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Charles L. Mesh

Researcher at Jewish Hospital

Publications -  5
Citations -  65

Charles L. Mesh is an academic researcher from Jewish Hospital. The author has contributed to research in topics: Odds ratio & Pseudoaneurysm. The author has an hindex of 3, co-authored 5 publications receiving 60 citations. Previous affiliations of Charles L. Mesh include Rush University.

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Coronary bypass in vascular patients: A relatively high-risk procedure

TL;DR: CABG in PVD patients is associated with significant major morbidity, which may preclude or alter the timing of subsequent VR, and this procedure is questioned if elective CABG is patients with severe peripheral vascular disease is a relatively high-risk procedure.
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Early pseudoaneurysm degeneration in biologic extracellular matrix patch for carotid repair.

TL;DR: A newly-approved carotid patch, derived from porcine small intestinal submucosa, is thought to allow functional tissue regeneration by acting as a biologic scaffold of extracellular matrix by balancing between degradation and host tissue synthesis.
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Benefit of a Single Dose of Preoperative Antibiotic on Surgical Site Infection in Varicose Vein Surgery

TL;DR: While diabetes and high body mass index are patient-associated SSI risk factors, a single dose of preoperative antibiotic significantly reduces the rate of all infection, eliminates the danger of serious infection, and is associated with minimal VTE.
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Chimney-Patch Arterial Graft in Kidney or Pancreas Transplantation for Recipients with Heavily Calcified Iliac Arteries.

TL;DR: Internal balloon occlusion is a safe and effective adjunct for renal or pancreas transplant to prevent clamp injury with no adverse effect on allograft function.
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The importance of antegrade completion angiography in aortobifemoral bypass limb revision

TL;DR: A case illustrating the potential shortfall of retrograde graft limb completion angiography in depicting neointimal flaps is described, the benefit of antegrade angiographic in depicting these flaps, and a novel utilization of a standard endovascular method to correct flaps that involve the graft body are described.