Co–Cr Dental Prosthesis Degradation Review
A PROSPERO-registered systematic review of material degradation in cobalt-chromium dental prostheses.
ResearchSystematic review · 11 studies- Division
- Research
Synthesised 11 studies on corrosion, wear, and ion release in cobalt-chromium dental prostheses under PRISMA 2020.
- Systematic review
- PRISMA 2020
- PubMed / Scopus / Web of Science
- Biomaterials
01Problem / user need
Which controllable variables most strongly drive clinical degradation — corrosion, wear, and ion release — in cobalt-chromium dental prostheses?
02Requirements
PendingThis section has not been written up yet.
03Architecture
PendingThis section has not been written up yet.
04Design decisions
PendingThis section has not been written up yet.
4.5Scope & role
PendingThis section has not been written up yet.
05Implementation
A PROSPERO-registered protocol. Searched PubMed, Scopus, and Web of Science and included 11 studies under PRISMA 2020.
06Verification
Key finding: across the included studies, surface finishing drove degradation outcomes more than alloy composition or fabrication method.
07Failures / iterations
PendingThis section has not been written up yet.
08Limitations
- Eleven included studies; the conclusions are bounded by their heterogeneity and quality.
09Repository / demo / report
PendingNo public repository, demo, or report is linked yet.