PMC8487276_01
Antegrade nephrostogram demonstrating hydronephrosis with retained contrast in the collecting system of the right kidney. There is no contrast visualized within the right ureter. Two clips can be identified along the anatomical path of the right ureter.
RRU-13-733-g0001.jpg
PMC8487276_01_RRU-13-733-g0001.jpg
f0001
An antegrade nephrostogram (Figure 1), computed tomography (CT) abdomen and pelvis with intravenous contrast (Figure 2), and cystoscopy were performed revealing an extensive ureteral loss of the right side.
Abdomen and pelvis CT scan with intravenous contrast in the arterial demonstrates two main renal arteries. There is contralateral renal hypertrophy with preserved renal parenchyma on the ipsilateral side.
RRU-13-733-g0002.jpg
PMC8487276_01_RRU-13-733-g0002.jpg
f0002
An antegrade nephrostogram (Figure 1), computed tomography (CT) abdomen and pelvis with intravenous contrast (Figure 2), and cystoscopy were performed revealing an extensive ureteral loss of the right side.
The image on the left depicts the right kidney after retroperitoneal nephrectomy. The diseased ureter can be seen at the top of the image. The right image shows the surgeons placing the right kidney into the left iliac fossa via a Gibson incision.
RRU-13-733-g0003.jpg
PMC8487276_01_RRU-13-733-g0003.jpg
f0003
The right kidney was then placed into the left iliac fossa through a Gibson incision (Figure 3).
Abdomen and pelvis CT scan 2 months after surgery shows significant hydronephrosis of the transplanted kidney. However, this is the old hydronephrosis (the antegrade nephrostogram before the surgery have shown that).
RRU-13-733-g0004.jpg
PMC8487276_01_RRU-13-733-g0004.jpg
f0004
Abdomen and pelvis CT scan 6 months after surgery (the kidney seem to be smaller because the slices are not via the main axis of the kidney).
RRU-13-733-g0005.jpg
PMC8487276_01_RRU-13-733-g0005.jpg
f0005