Table 3.
Study (ref.) | Year | Country | Type of study | No. of patients | ROI selection | CE-MDCT phase | Reference standard | Texture features | Key message |
---|---|---|---|---|---|---|---|---|---|
Ba-Ssalamah et al [59] | 2013 | Austria | Retrospective | 47 | Single slice | Arterial; venous | Biopsy | 2nd order statistics | Texture analysis can differentiate histological subtypes |
Giganti et al [62] | 2016 | Italy | Retrospective | 56 | Whole tumour | Late arterial | Radical resection | 1st and 2nd order statistics | Texture analysis reflects tumour aggressiveness and is related to prognosis |
Yoon et al [63] | 2016 | Korea | Retrospective | 26 | Single slice | Venous | Biopsy | 2nd order statistics | Texture features are associated with better survival in HER2-positive patients receiving trastuzumab |
Giganti et al [61] | 2017 | Italy | Retrospective | 34 | Whole tumour | Late arterial | Radical resection | 1st and 2nd order statistics | Texture analysis provides important information on the response rate to neoadjuvant therapy |
Liu et al [60] | 2017 | China | Retrospective | 107 | Single slice | Arterial; venous | Radical resection | 1st and 2nd order statistics | Texture parameters can predict the degree of differentiation, Lauren classification and vascular invasion |
ROI region of interest, CE-MDCT contrast-enhanced multidetector computed tomography, HER human epidermal growth factor receptor