The research aims to investigate the role of invadopodia-associated proteins in different subtypes of unicystic ameloblastoma and how hypoxia affects their behavior.
Examined immunohistochemical expression of specific proteins in various ameloblastoma subtypes.
Compared the invasive capacity of MUA, LUA, and IUA under hypoxic conditions.
Utilized histological techniques to assess protein expression levels.
MUA shows significantly higher invadopodia-associated protein expression compared to LUA and IUA.
Hypoxia correlates with increased invasive potential in MUA.
Findings indicate a potential mechanism for aggressive behavior in ameloblastoma subtypes.
Abstract
These findings suggest that hypoxia may contribute to more aggressive behavior in MUA, potentially enhancing its invasive capacity compared to LUA and IUA.