels were the leading symptoms of nephroptosis. Moreover, we describe the diagnostic procedures and the successful minimal-invasive treatment. To our knowledge, this is the first report of a symptomatic transplant nephroptosis with consecutive intermittent hydronephrosis and without complications of perfusion solved with a minimal-invasive approach.
Subject(s)
Kidney Diseases/surgery , Kidney Transplantation/adverse effects , Adult , Humans , Hydronephrosis/etiology , Kidney Diseases/diagnostic imaging , Kidney Diseases/etiology , Male , Organ Motion , Patient Positioning , Reoperation , Treatment OutcomeABSTRACT
Background: Nephroptosis is a clinical condition characterized by symptoms related to an abnormal caudal movement of the kidney. During the past decade, the availability of laparoscopic surgery has led to a revival of interest in nephroptosis. Most of the traditional surgical techniques aim to achieve kidney fixation by placing triangulation sutures between the abdominal wall and the renal capsule. These sutures are often difficult to tie because of the confined working space. Case Presentation: We herein present a case of a 31-year-old female patient who presented with symptomatic right-sided nephroptosis and was managed effectively by laparoscopic nephropexy. We have applied a technical modification to facilitate laparoscopic fixation by utilizing suture and nonabsorbable polymer clips ("sliding clip" technique). Conclusion: Laparoscopic nephropexy is a safe and effective procedure for the management of symptomatic nephroptosis. The "sliding clip" technique is a modification familiar to most urologists that facilitates intracorporeal suturing and adequate renal fixation.
ABSTRACT
We present a case of a 17-year-old female who presented to an urgent care for evaluation of a right-sided abdominal mass. Prior to her evaluation, she had undergone advanced imaging and exploratory laparotomy that did not reveal a diagnosis for her symptoms. Our case emphasizes the importance of listening to the patient who persists in describing a particular clinical symptom and highlights the forgotten, yet historically well-known, diagnosis of nephroptosis.
ABSTRACT
The diffusion of minimally invasive techniques for renal surgery has prompted a renewed interest in nephropexy which is indicated to prevent nephroptosis in symptomatic patients and to mobilize the upper ureter downward in order to bridge a ureteral defect. Recent publications have been reviewed to present the state of the art of the diagnosis and management of these two challenging conditions and to try to foresee the next steps. The evaluation of patients with mobile kidney can be made relying on diagnostic criteria such as ultrasound with color Doppler and measurement of resistive index, conventional upright X-ray frames after a supine uro-computerized tomography scan and both static and dynamic nuclear medicine scans, always with evaluation in the sitting or erect position. Laparoscopic nephropexy emerges as the current treatment option combining both objectively controlled repositioning of the kidney and resolution of symptoms with minimal invasiveness, low morbidity, and short hospital stay. The use of robotics is presently limited by its higher cost, but may increase in the future. Downward renal mobilization and nephropexy is a safe and versatile technique which has been adopted as a unique strategy or more often in combination with other surgical maneuvers in order to cope with complex ureteral reconstruction.
Subject(s)
Kidney Diseases/surgery , Kidney/surgery , Abdominal Wall/surgery , Humans , Suture Techniques , Urologic Surgical Procedures/methodsABSTRACT
We report the case of a 15-year-old male, presenting with recurrent gross hematuria complicated by acute anemia. Cystoscopy showed little bleeding from the left ureteral orifice. Diagnosis of left renal vein compression at the aortomesenteric space was established through color Doppler ultrasonography and computed tomographic angiography. Therapeutic attitude was interventionist in our case, performing successful management with modified medial nephropexy, with a retroperitoneal approch. To the best of our knowledge, we report the second case of left medial nephropexy for treatment of the anterior nutcracker syndrome. The first case of modified medial nephropexy was done by lowering the left renal vein from its initial position in the aortomesenteric angle through a restrict retroperitoneal approach.
