Periodontal disease is a chronic, multifactorial inflammatory disease in which biochemical and cellular events trigger each other, leading to the destruction of the tissues supporting the teeth . The pathogenesis of the disease is a dynamic process that develops as a result of complex interactions between pathogenic bacteria and the host response . There is a bidirectional relationship between diabetes mellitus (DM), which is among the systemic diseases that negatively affect the host immune response, and periodontal disease. In the case of DM, long-term hyperglycemia causes proteins to react irreversibly with glucose, resulting in the formation of advanced glycation end products (AGEs). It is suggested that increased AGE levels increase cytokine secretion against periodontopathogens, exacerbate inflammatory tissue destruction, and may negatively affect biological functions through cell-cell and cell-matrix interactions in the connective tissue. The present study was conducted to gain further insight into the role of CGF and serum Asprosin level in the pathogenetic processes linking DM and periodontal disease.
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Changes in Asprosin Levels in GCF an Serum Samples in periodontal disease
Timeframe: 6 Mounth