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LIVE SURGERY - Robotic partial nephrectomy
This video of a live surgery performed by Professor Christophe Vaessen (Paris, France) during the first IRCAD ,exclusive course in robotic urology very clearly demonstrates the landmarks and milestones for the execution of a robot-assisted partial nephrectomy using a posterior and extraperitoneal approach along with all the related tips and tricks. This is the case of a woman who consulted for hip pain and the MRI demonstrated 4 left kidney lesions. Professor Vaessen's laparoscopic skills and experience and the challenges of the procedure and their resolution, along with a dynamic Q&A and expert comments coming from the auditorium, make this video an essential educational tool to learn about partial kidney resections.
C Vaessen
Surgical intervention
6 months ago
131 views
2 likes
0 comments
30:54
LIVE SURGERY - Robotic partial nephrectomy
This video of a live surgery performed by Professor Christophe Vaessen (Paris, France) during the first IRCAD ,exclusive course in robotic urology very clearly demonstrates the landmarks and milestones for the execution of a robot-assisted partial nephrectomy using a posterior and extraperitoneal approach along with all the related tips and tricks. This is the case of a woman who consulted for hip pain and the MRI demonstrated 4 left kidney lesions. Professor Vaessen's laparoscopic skills and experience and the challenges of the procedure and their resolution, along with a dynamic Q&A and expert comments coming from the auditorium, make this video an essential educational tool to learn about partial kidney resections.
Radical cystoprostatectomy with intracorporeal orthotopic ileal neobladder reconstruction: 3D HD video laparoscopy
The author presents the case of a 64-year-old male patient with a high-grade urothelial carcinoma infiltrating the bladders (pT2-G2), with a CT-scan of the abdomen and thorax negative for secondary localizations. The patient was subjected to a radical cystoprostatectomy with intracorporeal orthotopic ileal neobladder reconstruction, performed entirely in 3D HD videolaparoscopy. After the intervention, the patient is mobilized early. Parenteral feeding is given until restoration of bowel peristalsis. The nasogastric tube is removed with restoration of bowel peristalsis. Continuous antibiotic treatment is administered for 7 days after surgery. Neobladder lavage is performed daily to evacuate mucus. Stents are inspected daily to ensure patency and sterile saline is used if there is any suspicion of obstruction. Deep vein thrombosis prophylaxis is continued. The drain is removed when the draining liquid is less than 50cc per day and when there is no urine leak. A cystogram is performed on postoperative day 14. The stents are removed sequentially at 24 hours of interval. The catheter is extracted from the neobladder 20 days after surgery. The patient is discharged from hospital 21 days after surgery. Two years after the intervention, he presents a negative oncology follow-up. The patient is in a satisfactory general health condition. He has fully recovered and returned to a normal professional life. He urinates regularly and empties his neobladder every 3 to 4 hours, with minimal stress incontinence, particularly in the evening when he is physically tired; he gains erectile activity with the use of medical devices, benefiting from a more effective intracavernous injection therapy and vacuum device, and pharmacotherapy proves less effective.
D Geddo
Surgical intervention
8 months ago
2451 views
17 likes
2 comments
17:33
Radical cystoprostatectomy with intracorporeal orthotopic ileal neobladder reconstruction: 3D HD video laparoscopy
The author presents the case of a 64-year-old male patient with a high-grade urothelial carcinoma infiltrating the bladders (pT2-G2), with a CT-scan of the abdomen and thorax negative for secondary localizations. The patient was subjected to a radical cystoprostatectomy with intracorporeal orthotopic ileal neobladder reconstruction, performed entirely in 3D HD videolaparoscopy. After the intervention, the patient is mobilized early. Parenteral feeding is given until restoration of bowel peristalsis. The nasogastric tube is removed with restoration of bowel peristalsis. Continuous antibiotic treatment is administered for 7 days after surgery. Neobladder lavage is performed daily to evacuate mucus. Stents are inspected daily to ensure patency and sterile saline is used if there is any suspicion of obstruction. Deep vein thrombosis prophylaxis is continued. The drain is removed when the draining liquid is less than 50cc per day and when there is no urine leak. A cystogram is performed on postoperative day 14. The stents are removed sequentially at 24 hours of interval. The catheter is extracted from the neobladder 20 days after surgery. The patient is discharged from hospital 21 days after surgery. Two years after the intervention, he presents a negative oncology follow-up. The patient is in a satisfactory general health condition. He has fully recovered and returned to a normal professional life. He urinates regularly and empties his neobladder every 3 to 4 hours, with minimal stress incontinence, particularly in the evening when he is physically tired; he gains erectile activity with the use of medical devices, benefiting from a more effective intracavernous injection therapy and vacuum device, and pharmacotherapy proves less effective.
Right laparoscopic ureteroureteroplasty
Lower ureteral strictures are commonly managed with ureteral reimplant surgeries. However, some patients still have a good distal ureteral stump, which can be used in the repair of these pathologies. In those cases, reimplant ureteral surgeries and their surgical maneuvers, e.g. psoas hitch, Boari flap, are not the best management options.
This video shows a ureteroureteroplasty in a 37-year-old female patient with ureteral stricture at the level of the crossing iliac vessels due to several previous endoscopic manipulations for the treatment of ureteral/kidney stones.
The ureteroureteroplasty technique was chosen since the proximal and distal parts of the ureter near the stenosed area were healthy.
At the end of the video, preoperative MRI and 1-year follow-up CT urogram 3D reconstructions are placed side by side, demonstrating the resolution of hydronephrosis.
B Lopes-Cançado Machado, V Chamum Costa
Surgical intervention
1 year ago
2422 views
4 likes
0 comments
08:39
Right laparoscopic ureteroureteroplasty
Lower ureteral strictures are commonly managed with ureteral reimplant surgeries. However, some patients still have a good distal ureteral stump, which can be used in the repair of these pathologies. In those cases, reimplant ureteral surgeries and their surgical maneuvers, e.g. psoas hitch, Boari flap, are not the best management options.
This video shows a ureteroureteroplasty in a 37-year-old female patient with ureteral stricture at the level of the crossing iliac vessels due to several previous endoscopic manipulations for the treatment of ureteral/kidney stones.
The ureteroureteroplasty technique was chosen since the proximal and distal parts of the ureter near the stenosed area were healthy.
At the end of the video, preoperative MRI and 1-year follow-up CT urogram 3D reconstructions are placed side by side, demonstrating the resolution of hydronephrosis.