Assessment of H2O2/albumin and glucose on the biomedical iron alloys corrosion in simulated body fluid: Experimental, surface, and computational investigations

Interaction pathways of implant metal localized corrosion and macrophage inflammatory reactions

“…Firstly, the cell adhesion and cell metabolism can lower the corrosion resistance and trigger localized corrosion of the 316L SS. The glucose and other biomolecules from the DMEM solution or body fluid can form biomolecule adsorption layers on the implant surface and protect implant metals against corrosion attack [ [50] , [51] , [52] , [53] ]. This can be demonstrated by the significantly high pitting resistance of 316L SS in the high glucose DMEM (see Fig.…”

Enhanced corrosion performance of low‐cost titanium alloys in a simulated diabetic environment

“…Glucose inhibits the corrosion of mild steel and cast iron in acidic environments through a combination of physical and chemical interactions. [ 22 ] Understanding the corrosion characteristics of implant materials in the body environment of typical diabetes patients is crucial, given the prevalence of diabetes. The experimental titanium alloys underwent corrosion testing in glucose‐containing solutions representing diabetic and prediabetic patients to see how the alloys would hold when used in such environments.…”