ABSTRACT
INTRODUCTION: Symptomatic hypermobile kidney is treated with nephropexy, a surgical procedure through which the floating kidney is fixed to the retroperitoneum. Although both open and endoscopic procedures have a high success rate, they can be associated with risk of complications, relatively long hospital stay and high cost. AIM: We describe our percutaneous technique for fixing a hypermobile kidney and evaluate the efficacy of the percutaneous nephrostomy insertion in management of symptomatic nephroptosis. MATERIAL AND METHODS: Between January 2005 and December 2011, 11 patients diagnosed with a symptomatic right nephroptosis of at least 1 year duration were treated with a single point percutaneous nephrostomy technique. All data were retrieved from patients' medical records and then retrospectively analysed. RESULTS: Nephropexy through a single point percutaneous nephrostomy technique was successfully accomplished in 11 women. The mean operative time was 20 min. The intraoperative estimated blood loss was minimal in all cases. No major or minor intraoperative complications were noted. The average postoperative hospital stay was 2 days. Women returned to their usual activities 14 days following the surgery. Nine women had complete resolution of their pain, and 2 patients continued to complain of discomfort in their lumbar area. One patient was re-operated upon with satisfactory subjective and objective outcomes achieved. One patient refused re-operation. CONCLUSIONS: Percutaneous nephropexy is simple, inexpensive and effective for treatment of symptomatic hypermobile kidney. It remains a valuable alternative to open, laparoscopic, and robotic methods for fixing a floating kidney.
ABSTRACT
We describe pediatric robotic assisted laparoscopic left nephropexy in a 12-year-old female for symptomatic nephroptosis after partial nephroureterectomy.
ABSTRACT
OBJECTIVES: To report a technique of percutaneous endoscopic nephropexy, using a polyglactin suture passed through the kidney, in patients with nephroptosis. PATIENTS AND METHODS: Four women presenting with symptomatic right nephroptosis underwent a percutaneous endoscopic nephropexy. An upper-pole calyx was accessed percutaneously and a 24-F working sheath was placed. Another needle access was made through a lower-pole calyx and a #2 polyglactin suture was passed into the renal pelvis. It was then pulled out through the upper-pole tract using the nephroscope. A retroperitoneoscopy was performed and the tip of the nephroscope was used to cause nephrolysis. After inserting the nephrostomy tube the polyglactin suture was passed into the subcutaneous tissue and then tied without too much tension, to avoid cutting the parenchyma. RESULTS: The operative duration was 33 min and the hospital stay after surgery was 3.5 days. The nephrostomy catheter was removed 5 days after surgery. There were no complications, especially no haemorrhagic, infectious, lithiasic or thoracic complications. The four patients were relieved of their initial symptoms, with a mean follow-up of 28 months. Ultrasonography and/or intravenous urography showed the kidney at a higher location with the patient standing. CONCLUSIONS: This technique combines the nephrostomy tract used in percutaneous techniques with the suture and nephrolysis used in laparoscopic techniques. Moreover, this procedure seems to be safe, with satisfactory anatomical and clinical results and a lower morbidity. However, a larger series will be necessary to establish its long-term morbidity and success rate.
ABSTRACT
Clinical manifestations of Nephroptosis are ubiquitous. Diagnosis is achieved after ruling out all other causes of abdominal pain by investigations. However, Nuclear Scan with Tc-99m GHA, MAG 3 and DTPA renal agents with dedicated imaging in supine and erect postures confirms the diagnosis5. Not only as a diagnostic aid, it also helps in decision making for surgical correction by depicting the changes in drainage and GFR in different postures. We describe a case of Nephroptosis where DTPA Renal Scintigraphy addressed the diagnostic and therapeutic issues in the case.
ABSTRACT
Nephropexy remains standard for symptomatic nephroptosis, and several minimally-invasive techniques have been described. Triangulation sutures placed between the abdominal wall and the renal capsule are often difficult to tie tightly due to the confined working space. We propose a technique modification to fixate the kidney utilizing the da Vinci Surgical System robot and Lapra-Ty absorbable suture clips. Four female patients with symptomatic nephroptosis diagnosed via kidney hypermobility demonstrated on intravenous urography (IVU) underwent robotic-assisted laparoscopic nephropexy (RALNP) from February 2008 to April 2010. After complete mobilization and stripping of perirenal fat, several 0 Vicryl sutures were placed in a "figure of eight" fashion and tied loosely. Subsequently we utilized a Lapra-Ty to tighten the stitch serially and fixate the kidney. The mean age was 46 years (43-52); one patient underwent simultaneous pyeloplasty and one underwent partial nephrectomy in the ipsilateral kidney. There were no intraoperative complications and two postoperative complications, both Clavien grade I. All patients were asymptomatic postoperatively at a mean follow-up of 9.2 months (1-28), and had no evidence of kidney hypermobility on upright IVU or diuretic renal scintigraphy (RS) scan at 6 weeks postoperatively. RALNP is a viable option in the treatment of symptomatic nephroptosis. Secure placement of several "pexing" sutures helps to ensure appropriate security of these itinerant kidneys. Our technique modification corrects kidney hypermobility while improving symptoms related to nephroptosis.
