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Characterization of ion release from a novel biomaterial, Molybdenum-47.5Rhenium, in physiologic environments.

James M Mok, Kornelis Poelstra, Kevin Ammar,Matthew McGirt, Jason Cormier,Robert Hart,Jordan Bauman,Pam Cowart, Ishan Sheth,Preet Singh,Jay Yadav

The spine journal : official journal of the North American Spine Society（2023）

Cited 2|Views15
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Abstract
The novel biomaterial MoRe demonstrated a lower metal ion release profile in both a physiologic and inflammatory environment and was well below the established PDE.  Comparative testing of the cobalt-chromium and titanium alloys found higher levels of ion release in the inflammatory environment that exceeded the PDE for cobalt and vanadium.
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Biomaterial,Cobalt Chromium,Corrosion,Instrumented spinal fusion,Metal ion release,Metal toxicity,Metallosis,MoRe,Molybdenum,Molybdenum-47.5Rhenium,Rhenium,Spinal fusion implants,Spinal instrumentation,Titanium,Wear debris
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