ABSTRACT
No abstract available.
Subject(s)
Electrodiagnosis , Hypokalemic Periodic Paralysis , Neural Conduction , Paralysis , ThyrotoxicosisABSTRACT
No abstract available.
Subject(s)
Myotonic Dystrophy , Thoracic Surgery, Video-Assisted , ThymomaABSTRACT
Brain herniation into the middle ear cavity is a rare entity that occurs mostly as a complication of otologic surgery. Other causes include a congenital skull base defect, infection, trauma, neoplasm and irradiation. It gives rise to cerebrospinal fluid otorrhea, progressive hearing loss, tinnitus, meningitis and other neurologic symptoms. Such patients tend to be misdiagnosed as having chronic otitis media and are often treated for long periods with inadequate conservative therapy. We report a case of brain herniation into the middle ear following traumatic temporal bone fracture, which was treated surgically via a transmastoid approach.
Subject(s)
Humans , Brain , Cerebrospinal Fluid Otorrhea , Cholesteatoma , Ear, Middle , Hearing Loss , Meningitis , Neurologic Manifestations , Otitis Media , Skull Base , Temporal Bone , TinnitusABSTRACT
OBJECTIVES: To assess the relationship between ST segment elevation during exercise testing and coronary artery disease. METHODS: Treadmill exercise electrocardiography and coronary angiography were performed in 137 patients with angina with no Q waves. The J point elevation of > 0.03mV(0.3mm) measured from baseline, the elevation of ST segment at 80msec. from J point(ST80) measured larger in lead V1than in aV1, or both the elevation of ST segment at J point and at ST80 developed earlier than or concomitantly with ST depression were considered as abnormal responses. RESULTS: 1) There was no clinical significance of ST elevation in lead aV1. 2) Exercise-induced ST elevation in lead V1occurred in 29 of 137 patients with angina. 3) Abnormal St elevation in V1was detected in 26 of 86 patients with coronary artery disease, for a specificity of 98%. The patients with left anterior descending coronary artery or left main coronary artery stenosis were observed in 3 of 5(60%) patients with single-vessel disease, in 7 of 9(79%) with two-vessel disease, and in 9 of 10(90%) with three-vessel disease. 4) The standard ST depression yielded a specificity of 55% in the patients with isolated or predominant ST depression in inferior leads(II. III, and aVF) and of 81% in the patients with isolated or predominat ST depressin in precordial leads(p<0.001). 5) Abnormal exercise-induced ST elevation in V1was detected in 13 of 39(33%) patients with isolated or predominat ST depression in inferior leads and yielded a specificity of 94% for coronary artery disease. CONCLUSION: Abnormal ST segment elevation in V1may increase the specificity in isolated or predominat ST segment depression in inferior leads and may predict left anterior descending or left main coronary artery disease.