ABSTRACT
Objective: To discuss the procedure and clinical effect of retroperitoneal laparoscopic nephropexy (RLN). Methods: From August 2001 to June 2006, RLN was performed on 28 female patients aged 26-45 years old (mean, 34±2.5) with symptomatic nephroptosis, including 15 with the right kidney, 12 with the left, and 1 with both. The preoperative complaint of patients included subjective symptoms (constant and recurring pain in 28 patients) and objective symptoms (upper urinary infections in 16, hematuria in 12, and upper tract obstruction in 12). One patient underwent nephropexy via the transperitoneal approach and the others underwent nephropexy via the retroperitoneal approach. A retroperitoneoscopic procedure was performed after positioning the patients in the flank position. Digital preparation of the retroperitoneal space was made and standardized trocar was placed. The key step of the surgery was complete exposure of the kidney within Gerota' fascia, which was aimed to separate the potential adhesions between the colon and kidney or between the inferior blood vessels of the kidney. Nephropexy was performed between the fibrous capsule at the lower pole of the kidney and the dissected psoas muscle, using three sutures placed by intracorporeal technique or the percutaneous needle both for introduction and removal of the suture; the sutures were separately tied over the sacrospinalis fascia. Results: The mean operative time was (125±9) min (ranging 115-240 min); the mean postoperative hospital stay was (9±1.2) days, largely owing to the required 5-12 days' bed rest. During a mean follow-up of (24±4.2) months(ranging 3 to 70 months), 3 patients had paresthesia, 5 had constant and recurrent ache, 20 were completely free of pain, and 4 had micro-hematuria. One patient had further episodes of pyelonephritis and upper tract obstruction after operation. Intravenous pyelogram(IVP) revealed that the ptosis incorporated into more than one vertebral body in 2 patients. Postoperative renal function test showed an improvement in renal function. Conclusion: RLN is mini-invasive and has less complication. The procedure should be considered as one of the optimal therapy for nephroptosis.
ABSTRACT
Objective: To discuss the procedure and clinical effect of retroperitoneal laparoscopic nephropexy (RLN).Methods: From August 2001 to June 2006, RLN was performed on 28 female patients aged 26-45 years old (mean, 34±2.5) with symptomatic nephroptosis, including 15 with the right kidney, 12 with the left, and 1 with both. The preoperative complaint of patients included subjective symptoms (constant and recurring pain in 28 patients) and objective symptoms (upper urinary infections in 16, hematuria in 12, and upper tract obstruction in 12). One patient underwent nephropexy via the transperitoneal approach and the others underwent nephropexy via the retroperitoneal approach. A retroperitoneoscopic procedure was performed after positioning the patients in the flank position. Digital preparation of the retroperitoneal space was made and standardized trocar was placed. The key step of the surgery was complete exposure of the kidney within Gerota' fascia, which was aimed to separate the potential adhesions between the colon and kidney or between the inferior blood vessels of the kidney. Nephropexy was performed between the fibrous capsule at the lower pole of the kidney and the dissected psoas muscle, using three sutures placed by intracorporeal technique or the percutaneous needle both for introduction and removal of the suture; the sutures were separately tied over the sacrospinalis fascia. Results: The mean operative time was (125±9) min (ranging 115-240 min); the mean postoperative hospital stay was (9±1.2) days, largely owing to the required 5-12 days' bed rest. During a mean follow-up of (24±4.2) months(ranging 3 to 70 months), 3 patients had paresthesia, 5 had constant and recurrent ache, 20 were completely free of pain, and 4 had micro-hematuria. One patient had further episodes of pyelonephritis and upper tract obstruction after operation. Intravenous pyelogram(IVP) revealed that the ptosis incorporated into more than one vertebral body in 2 patients. Postoperative renal function test showed an improvement in renal function. Conclusion: RLN is mini-invasive and has less complication. The procedure should be considered as one of the optimal therapy for nephroptosis.
