Color Atlas of Cerebral Revascularization

A highly-anticipated addition to Thieme's classic color atlas collection, Color Atlas of Cerebral Revascularization focuses on cerebral bypass techniques pioneered by leading surgeons at the world-renowned Barrow Neurological Institute in Phoenix, Arizona. Each procedure is presented with intraoperative photographs and exquisite anatomical illustrations to help surgeons master the complex microsurgical anatomy and subtle surgical technique used in managing the potential onset and condition of stroke and other causes of cerebral ischemia.Key Features:Side-by-side photo and illustration format aids in interpretation of intricate surgical procedures More than 1300 figures elucidate clinical cases from the Barrow Neurological Institute and other centers of neurosurgical excellenceA DVD, featuring more than 30 related surgical cases and narrated by the authors, is included with the bookCases illustrate how to successfully achieve revascularization for conditions such as moyamoya disease, recurrent aneurysms after endovascular treatment, giant aneurysms, vertebral artery insufficiency, and severe stenosisThe vascular anatomy related to each bypass technique is illustrated and described in the sections showcasing the clinical cases treated by the techniqueThis comprehensive atlas is an ideal reference for practicing neurosurgeons, neurosurgical residents, and interventional neuroradiologists, and it will be a relevant volume in their medical library for years to come.

<p><strong>Section 1: ACA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 1-1. Direct ACA-to-ACA bypass for giant ACA aneurysm<br>Case 1-2. Frontopolar artery-to-left A2 bypass for complex dissecting aneurysm<br>Case 1-3. A3-to-A3 bypass for giant A2 aneurysm<br>Case 1-4. A3-to-A3 bypass for fusiform A2 aneurysm<br>Case 1-5. A3-to-A3 side-to-side bypass for giant A2 aneurysm<br>Case 1-6. ICA repair for giant suprasellar tumor with ICA tear<br><strong>Section 2: STA-to-MCA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 2-1. STA-to-MCA bypass for moyamoya disease<br>Case 2-2. STA-to-MCA bypass for moyamoya disease<br>Case 2-3. STA-to-MCA bypass for cavernous sinus aneurysm<br>Case 2-4. STA-to-MCA bypass for MCA fusiform aneurysm<br>Case 2-5. Double-barrel STA-to-MCA bypass for giant MCA aneurysm<br>Case 2-6. Double-barrel STA-to-MCA bypass for giant MCA aneurysm<br>Case 2-7. STA-to-MCA bypass with endovascular occlusion of MCA dissecting fusiform aneurysm<br>Case 2-8. STA-to-MCA bypass with saphenous vein graft for giant ophthalmic artery aneurysm<br>Case 2-9. STA-to-MCA bypass with saphenous vein graft for ICA bifurcation giant fusiform aneurysm<br>Case 2-10. STA-to-MCA bypass for giant MCA aneurysm<br><strong>Section 3: STA-to-MCA Onlay Bypass</strong><br>Technique<br>Case 3-1. STA-to-MCA onlay for moyamoya disease<br><strong>Section 4: MCA-to-MCA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 4-1. Primary MCA reanastomosis for MCA aneurysm<br>Case 4-2. M2-to-M2 side-to-side bypass for MCA aneurysm<br>Case 4-3. M2-to-M3 interposition radial artery graft for fusiform MCA aneurysm<br>Case 4-4. Anterior temporal artery-to-MCA bypass for giant M1 aneurysm<br>Case 4-5. Anterior temporal artery-to-distal MCA bypass for giant recurrent complex MCA aneurysm<br>Case 4-6. Direct MCA-to-MCA and STA-to-MCA for giant MCA aneurysm<br>Case 4-7. Excision of aneurysm and direct MCA-to-MCA bypass and STA-to-distal MCA bypass for large complex MCA aneurysm<br><strong>Section 5: MMA-to-MCA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 5-1. MMA-to-MCA bypass for parafalcine meningioma and ACA-to-MCA collateralization<br><strong>Section 6: Bonnet Bypass</strong><br>Surgical Anatomy and Technique<br>Case 6-1. Bonnet bypass