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Background and study aim: Diabetic foot ulcer is a universal health problem. Neuroischemic changes and infection are responsible for its occurrence and complications. Altered or complete loss of sensation and microvascular disease complicated by unchecked infection can precipitate tissue necrosis and gangrene. A threat for a rapid test predicting early infected foot ulcer emerges. C-reactive protein (CRP) and macrophage migration inhibitory factor (MIF) are involved in innate inflammatory response. We aimed at evaluation of the ability of C-reactive protein and macrophage migration inhibitory factor to differentiate between early infected and non infected diabetic foot ulcers and to detect risk factors of diabetic foot ulceration. Patients and methods: 52 diabetic patients

Assessment Of C-Reactive Protein And Macrophage Migration Inhibitory Factor In Diabetic Foot Infection