ABSTRACT
Objective: To discuss the procedure and clinical effect of retroperitoneal laparoscopic nephropexy (RLN).Methods: From August 2001 to June 2006, RLN was performed on 28 female patients aged 26-45 years old (mean, 34±2.5) with symptomatic nephroptosis, including 15 with the right kidney, 12 with the left, and 1 with both. The preoperative complaint of patients included subjective symptoms (constant and recurring pain in 28 patients) and objective symptoms (upper urinary infections in 16, hematuria in 12, and upper tract obstruction in 12). One patient underwent nephropexy via the transperitoneal approach and the others underwent nephropexy via the retroperitoneal approach. A retroperitoneoscopic procedure was performed after positioning the patients in the flank position. Digital preparation of the retroperitoneal space was made and standardized trocar was placed. The key step of the surgery was complete exposure of the kidney within Gerota' fascia, which was aimed to separate the potential adhesions between the colon and kidney or between the inferior blood vessels of the kidney. Nephropexy was performed between the fibrous capsule at the lower pole of the kidney and the dissected psoas muscle, using three sutures placed by intracorporeal technique or the percutaneous needle both for introduction and removal of the suture; the sutures were separately tied over the sacrospinalis fascia. Results: The mean operative time was (125±9) min (ranging 115-240 min); the mean postoperative hospital stay was (9±1.2) days, largely owing to the required 5-12 days' bed rest. During a mean follow-up of (24±4.2) months(ranging 3 to 70 months), 3 patients had paresthesia, 5 had constant and recurrent ache, 20 were completely free of pain, and 4 had micro-hematuria. One patient had further episodes of pyelonephritis and upper tract obstruction after operation. Intravenous pyelogram(IVP) revealed that the ptosis incorporated into more than one vertebral body in 2 patients. Postoperative renal function test showed an improvement in renal function. Conclusion: RLN is mini-invasive and has less complication. The procedure should be considered as one of the optimal therapy for nephroptosis.
ABSTRACT
Objective: To discuss the procedure and clinical effect of retroperitoneal laparoscopic nephropexy (RLN).Methods: From August 2001 to June 2006, RLN was performed on 28 female patients aged 26-45 years old (mean, 34±2.5) with symptomatic nephroptosis, including 15 with the right kidney, 12 with the left, and 1 with both. The preoperative complaint of patients included subjective symptoms (constant and recurring pain in 28 patients) and objective symptoms (upper urinary infections in 16, hematuria in 12, and upper tract obstruction in 12). One patient underwent nephropexy via the transperitoneal approach and the others underwent nephropexy via the retroperitoneal approach. A retroperitoneoscopic procedure was performed after positioning the patients in the flank position. Digital preparation of the retroperitoneal space was made and standardized trocar was placed. The key step of the surgery was complete exposure of the kidney within Gerota' fascia, which was aimed to separate the potential adhesions between the colon and kidney or between the inferior blood vessels of the kidney. Nephropexy was performed between the fibrous capsule at the lower pole of the kidney and the dissected psoas muscle, using three sutures placed by intracorporeal technique or the percutaneous needle both for introduction and removal of the suture; the sutures were separately tied over the sacrospinalis fascia. Results: The mean operative time was (125±9) min (ranging 115-240 min); the mean postoperative hospital stay was (9±1.2) days, largely owing to the required 5-12 days' bed rest. During a mean follow-up of (24±4.2) months(ranging 3 to 70 months), 3 patients had paresthesia, 5 had constant and recurrent ache, 20 were completely free of pain, and 4 had micro-hematuria. One patient had further episodes of pyelonephritis and upper tract obstruction after operation. Intravenous pyelogram(IVP) revealed that the ptosis incorporated into more than one vertebral body in 2 patients. Postoperative renal function test showed an improvement in renal function. Conclusion: RLN is mini-invasive and has less complication. The procedure should be considered as one of the optimal therapy for nephroptosis.
