|
|
| Videos
: New videos Updated 3/1/08 |
CT
angiography of the forearm with vascular mapping
Sequence of images using axial, coronal and sagittal planes
as well as various volume rendered images to define muscle,
vascular and bony maps of the elbow |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
Aortic
valve replacement
4D mapping demonstrates replacement of aortic valve with valve
sparing procedure. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
Aortic
valve stenosis
Extensive calcification and thickening of aortic valve demonstrated
on this 4D display. |
|
Go
|
Movie
#1 |
3D
and 4D mapping demonstrate normally functioning aortic valve
replacement (AVR)
Evidence of left ventricle hypertrophy can be seen. Note the
use of varying rendering techniques for allowing visualization
of the aortic valve. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
|
Go
|
Movie
#6 |
|
Go
|
Movie
#7 |
Dilated
aortic root and sinuses of Valsalva
3D and 4D mapping demonstrate the aortic root to be dilated
as well as the sinuses of Valsalva. The patient also has a
bicuspid valve. This is all nicely seen on 3D and 4D mapping. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
|
Go
|
Movie
#6 |
|
Go
|
Movie
#7 |
|
Go
|
Movie
#8 |
|
Go
|
Movie
#9 |
|
Go
|
Movie
#10 |
Cor
Triatriatum
Linear line representing a cleft in the left atrium in a patient
with cor triatriatum |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
|
Go
|
Movie
#6 |
Coronary
artery bypass grafts
Coronary artery bypass with both saphenous and LIMA grafts |
|
Go
|
Movie
#1 |
Dilated
aortic root and aortic stenosis
4D mapping demonstrates aortic stenosis with dilated aortic
root and sinus of Valsalva. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
|
Go
|
Movie
#6 |
Congenital
heart disease with stent in pulmonary arteries
4D and 3D mapping demonstrate stents in both main pulmonary
arteries with patency of the stents documented by 3D and 4D
mapping. Also, good visualization of coronary arteries. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
|
Go
|
Movie
#6 |
|
Go
|
Movie
#7 |
|
Go
|
Movie
#8 |
Reimplanted
right coronary artery
Following aortic valve surgery, reimplanted coronary artery
is seen here with dilatation of implant site. This is nicely
seen on 4D imaging. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
| 3D
imaging of the internal auditory canal with thin section slab
imaging |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
Humerus
fracture with various renderings
Various renderings and change in lighting models define fracture
of humerus. |
|
Go
|
Movie
#1 |
Pseudoaneurysm
of ascending aorta
In this patient with aortic valve replacement, there is a
collection adjacent to ascending aorta which represents either
focal leak or pseudoaneurysm.
|
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
Persistent
left superior vena cava emptying into coronary sinus
3D and 4D mapping nicely demonstrate the patient's persistent
left superior vena cava emptying into the coronary sinus. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
Evaluation
of coronary arteries using sliding MIP technique
Multiple 3D reconstructions share the use of sliding MIP to
define the coronary arteries |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
Total
anomalous pulmonary venous return
Evidence of enhanced tubular structure in the right lower
lung consistent with total anomalous pulmonary venous return
with prior embolization. The vascular malformation is still
present. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
Normal
aortic root
CT angiography demonstrates the ascending aorta on this unremarkable
CT visualization of the coronary arteries. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
Reimplantation
of coronary artery following aortic root repair
3D and 4D mapping nicely show the focally dilated coronary
artery following repair. 3D mapping nicely shows the valve
and all motion. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
Dilated
ascending aorta
3D and 4D mapping demonstrate dilated ascending aorta. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
Bicuspid
aortic valve
3D and 4D mapping demonstrate evidence of bicuspid aortic
valve. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
Post-coarctation
of aorta repair with stent in place. The stent is patent.
3D and 4D imaging nicely define the stent and repair. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
|
Go
|
Movie
#6 |
|
Go
|
Movie
#7 |
|
Go
|
Movie
#8 |
CT
scan of the face with no nasal reconstruction
Good example of volume rendering showing the different rendering
techniques that show soft tissue, muscle, bone and skin. |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
Normal
cardiac chambers
3D mapping demonstrating a flow-enhanced image of blood in
chambers of the heart |
|
Go
|
Movie
#1 |
Cardiac
Movies
| Spectrum
of arotic valves |
|
Go
|
Movie
#1- aortic stenosis |
|
Go
|
Movie
#2- normal valve |
|
Go
|
Movie
#3- AVR |
|
Go
|
Movie
#4- bicuspid valve |
| Normal
coronary CTA |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
|
Go
|
Movie
#6 |
| Normal
LAD motion |
|
Go
|
Movie
#1 |
| Circumflex
arises off RCA |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
| Normal
coronary artery analysis |
|
Go
|
Movie
#1 |
|
Go
|
Movie
#2 |
|
Go
|
Movie
#3 |
|
Go
|
Movie
#4 |
|
Go
|
Movie
#5 |
|
Go
|
Movie
#6 |
|
Go
|
Movie
#7 |
|
|
