Cardiovascular/interventional radiology.
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Angiography↗
Biomedical subjects
E A Huettl
Publications and source records attributed to E A Huettl.
Thrombolysis of lower extremity embolic occlusions: a study of the results of the STAR Registry.
PURPOSE: To evaluate thrombolysis as primary therapy for lower extremity embolic occlusions. MATERIALS AND METHODS: Forty-five of 306 consecutive cases of lower extremity arterial occlusions treated with urokinase and registered in the Society of Cardiovascular and Interventional Radiology Transluminal Angioplasty and Revascularization Registry were believed on the basis of clinical and angiographic findings to be due to emboli. RESULTS: Comorbidity included atrial fibrillation in 50%, previous myocardial infarction in 40%, and a cerebrovascular event in 35%. Thirty-two (71%) limbs were viable, 12 (27%) were threatened, and one had irreversible ischemia. Mean symptom duration was 8.6 days. Average occlusion length was 17 cm. The distribution of emboli was 4% aortoiliac, 65% femoropopliteal, 24% tibial, and 7% graft. Major complications occurred in eight of 45 patients (18%). The technical success rate was 69%, with a 1- and 2-year primary patency of 79% for initially successful intraarterial thrombolyses. CONCLUSION: Thrombolysis of embolic occlusions is successful in most cases. Limb salvage and survival rates are similar to historical reports for surgical embolectomy.
Adult↗
Life-threatening pulmonary emboli and cor pulmonale: treatment with percutaneous pulmonary artery stent placement.
Large, central bilateral pulmonary emboli led to cor pulmonale and severe hypoxemia in a patient who had recently undergone cardiac surgery. After percutaneous catheter fragmentation and thrombolysis of the emboli failed, the left and right interlobal pulmonary arteries were recanalized by placement of self-expanding Wallstent endoprostheses through the clots. Pulmonary perfusion was restored to the lower lobes, and the patient demonstrated rapid clinical improvement.
Coronary Artery Bypass↗
Value of polydirectional tomography in the assessment of the postoperative spine after anterior decompression and vertebral body autografting.
With the growing number of orthopedic reconstructive spinal procedures, the use of bone grafting has steadily increased in the past decade. An understanding of the biology of bone grafting is essential for both the clinician and radiologist. Despite the advent of computed tomography and magnetic resonance imaging, conventional polydirectional tomography remains an important tool in the evaluation of vertebral body autografts. Trispiral or hypocycloidal tomography plays a valuable role in the assessment of bone graft fusion and possible complications, especially in the presence of metallic fixation devices. We present our imaging experience derived from 375 patients with cervical, thoracic, or lumbar anterior spinal fusion. True graft complications occurred in 27 patients (7%) and consisted of fracture (4%), malpositioning (3%), and infection (less than 1%).
Adult↗