ABSTRACT
For the past two years, nephropexy using PCN was underwent in 9 cases of nephroptosis (8 patients) with variable degrees of flank pain. All were female and 6 on right, 1 on left and 1 on bilateral. All patients had a very mobile kidney and exact distance of movement measured on the film was greater than 6cm (6 to 15 cm). After this operation, 14-20 Fr. nephrostomy catheter was indwelled for about two weeks. All patients were followed at least 3 months(3 to 32, median 17 months). We followed the patients with symptom relief and IVP after 3 months. Nephropexy was regarded as success if she remained asymptomatic for more than 3 months. Five cases were successful and four cases felt recurrent flank pain within 1 month after the surgery. Among four cases of recurrence, one had repeated PCN and got successful result, another had open nephropexy and the others have been followed so far So overall success rate was 67% (6/9). In conclusion, nephropexy using PCN is less invasive, needs shorter period of admission and leaves ignorable scars postoperatively. Furthermore it can be repeated even in the case of failure or recurrence, which would make this new technique available as the first step for the surgical treatment of nephroptosis. And the success rate could be increased if the nephrostomy tract is dilated upto 30 Fr. and the PCN catheter is placed about 4 weeks.
Subject(s)
Female , Humans , Catheters , Cicatrix , Flank Pain , Kidney , Nephrostomy, Percutaneous , Pregnenolone Carbonitrile , RecurrenceABSTRACT
The nephroptosis is a downward displacement of kidney beyond the normal range of mobility which may cause urinary tract infection, flank pain, nausea and vomiting. In patients who develop symptoms may require nephropexy or empirical supporting treatment with abdominal belt. Since the ordinary method of nephropexy and bring renal capsular tearing, we designed a method of transfixing sutures to the upper and lower poles of kidney to quadratus lumborum muscle in order to prevent renal capsular damage. Herein, we present 3 cases of nephropexy by applying transifixing modified method to those who developed severe symptoms with satisfying results.
Subject(s)
Humans , Flank Pain , Kidney , Nausea , Reference Values , Sutures , Urinary Tract Infections , VomitingABSTRACT
Objective:To study the indicators and operative method of retroperitoneal laparoscopic nephropexy.Methods: From August2001to June2003,8patients with nephroptosis underwent retroperitoneal laparospic nephropexy.All cases were women with an average age of34years(range26-45years).Five cases involved the right kidney,2on the left and1on the both.The presurgical symptoms included constant and recurring pain in8cases,upper urinary infections in6,hematuria in 5,upper tract obstruction in4.A retroperitoneoscopic procedure was performed after positioning the patient in the flank posi-tion.The decisive part was complete exposure exposure within Gerota'fascia to mobilize potential adhesions or the colon,espe-cially to pull inferior blood vessel of the kidney.Nephropexy was performed between the fibrous capsule of the lower pole of the kidney and the dissected psosa muscle using3sutures placed by intracorporeal or extracorporeal technique.Results:The mean operative time was125min(range115-240min);the mean post-operative hospital stay was9d,and the mean bedrest time was7d.During a mean follow-up of12months(range3-20months),1patient complained of recurrent pain,and there was1hematuria.No patient had further episodes of pyelonephritis or upper tract obstruction.IVP revealed kidneys in the af-fected part were in the normal region and greatly improved.Conclusion:Retroperitoneal laparoscopic nephropexy has less trauma,less post-operative discomfort and quicker recovery.It should be considered as the first choice for nephroptosis.[
ABSTRACT
Method of nephropexy: Posterior vertical skin incision 5-6 cm of length, longitudinal incision of posterior lumbar fascia, medial retraction of erector spinae muscle, parallel incision with transverse muscle and medial retraction of quadratus lumborurn muscle in a successive process revealed lower pole of the kidney. 3-4 approximation sutures between the lower pole capsule of the kidney and the fascia in the upper incision site, and transverse supporting suture of fat tissue below the lower pole of the kidney were done. Nephropexy by posterior vertical incision was performed in 8 cases(14 kidneys), including 6 cases of bilateral nephroptosis and 2 cases of unilateral nephroptosis. Compared with nephropexy by lumbar incision, nephropexy by posterior vertical incision has superiority, such as less operative incision, shorter operation time, minimal sensory and motor paralysis.
