Matches in SemOpenAlex for { <https://semopenalex.org/work/W2999814557> ?p ?o ?g. }
- W2999814557 endingPage "145379" @default.
- W2999814557 startingPage "145379" @default.
- W2999814557 abstract "Bioresorbable biomaterials are expected to degrade or to be resorbed within the body at an appropriate degradation rate rather than removing the implant after fulfilling its function. Adsorption of proteins on the metal surface and its subsequent detachment can affect the degradation mechanism and induce health complications. The iron samples were produced from carbonyl iron powder by powder metallurgy and coated by thin layer of polyethyleneimine (PEI). The effect of both PEI coating and bovine serum albumin (BSA) interaction on corrosion resistance of iron biomaterials in Hanks’ solution was investigated. Adsorption of BSA onto Fe + PEI was more rapid in comparison to adsorption onto bare Fe due to the electrostatic nature of BSA adsorption to polymeric layer. The corrosion behavior of sintered samples in Hanks’ solution without and with protein was investigated. Alteration of degradation mechanism was observed in the presence of PEI and/or BSA. PEI was observed to avoid the pitting corrosion while presence of BSA resulted in surface-induced complexation. The extensive pitting with high extent of metal release was observed in the presence of PEI and BSA. The additional spectroscopic and microscopic methods were used to prove the suggested alteration of corrosion mechanism." @default.
- W2999814557 created "2020-01-23" @default.
- W2999814557 creator A5004755999 @default.
- W2999814557 creator A5005796901 @default.
- W2999814557 creator A5011701942 @default.
- W2999814557 creator A5012151753 @default.
- W2999814557 creator A5016658027 @default.
- W2999814557 creator A5023996061 @default.
- W2999814557 creator A5026843344 @default.
- W2999814557 creator A5029743470 @default.
- W2999814557 creator A5041390705 @default.
- W2999814557 creator A5053355661 @default.
- W2999814557 creator A5053962365 @default.
- W2999814557 creator A5066951937 @default.
- W2999814557 creator A5074906250 @default.
- W2999814557 creator A5078532378 @default.
- W2999814557 creator A5079854188 @default.
- W2999814557 creator A5090412148 @default.
- W2999814557 date "2020-04-01" @default.
- W2999814557 modified "2023-10-18" @default.
- W2999814557 title "Influence of albumin interaction on corrosion resistance of sintered iron biomaterials with polyethyleneimine coating" @default.
- W2999814557 cites W1775749144 @default.
- W2999814557 cites W1971879956 @default.
- W2999814557 cites W1977296411 @default.
- W2999814557 cites W1979456724 @default.
- W2999814557 cites W1982491922 @default.
- W2999814557 cites W1988876061 @default.
- W2999814557 cites W1995997091 @default.
- W2999814557 cites W1997101771 @default.
- W2999814557 cites W2001400039 @default.
- W2999814557 cites W2005043846 @default.
- W2999814557 cites W2006132154 @default.
- W2999814557 cites W2009005190 @default.
- W2999814557 cites W2010007899 @default.
- W2999814557 cites W2013768540 @default.
- W2999814557 cites W2015399861 @default.
- W2999814557 cites W2016442178 @default.
- W2999814557 cites W2021496896 @default.
- W2999814557 cites W2023217821 @default.
- W2999814557 cites W2027776715 @default.
- W2999814557 cites W2042070163 @default.
- W2999814557 cites W2047808059 @default.
- W2999814557 cites W2056797838 @default.
- W2999814557 cites W2058830685 @default.
- W2999814557 cites W2059542554 @default.
- W2999814557 cites W2060801017 @default.
- W2999814557 cites W2066089241 @default.
- W2999814557 cites W2068602449 @default.
- W2999814557 cites W2069920466 @default.
- W2999814557 cites W2070493538 @default.
- W2999814557 cites W2070717495 @default.
- W2999814557 cites W2073396032 @default.
- W2999814557 cites W2076040609 @default.
- W2999814557 cites W2077160154 @default.
- W2999814557 cites W2077648791 @default.
- W2999814557 cites W2081285745 @default.
- W2999814557 cites W2082315745 @default.
- W2999814557 cites W2084572631 @default.
- W2999814557 cites W2091613458 @default.
- W2999814557 cites W2101982331 @default.
- W2999814557 cites W2122983071 @default.
- W2999814557 cites W2124234952 @default.
- W2999814557 cites W2125360048 @default.
- W2999814557 cites W2313232242 @default.
- W2999814557 cites W2318935395 @default.
- W2999814557 cites W2336255637 @default.
- W2999814557 cites W2341929416 @default.
- W2999814557 cites W2379196448 @default.
- W2999814557 cites W2418502886 @default.
- W2999814557 cites W2513253380 @default.
- W2999814557 cites W2606598844 @default.
- W2999814557 cites W2611195948 @default.
- W2999814557 cites W2613462818 @default.
- W2999814557 cites W2621445187 @default.
- W2999814557 cites W2732913470 @default.
- W2999814557 cites W2734326347 @default.
- W2999814557 cites W2748652156 @default.
- W2999814557 cites W2777286489 @default.
- W2999814557 cites W2784151267 @default.
- W2999814557 cites W2790331032 @default.
- W2999814557 cites W2793794774 @default.
- W2999814557 cites W2810628108 @default.
- W2999814557 cites W2810999923 @default.
- W2999814557 cites W2887611490 @default.
- W2999814557 cites W2889518457 @default.
- W2999814557 cites W2891855548 @default.
- W2999814557 cites W2896712495 @default.
- W2999814557 cites W2899053016 @default.
- W2999814557 cites W2901011659 @default.
- W2999814557 cites W2902051451 @default.
- W2999814557 cites W2904929050 @default.
- W2999814557 cites W2905444335 @default.
- W2999814557 cites W4382397816 @default.
- W2999814557 cites W566147286 @default.
- W2999814557 doi "https://doi.org/10.1016/j.apsusc.2020.145379" @default.
- W2999814557 hasPublicationYear "2020" @default.
- W2999814557 type Work @default.
- W2999814557 sameAs 2999814557 @default.