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Training Collections
Library Memberships
On-demand course library with video lectures, expert case reviews, and more
Fellowship Certificate™ Programs
Practice-focused training programs designed to help you gain experience in a specific subspecialty area.
Ultimate Learning Pass
Unlock access to our full Course Library and all self-paced Fellowships.
Continuing Medical Education (State CME)
Complete all of your state CME requirements in one convenient place.
Noon Conference (Free)
Get access to free live lectures, every week, from top radiologists.
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Get a free weekly case delivered right to your inbox.
Case Crunch: Rapid Case Review (Free)
Register for free live board reviews.
Dr. Resnick's MSK Conference
Learn directly from the MSK Master himself.
Lower Extremities MRI Conference
Musculoskeletal Imaging
PET Imaging
Pediatric Imaging
For Training Programs
Supplement your training program with case-based learning for residents, registrars, fellows, and more.
For Private Practices
Upskill in high growth, advanced imaging areas.
Compliance
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Emergency Call Prep
Prepare trainees to be on call for the emergency department with this specialized training series.
1 topic, 4 min.
3 topics, 8 min.
3 topics, 11 min.
23 topics, 1 hr. 1 min.
Hydronephrosis Due to Stricture
3 m.Hydronephrosis Due to Nephrolithiasis
3 m.Gas in the Collecting System Due to Reflux
3 m.Pyelitis
3 m.Pyelonephritis
3 m.Renal Infarct
3 m.Neoplasm – Renal Cell Carcinoma
3 m.Neoplasm – Post-Transplant Lymphoproliferative Disorder
3 m.Post-Transplant Lymphoproliferative Disorder Metastatic
2 m.Collections – Hematoma
3 m.Collections – Urinoma
3 m.Acute Tubular Necrosis
4 m.Acute Rejection
4 m.Chronic Rejection/Drug Toxicity
4 m.Renal Artery Stenosis
5 m.Renal Vein Stenosis
3 m.Renal Vein Thrombosis
4 m.Renal Artery and Vein Thrombosis
3 m.Vascular Compromise Due to Subcapsular Hematoma
3 m.Reversed Diastolic Flow due to Subcapsular Hematoma
2 m.Pseudoaneurysm
2 m.Arteriovenous Fistula (AVF)
3 m.Complications Summary
4 m.0:00
So here we have a diagram of an alternative
0:03
surgical technique that can sometimes be
0:06
used for renal transplantation. We
0:09
don't do it that often, but we do see it
0:12
from time to time. So it's important to at least know what it looks like and will
0:15
also look at some of the ultrasound appearance of
0:18
this and so what's going on here is that you're actually removing
0:21
donor kidneys from a pediatric
0:24
patient. And so we sometimes use
0:27
these in the instance or you can't get an adult transplanted.
0:30
Kidney and the only alternative
0:33
is to get these pediatric kidneys from a child. And so and
0:36
that instance you typically remove both kidneys
0:39
we call on block pediatric on
0:42
block transplant. So both kidneys removed at once they're renal
0:45
artery and renal veins are also removed in the end fact
0:48
the Pediatric donors aorta and
0:51
IVC are also removed with these renal veins
0:54
and renal arteries over here. And then the anastomosis doesn't
0:57
take place between the donors.
1:00
Vein and the recipients external iliac
1:03
artery In Vein.
1:05
Rather the anastomosis takes place between the donors aorta
1:08
and the donors renal vein. So
1:11
that's what's actually used is the anastomosis in this instance.
1:14
And so when you're evaluating these you certainly want to evaluate, you
1:17
know, the inflow, which is the external iliac artery coming
1:20
over here anastomosis over here, which is
1:23
going to be between at external iliac already in the donor
1:26
aorta and you're gonna certainly try to evaluate
1:29
as much of the donor aorta as possible.
1:31
And then if possible the renal arteries here similarly with
1:34
the renal veins and so the anatomy is a little bit different in this
1:37
instance when you're transplanting pediatric kidneys into an
1:40
adult patient. And finally you also have to ask the most
1:43
ureters. Now you could do this one of two ways in this instance. I'm showing
1:46
you both ureters attacked separately to the bladder, but another
1:49
instances you could sort of an ask the most
1:52
ureters to one another and use that common trunk or common
1:55
ureter and an ass to most act to the bladder. And so
1:58
this is just a diagram of a pediatric unblock transplant that
2:01
sometimes can be used, you know, as a donor essentially to
2:04
place renal transplants in adult patients.
Interactive Transcript
0:00
So here we have a diagram of an alternative
0:03
surgical technique that can sometimes be
0:06
used for renal transplantation. We
0:09
don't do it that often, but we do see it
0:12
from time to time. So it's important to at least know what it looks like and will
0:15
also look at some of the ultrasound appearance of
0:18
this and so what's going on here is that you're actually removing
0:21
donor kidneys from a pediatric
0:24
patient. And so we sometimes use
0:27
these in the instance or you can't get an adult transplanted.
0:30
Kidney and the only alternative
0:33
is to get these pediatric kidneys from a child. And so and
0:36
that instance you typically remove both kidneys
0:39
we call on block pediatric on
0:42
block transplant. So both kidneys removed at once they're renal
0:45
artery and renal veins are also removed in the end fact
0:48
the Pediatric donors aorta and
0:51
IVC are also removed with these renal veins
0:54
and renal arteries over here. And then the anastomosis doesn't
0:57
take place between the donors.
1:00
Vein and the recipients external iliac
1:03
artery In Vein.
1:05
Rather the anastomosis takes place between the donors aorta
1:08
and the donors renal vein. So
1:11
that's what's actually used is the anastomosis in this instance.
1:14
And so when you're evaluating these you certainly want to evaluate, you
1:17
know, the inflow, which is the external iliac artery coming
1:20
over here anastomosis over here, which is
1:23
going to be between at external iliac already in the donor
1:26
aorta and you're gonna certainly try to evaluate
1:29
as much of the donor aorta as possible.
1:31
And then if possible the renal arteries here similarly with
1:34
the renal veins and so the anatomy is a little bit different in this
1:37
instance when you're transplanting pediatric kidneys into an
1:40
adult patient. And finally you also have to ask the most
1:43
ureters. Now you could do this one of two ways in this instance. I'm showing
1:46
you both ureters attacked separately to the bladder, but another
1:49
instances you could sort of an ask the most
1:52
ureters to one another and use that common trunk or common
1:55
ureter and an ass to most act to the bladder. And so
1:58
this is just a diagram of a pediatric unblock transplant that
2:01
sometimes can be used, you know, as a donor essentially to
2:04
place renal transplants in adult patients.
Report
Faculty
Mahan Mathur, MD
Associate Professor, Division of Body Imaging; Vice Chair of Education, Dept of Radiology and Biomedical Imaging
Yale School of Medicine
Tags
Vascular
Ultrasound
Non-infectious Inflammatory
Kidneys
Iatrogenic
Genitourinary (GU)
Body
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