PubMed · 8633997
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F A Baciewicz. 1996. Reducing aortic root bleeding.. https://doi.org/10.1016/0003-4975(96)81449-4
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A 10-year-old spayed female mixed-breed dog was examined because of acute inspiratory dyspnea. Radiography and tracheoscopy revealed a discrete, solitary mass originating from the membranous portion of the trachea at the level of the thoracic inlet. Tracheal resection and anastomosis were performed, and on histologic examination of the resected tissue, extramedullary plasmacytoma was diagnosed. Although tracheal tumors are rare in dogs, they should be considered during evaluation of dogs with signs of airway obstruction. Prognosis is excellent for dogs with extramedullary plasmacytoma in which surgical excision is complete.
We present an atypical case of adult moyamoya disease whose clinical onset consisted of ischemic symptoms of the brain stem. She initially presented with left hemisensory disturbance caused by a pontine lesion, followed by a myelopathy of the upper cervical spinal cord. Eight months later, she presented with left hemiplegia and disturbed consciousness. Magnetic resonance angiography showed significant narrowing of both horizontal portions of the middle cerebral arteries (M1). Conventional angiography revealed bilateral occlusion of the internal carotid arteries. Her anterior circulation was supplied from the vertebro-basilar system through Moyamoya vessels and leptomeningeal collaterals. The intracranial steal phenomenon was thought to be the reason for the preceding events in the brain stem and upper cervical spinal cord. In addition, transcranial color-coded duplex sonography (TCCS) showed identical findings to conventional angiography with antegrade flow in the proximal M1 and retrograde flow in the distal M1. Thus, TCCS was useful for diagnosing the M1 occlusion in this case of Moyamoya disease.
The rectum and mesorectum are enclosed in a fascial sheath, the fascia propria, and represent an anatomical entity of abdominal origin. This package is a well-known anatomical and oncological base for radical rectal cancer excision. It is at present under discussion again under new aspects: The surgical and oncological quality of rectal cancer excision is largely surgeon-dependent. Modern rectal surgery is refined, with sharp, very precise dissection respecting the relevant fascial planes, identifying and protecting the autonomous pelvic nerves and achieving radical locoregional tumor clearance, thus virtually eliminating the serious problem of pelvic recurrence. In this overview the concept of total mesorectal excision (TME) is explained and open questions are discussed. It remains to be determined whether a refined and anatomically precise operative technique or the oncologic concept of TME are of primary importance, and also whether patient selection influences the results to some degree.