for complex mycotic pseudoaneurysm of carotid bifurcation<br><strong>Section 7: High-Flow Cervical Carotid Artery-to-MCA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 7-1. Cervical ICA-to-MCA bypass with vein graft for cavernous sinus malignant tumor<br>Case 7-2. Cervical end-to-end ICA-to-MCA bypass with saphenous vein graft with flow reversal for ICA bifurcation recurrent giant aneurysm<br>Case 7-3. ICA-to-M2 bypass with saphenous vein graft with ELANA anastomosis for giant MCA aneurysm<br>Case 7-4. Abdulrauf IMA-to-MCA bypass for giant cavernous sinus ICA aneurysm<br>Case 7-5. ECA-to-MCA bypass with radial artery graft for giant PCoA aneurysm<br>Case 7-6. ECA-to-MCA bypass with radial artery graft for complex MCA aneurysm<br>Case 7-7. Cervical ICA-to-MCA bypass with Saph. vein graft for giant ophthalmic artery aneurysm<br>Case 7-8. Subclavian artery-to-MCA bypass with saphenous vein graft for CCA occlusion<br><strong>Section 8: IMA-to-Cervical ICA Bypass</strong><br>Case 8-1. IMA-to-ICA bypass for cervical ICA pseudoaneurysm<br><strong>Section 9: Petrous ICA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 9-1. Petrous ICA-to-supraclinoid ICA bypass for bilateral intracavernous ICA aneurysms<br>Case 9-2. Bilateral petrous ICA-to-supraclinoid ICA bypass with saphenous vein grafts for bilateral traumatic ICA-cavernous sinus fistulas and aneurysms<br>Case 9-3. Cervical ICA-to-petrous ICA bypass with saphenous vein graft for bilateral traumatic dissection of ICAs<br>Case 9-4. Cervical ICA-to-petrous ICA bypass with saphenous vein graft for cervical ICA pseudoaneurysm<br><strong>Section 10: Cervical ICA-to-Cervical ICA Interposition Graft or Primary Reanastomosis</strong><br>Technique<br>Case 10-1. Cervical ICA-to-cervical ICA primary end-to-end reanastomosis for complex cervical ICA aneurysm<br><strong>Section 11: Subclavian Artery-to-CCA Bypass or Transposition</strong><br>Surgical Anatomy and Technique<br>Case 11-1. Subclavian artery-to-CCA bifurcation bypass with saphenous vein graft for radiation-induced occlusion of CCA<br>Case 11-2. CCA-to-subclavian artery transposition for severe stenosis at CCA origin<br><strong>Section 12: STA-to-PCA and STA-to-SCA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 12-1. STA-to-PCA bypass for complete occlusion of the right VA and severe stenosis of left VA with vestigial PCoAs<br>Case 12-2. STA-to-SCA bypass for symptomatic stenosis of mid-BA<br>Case 12-3. STA-to-SCA bypass for complex BA aneurysm<br>Case 12-4. STA-to-SCA bypass for giant serpentine BA trunk aneurysm<br><strong>Section 13: OA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 13-1. OA-to-PCA bypass for giant fusiform P2-P3 junction aneurysm<br>Case 13-2. OA-to-PICA bypass for complex PICA aneurysm<br><strong>Section 14: PICA-to-PICA Bypass</strong><br>Surgical Anatomy and Technique<br>Case 14-1. PICA-to-contralateral PICA bypass for giant VA aneurysm<br>Case 14-2. Direct PICA-to-PICA reanastomosis for PICA aneurysm<br>Case 14-3. Direct end-to-end PICA-to-PICA bypass for complex PICA aneurysm<br>Case 14-4. PICA-to-VA direct reanastomosis for large recurrent PICA aneurysm<br><strong>Section 15: FA-to-VA Bypass</strong><br>Case 15-1. FA-to-VA bypass for VA insufficiency<br><strong>Section 16: VA Reconstruction and VA-to-CCA Transposition</strong><br>Surgical Anatomy and Technique<br>Case 16-1. Direct VA reconstruction with saphenous vein graft for traumatic dissection of VA<br>Case 16-2. VA-to-CCA transposition with 17 years of follow-up.<br>Case 16-3. VA-to-CCA transposition for posterior fossa TIAs, right VA occlusion, and left VA stenosis<br>Case 16-4. VA-to-CCA transposition for right-to-left subclavian steal with recurrent VA aneurysm<br>Case 16-5. VA-to-CCA transposition for posterior fossa TIAs</p>