Research Article
Machine Learning Based on a Multiparametric and Multiregional Radiomics Signature Predicts Radiotherapeutic Response in Patients with Glioblastoma
Table 2
A summary of the high-throughput radiomics features extracted.
| MRI sequences | Region | Group | Feature name | Type |
| T1WI | Whole tumour | Shape | MinorAxisLength | Origin | CE-T1WI | Edema | Texture | MeanAbsoluteDeviation | Wavelet-HHL | CE-T1WI | Enhancement | Texture | GLCM_JointEnergy | Wavelet-LLH | CE-T1WI | Enhancement | Texture | GLDM_DependenceNonUniformityNormalized | Wavelet-LLH | CE-T1WI | Enhancement | Intensity | 90Percentile | Wavelet-LHH | CE-T1WI | Enhancement | Intensity | 90Percentile | Wavelet-HLH | T2WI | Whole tumour | Intensity | 90Percentile | Log-sigma-1-mm | T2WI | Nonenhancement | Texture | GLSZM-SizeZoneNonUniformity | Wavelet-LHH |
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