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Keyword [Glioma grading]
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1. Correlation Study Of MR Perfusion-Weighted Imaging With Postoperative Pathology And Immunohistochemical Results In Cerebral Gliomas
2. The Value Of Application In Grading Of Cerebral Glioma With 3.0T~1 H-MRS
3. Evaluation Of Brian Glioma Grading And Brain Tumor Diagnosing With Dynamic Susceptibility-contrast MR Imaging
4. The Quantitative Relation Between Microvascular Permeability, And Glioma Grading Study
5. The Absolute Quantification Of Metabolite Concentrations In Supretentorial Gliomas With Mulit-voxel Proton Magnetic Resonance Spectroscopy
6. Characterization Of Functional MR Imaging In The Peritumoral Region Of Supratentorial Gliomas And Correlation With Pathology
7. Assessment Of Perfusion Ct(PCT) Parameters As Imaging Biomarkers In Glioma Grading
8. Preliminary Study On The Correction Parameters And Advantages Of18F-FDG PET-CT In The Diagnosis Of Glioma Grading
9. Meta-analysis Of Diffusion Tensor Imaging FA Values And ADC Values Applied In The Glioma Grading And Infiltration
10. The Diagnosis Value Of Susceptibility Weighted Imaging Semiquantitative Assessment For Pathological Vasculairity In Grading Cerebral Glioma
11. Applying The Combination Of 1H-MRS And DTI In Glioma Grading
12. Research On Cerebral Glioma Grading Andcompensatory Mechanism Based On BOLD-fMRI
13. DTI And MRS Study Of Preoperative Glioma Grading
14. Cerebral Glioma Grading Using Bayesian Network With Features Extracted From Multi-Modal MRI
15. The Applied Study Of T1 Relaxation Time In The Rotating Frame Imaging And Perfusion Weighted Imaging In Glioma Grading
16. A Meta-analysis Of Dynamic Contrast Enhanced Perfusion Values For The Prediction Of Glioma Grade
17. The Application Of MR Diffusion Kurtosis Imaging In Glioma Grading
18. Radiomic Strategy For Preoperative Glioma Grading Based On Multi-modal Magnetic Resonance Images
19. T1-dynamic Contrast Enhanced MR Imaging:Glioma Grading And Prediction Of Proliferation
20. Experimental Study And Clinical Application Of 3.0T MR-DTI Parameter FA For Evaluating Glioma Grading And Microstructure
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