and Horia Ples2
(1)
Department of Computed Tomography, SCM Neuromed, Timisoara, Romania
(2)
Department of Neurosurgery, University of Medicine and Pharmacy “Victor Babes”, Timisoara, Romania
6.1 Normal Peripheral Angiography

Fig. 6.1
3D VRT colour reconstruction, enlarged image
1. A. mesenterica superior
2. A. renalis sinistra
3. A. renalis dextra
4. Aorta abdominalis
5. A. iliacae communae
6. A. iliacae communae
7. A. iliacae internae
8. A. iliacae externae

Fig. 6.2
3D VRT colour reconstruction, bifurcatio aortae

Fig. 6.3
3D VRT colour reconstruction
1. A. iliacae externae
2. A. profunda femoris
3. A. femoralis

Fig. 6.4
3D VRT reconstruction, a. femoralis pars distalis

Fig. 6.5
3D VRT reconstruction
1. A. tibialis anterior
2. A. peronea

Fig. 6.6
3D VRT reconstruction
1. A. tibialis anterior
2. A. peronea
3. A. tibialis posterior
4. A. dorsalis pedis

Fig. 6.7
3D VRT reconstruction at the level of dorsum pedis
1. A. tibialis anterior pars distalis
2. A. dorsalis pedis

Fig. 6.8
3D VRT reconstruction with visualisation of regio dorsalis pedis

Fig. 6.9
3D VRT colour reconstruction posterior image at the level of regio cruris
1. A. tibialis posterior sinistra
2. A. peronea sinistra
3. A. tibialis anterior sinistra
4. A. tibialis anterior dextra
5. A. peronea magna
6. Hypoplastic a. tibialis posterior dextra

Fig. 6.10
3D VRT reconstruction regio cruris and fossa poplitea
1. A. poplitea
2. A. tibialis posterior sinistra
3. A. peronea sinistra
4. A. tibialis anterior sinistra
5. A. peronea dextra
6. A. tibialis anterior dextra

Fig. 6.11
3D VRT reconstruction at the level of fossa poplitea, enlarged image

Fig. 6.12
3D VRT reconstruction at the level of fossa poplitea and 1/3 distal part of crus with visualisation of a. femoralis

Fig. 6.13
3D VRT reconstruction at the level of 1/3 medialis part of crus with visualisation of a. profunda femoris

Fig. 6.14
3D VRT reconstruction after removal of the bone structure, visualisation of a. femoralis and a. profunda femoris

Fig. 6.15
3D VRT reconstruction after removal of the bone structure, at the level of abdomen with visualisation of bifurcation aortae and a. iliacae and a. femoralis

Fig. 6.16
3D VRT reconstruction after removal of the bone structure
6.2 Leriche Syndrome

Fig. 6.17
3D VRT colour reconstruction
1. Aorta abdominalis + pars proximalis
2. Truncus coeliacus
3. A. renalis sinistra
4. A. renalis dextra
5. A. mesenterica superior
6. Aorta abdominalis pars distalis + thrombosis and calcification
7. A. iliacae comunae et externae thrombosed and calcified
8. A. iliacae comunae et externae thrombosed and calcified
9. A. mesenterica superior

Fig. 6.18
3D VRT colour reconstruction
1. Aorta abdominalis
2. A. mesenterica superior
3. A. mesenterica inferior
4. Collateral through a. mesenterica inferior is vascularised
5. A. iliaca communis calcified and thrombosed

Fig. 6.19
3D VRT colour reconstruction
1. Truncus coeliacus
2. Aorta abdominalis
3. Ar. mesenterica superior
4. Collateral
5. A. mesenterica inferior
6. A. iliacae communae thrombosed and calcified

Fig. 6.20
3D VRT colour reconstruction
1. A. mesenterica inferior
2. Collateral
3. A. iliacae communae thrombosed and calcified

Fig. 6.21
3D MIP reconstruction
1. Aorta abdominalis
2. A. renalis sinistra
3. A. renalis dextra
4. A. abdominalis, pars distalis thrombosed and calcified
5. A. mesenterica inferior

Fig. 6.22
3D MIP reconstruction, sagittal plane
1. A. abdominalis
2. Truncus coeliacus
3. A. mesenterica superior
4. A. abdominalis pars distalis thrombosed and calcified
6.3 Leriche Syndrome Axillobifemoral Bypass

Fig. 6.23
3D VRT colour reconstruction
1. Aorta abdominalis
2. Extraanatomic axillofemoral graft
3. Occluded stent at the level of a. iliaca communis
4. A. femoralis

Fig. 6.24
3D VRT colour reconstruction right oblique incidence
1. Axillofemoral grafts
2. Occluded iliac stent
3. Anastomosis of a. femoralis graft

Fig. 6.25
3D VRT colour reconstruction right oblique incidence
1. Axillofemoral grafts
3. Anastomosis of a. femoralis

Fig. 6.26
3D VRT colour reconstruction
1. Extraanatomic grafts
2. Graft anastomosis + a. femoralis
3. A. femoralis

Fig. 6.27
3D MIP reconstruction
1. Aorta abdominalis
2. A. renalis sinistra
3. A. renalis dextra
4. Occluded iliac stent

Fig. 6.28
3D MIP reconstruction
1. Axillofemoral grafts
2. Graft anastomosis
3. A. femoralis
6.4 Leriche Syndrome Aortobifemoral and Femoropopliteal Graft

Fig. 6.29
3D VRT reconstruction
1. Aorta abdominalis pars distalis
2. Aortobifemoral graft
3. Arm of aortobifemoral graft
4. Femoropopliteal graft
5. A. profunda femoris

Fig. 6.30
3D VRT reconstruction, left oblique incidence
1. Aorta abdominalis
2. Truncus coeliacus
3. A. mesenterica superior
4. Aorta abdominalis pars distalis
5. Aortobifemoral graft
6. Arms of aortobifemoral graft

Fig. 6.31
3D VRT reconstruction, right oblique incidence

Fig. 6.32

3D VRT reconstruction, right oblique incidence

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