Biomedical Science and Research Journals | Biomaterials Research and Medical Applications
The biocompatibility of a material can be defined in the sense
that it produces desired or tolerated reactions in a living organism.
The metals, in contact with the biological body, give complex
effects, producing a series of biological reactions depending on the
concentration, the exposure time, etc. According to the biological
interaction mode, the metals are divided into: (i) Metallic elements
needed in very small concentrations for the living body called
essential elements, including cobalt, manganese, zinc, magnesium,
sodium, potassium etc.; (ii) Elements that produce toxic effects for
the body if present in higher concentrations, the cytotoxic effect
being demonstrated by the cell culture system, such as arsenic,
cobalt, nickel etc . and (iii) Metals with allergic potential (nickel,
cobalt and chromium) are considered to be highly allergic to
the body. The overall strategy for testing biomaterials involves
assessing them in two ways: (i) “in vitro” evaluation performed on
cell cultures or in the blood; (ii) “in vivo” assessment on animals.
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