965 resultados para Stephen, Saint, d. ca. 36.
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Mode of access: Internet.
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Mode of access: Internet.
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Imprint varies slightly.
Vetus registrum sarisberiense alias dictum Registrum S. Osmundi episcopi. The register of S. Osmund,
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Text of "S. Osmundi consuetudinarium", Latin and English on opposite pages.
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Includes index.
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v. 1. Ab anno 1588. num. a. usque ad 20. novembris 1677. num. 2849.--v. 2. Ab anno 1678. num. 2850 usque ad diem 18. decembris 1779. num. 4395.--v. 3. Ab anno 1780. num. 4396. usque ad diem 27. maii 1826. num. 4620.a. Cui accedit appendix prima continuationis decretorum ab anno 1826. num. 4621. usque ad diem 11. martii 1837. num. 4810.--v. 4. Appendix II. continens continuationem decretorum ab anno 1837. num. 4811. usque ad diem 29. novembris 1856. num. 5230. Cum indice generali.--v. 5. Appendix III-IV continens continuationem decretorum a die 23 augusti 1856 n. 5231 ad diem 18 decembris 1877 n. 5715.
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Includes bibliographical references and indexes.
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Bibliographical footnotes.
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Vol. 3, pt. 2 has imprint: Monachii, Librariae J. J. Lentnerianae (E. Stahl) ; Neo-Eboraci, F. Pustet ; [etc., etc.]
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Infectious purpura fulminans is a rapidly progressive skin necrosis that carries a mortality rate of 30%. Here, we described a case of infectious purpura fulminans caused by Capnocytophaga diagnosed by a blood film.
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Introduction Cerebral misery perfusion represents a failure of cerebral autoregulation. It is animportant differential diagnosis in post-stroke patients presenting with collapses in the presence of haemodynamically significant cerebrovascular stenosis. This is particularly the case when cortical or internal watershed infarcts are present. When this condition occurs, further investigation should be done immediately. Case presentation A 50-year-old Caucasian man presented with a stroke secondary to complete occlusion of his left internal carotid artery. He went on to suffer recurrent seizures. Neuroimaging demonstrated numerous new watershed-territory cerebral infarcts. No source of arterial thromboembolism was demonstrable. Hypercapnic blood-oxygenation-level-dependent-contrast functional magnetic resonance imaging was used to measure his cerebrovascular reserve capacity. The findings were suggestive of cerebral misery perfusion. Conclusions Blood-oxygenation-level-dependent-contrast functional magnetic resonance imaging allows the inference of cerebral misery perfusion. This procedure is cheaper and more readily available than positron emission tomography imaging, which is the current gold standard diagnostic test. The most evaluated treatment for cerebral misery perfusion is extracranial-intracranial bypass. Although previous trials of this have been unfavourable, the results of new studies involving extracranial-intracranial bypass in high-risk patients identified during cerebral perfusion imaging are awaited. Cerebral misery perfusion is an important and under-recognized condition in which emerging imaging and treatment modalities present the possibility of practical and evidence-based management in the near future. Physicians should thus be aware of this disorder and of recent developments in diagnostic tests that allow its detection.
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Signatur des Originals: S 36/F03018
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Signatur des Originals: S 36/F08028
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Signatur des Originals: S 36/F08031