Project ASTER: Difference between revisions

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|Carbide Ceramic Ossification
|Carbide Ceramic Ossification
|The candidate's bones are exposed via surgery or procedurally sequential surgeries. An advanced carbide ceramic material is grafted onto the skeletal structure to begin assimilation into the upper layers of the each individual bone. This results in the bones being virtually unbreakable. The coverage of this procedure does not exceed 3% total bone mass due to significant white blood cell necrosis: effectively, the carbide ceramic can only comprise a thin outer "shell" bonded to each bone without interfering with bone functionality as organs.<ref name ="reach"/>
|The candidate's bones are exposed via surgery or procedurally sequential surgeries. An advanced carbide ceramic material is grafted onto the skeletal structure to begin assimilation into the upper layers of each individual bone. This results in the bones being virtually unbreakable. The coverage of this procedure does not exceed 3% total bone mass due to significant white blood cell necrosis: effectively, the carbide ceramic can only comprise a thin outer "shell" bonded to each bone without interfering with bone functionality as organs.<ref name ="reach"/>
|3.8% failure rate due to possible mutations and compromised bone marrow matrix integrity. In pre-and near-postpubescent adolescents, skeletal growth spurts may cause irreparable bone pulverization.<ref name ="reach"/><ref name ="halsey1"/>
|3.8% failure rate due to possible mutations and compromised bone marrow matrix integrity. In pre-and near-postpubescent adolescents, skeletal growth spurts may cause irreparable bone pulverization.<ref name ="reach"/><ref name ="halsey1"/>
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