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MRI performed with conventional sequences may not enable straightforward diagnosis of liver AE because the [http://en.wikipedia.org/wiki/INSRR INSRR] widely varying imaging results depend on the parasite's growth stage [4]?and?[5]. Furthermore, the infiltrative character of AE liver lesions mimics slow-growing primary or secondary liver malignancies. As demonstrated in the present investigation, ADC values are helpful for narrowing the differential diagnosis, particularly for excluding simple biliary cysts and malignant lesions. However, ADC values were not useful for distinguishing the different AE lesion types, except for one. Therefore, we recommend the routine addition of diffusion-weighted sequences when investigating liver AE, as well as the use of ADC values as a complementary tool for reaching the correct diagnosis. The authors declare they have no conflict of interest. The authors thank Philippe Frascarolo for his assistance with the statistical analysis and J��r��mie Uldry for his computer graphics work. ""The authors regret that in the above manuscript the following two errors were present. #1 [http://www.selleckchem.com/products/blz945.html BLZ945 ic50] In Section 2.4 of Materials and Methods (Contrast-enhanced MDCT), ��The procedure of preoperative staging in 18 patients was performed during the early hepatic arterial contrast phase, late arterial phase, and portal phase, and equilibrium phase. The procedure of restaging in 16 patients was performed during the portal phase.�� Should have read, ��Two phases (pre-contrast and portal phases), four phases (pre-contrast, arterial contrast, portal, and equilibrium phases), and five phases (pre-contrast, early hepatic arterial contrast, late arterial, portal and equilibrium phases) were scanned in 16, three, and 14 patients, respectively. #2 In Section 2.5 [http://www.selleckchem.com/products/BMS-754807.html BMS-754807 clinical trial] of Materials and Methods (Gd-EOB-DTPA-enhanced MRI), ��b-factor 0 and 800?s/mm2�� should have read, ��b-factor 0 and 1000?s/mm2��. ""Magnetic Resonance Imaging (MRI) is a versatile technique to image changes in brain anatomy and function. Since its clinical emergence in the beginning of the eighties, magnetic field strength for clinical MRI has increased from