Diversity in tumor territory of meningioma: Protein expression in vascular endothelial growth factor and epidermal growth factor

Background: Vascular endothelial growth factor (VEGF) and epidermal growth factor (EGF) are involved in tumor development and progression. But, the classifiedbased data of protein expression (PE) in meningiomas is unavailable. Therefore, we aimed to explore the PE of VEGF and EGF in meningiomas by considering evolutionary strategy and the regional tumorbased assay. #xD; Methods: PE was assayed using immunofluorescence (IF) within the peripheral, central, and basal sections of four meningioma tumors, and a lung metastatic brain tumor as a positive control. #xD; Results: Diverse characteristics and harmonic crosstalk in the individual sections and between different tumor sections were traced. The mode of PE was puzzling and personalized issue. Coexpression had a key impact on tumor evolution and diverse PE profiles led to draw the heterogenic classification, as the personalized/complementary insight in the functional behavior of VEGF and EGF. D1853N polymorphism of ATM gene was mosaics in two patients with meningiomas. #xD; Conclusion: The classified heterogeneity, harmonic coexpression, and diverse functional information in different regions of tumors may lead to predict the aggressiveness mode of tumors as a translational insight to the clinical managements including therapy in brain tumors.