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MRS O. W. EVANS MRCVS 《The Journal of small animal practice》1970,11(11):752-752
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Steven De Decker DVM PhD Emma Davies DVM Diplomate ECVN Livia Benigni DVM Diplomate ECVDI Helen Wilson BVSc Ludovic Pelligand DVM PhD Diplomate ECVAA Emma L. Rayner BSc BVetMed FRCPath MRCVS Nadia Shihab MA VetMB Diplomate ECVN Holger A. Volk DVM PhD Diplomate ECVN 《Veterinary surgery : VS》2012,41(6):766-771
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Kathryn Rose Owen Guy J. HinniganEllen R. Singer DCM DVSc DipACVS/ECVS MRCVS 《Journal of Equine Veterinary Science》2012
The following report documents an unusual anatomical finding in two cases of aseptic tenosynovitis of the digital flexor tendon sheath. Disruption of the vinculum attachment between the palmar/plantar border of the superficial digital flexor tendon and the adjacent palmar/plantar annular ligament was identified in combination with other tendon pathology within the digital flexor tendon sheath. This tenoscopic finding has not been described previously in the literature. 相似文献
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Robert Goggs BVSc DACVECC MRCVS ; Livia Benigni DVM DECVDI MRCVS ; Virginia Luis Fuentes MA VetMB PhD DVC DACVIM DECVIM-CA MRCVS Daniel L. Chan DVM DACVECC DACVN MRCVS 《Journal of Veterinary Emergency and Critical Care》2009,19(1):30-52
Objective – To review the pathophysiology, clinical signs, diagnosis, and treatment of pulmonary thromboembolism (PTE) in small animals. Data Sources – Human and veterinary clinical studies, reviews, texts, and recent research in canine and feline PTE diagnosis and thromboembolic therapeutics. Human Data Synthesis – In humans, clinical probability assessment and point‐of‐care D‐dimer‐based algorithms are widely used. Computed tomography pulmonary angiography is the gold standard for PTE diagnosis in humans. Echocardiography is increasingly used for bedside assessment of affected patients. In low‐risk human patients anticoagulants alone are recommended while patients with cardiogenic shock are treated with thrombolytics followed by anticoagulation. Veterinary Data Synthesis – PTE is associated with numerous predisposing conditions causing hypercoagulability, blood flow stasis, or endothelial injury. Identifying at‐risk patients is key to diagnosis in small animals. Thromboelastography provides a method for identifying hypercoagulable patients. Computed tomography pulmonary angiography may replace selective pulmonary angiography as the imaging technique of choice for PTE diagnosis. PTE therapy consists of supportive treatment combined with appropriate, individualized thromboembolic pharmacotherapy for acute treatment and chronic management. Thrombolytic therapy for PTE remains controversial but may be indicated in hemodynamically unstable acute PTE. Thromboprophylaxis in specific conditions is rational although evidence of efficacy is limited. Prognosis depends upon degree of cardiopulmonary compromise and patient response to therapy. Mortality rates in small animals are unknown. Conclusions – New diagnostic techniques and advances in therapy offer significant potential for improvements in the identification and treatment of PTE in small animals. Further study must be directed to validating new diagnostic modalities and evaluating therapeutic regimes. 相似文献