Κυριακή 11 Δεκεμβρίου 2016
A Case of Brachiocephalic Fistula Steal and the Emergency Physician's Approach to Hemodialysis Arteriovenous Fistula Complications
Source:The Journal of Emergency Medicine
Author(s): Erica Simon, Brit Long, Kyle Johnston, Shane Summers
BackgroundChronic kidney disease is common in the United States, with many patients maintained on hemodialysis (HD). The process of HD requires vascular access through an arteriovenous (AV) fistula, AV graft, or central venous catheter. Today, as a result of the National Kidney Foundation's “Fistula First” initiative, nearly 55% of HD patients utilize an AV fistula. As there is significant morbidity and mortality associated with fistula placement and recurrent fistula cannulation, emergency physicians must be equipped to recognize and treat fistula complications.ObjectiveTo detail a case study of vascular insufficiency (vascular steal) presenting to an emergency department (ED) and provide an evidence-based approach to the emergency assessment and management of HD AV fistula complications.DiscussionA 66-year-old man presented to the ED with left upper extremity pain, paresthesias, and loss of grip strength of 1-week duration 15 days after placement of left upper extremity brachiocephalic fistula. He was diagnosed with dialysis access-associated steal syndrome and taken to the operating room for revision. Patients with HD fistulas may experience several complications, including vascular insufficiency, hemorrhage, infection, stenosis, thrombosis, aneurysms, or pseudoaneurysms. Emergency physicians must be able to identify these complications and deliver timely treatment.ConclusionsA comprehensive understanding of the appropriate management of AV fistula complications is paramount for the emergency physician. Early recognition and treatment of vascular insufficiency resulting from fistula creation, fistula hemorrhage, fistula infection, stenosis, thrombosis, and aneurysms or pseudoaneurysms is vital to reducing the morbidity and mortality associated with HD.
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Spontaneous Esophageal Dissection
Source:The Journal of Emergency Medicine
Author(s): Kurt E. Schapira, Eric Tomich
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IJERPH, Vol. 13, Pages 1230: Disadvantaged Social Groups and the Cigarette Epidemic: Limits of the Diffusion of Innovations Vision
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IJERPH, Vol. 13, Pages 1229: The Role of Soundscape in Nature-Based Rehabilitation: A Patient Perspective
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IJERPH, Vol. 13, Pages 1228: Facilitators and Barriers of Smokers’ Compliance with Smoking Bans in Public Places: A Systematic Review of Quantitative and Qualitative Literature
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Σάββατο 10 Δεκεμβρίου 2016
Edible Camphor-induced Histopathological Changes in Hippocampus and Cerebral Cortex Following Oral Administration into Rats
2016-12-10T15-20-04Z
Source: Journal of Interdisciplinary Histopathology
Oluwatobi T Somade, Damilola M. Ogunberu, Toyin T. Fakayode, Adeola O. Animashaun.
Introduction: Raw edible camphor (EC), and as component of herbal infusions are widely used to treat pile, back pain, erectile dysfunction, and as an aphrodisiac especially in preparation for sexual intercourse by men. It has been traced in umbilical cord, blood, fetal, adipose, and other tissues including brain, where it bioaccumulates. Methods: The study, therefore, investigated the possible histopathological changes in brain, heart, and spleen that may result following EC administration in rats. Thirty animals were used for the study and were divided into six groups of five rats each. Group I animals served as normal control, Group II animals served as vehicle control and were orally administered 6 mL/kg corn oil daily for 7 days, while Groups III-VI animals were orally administered 1, 2, 4, and 6 g/kg EC for 7 days daily. Results and Conclusions: Following the administrations of various doses of EC, the histopathological changes seen in the cerebral cortex of the brain include mild submeningeal spongiosis, mild diffuse spongiosis of the parenchyma, a very mild diffuse gliosis, and presences of gitter cells, while in hippocampus, there were mild diffuse gliosis and disruption of the progression of the hippocampal horns, as well as foci of spongiosis around the hippocampal horns, and neuronal cells have open faced nuclei. No effect was seen in heart and spleen except 4 g/kg of EC that revealed moderate diffuse congestion in spleen only. In conclusion, EC may not have any toxic effects on the cardiac and splenic cells, but had toxic effects on the brain hippocampus and cerebral cortex, and may lead to brain cell damage.
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