Correction to: Imaging of fetal brain tumors

Fetal Brain Imaging

Fetal brain imaging SWISS SOCIETY OF NEONATOLOGY

3 INTRODUCTION Ultrasound imaging (US) is the screening modality of choice for the detection of fetal abnormalities. It has many advantages over other imaging modalities in that images have high anatomical resolution and are performed in " real time " , allowing dynamic assessment of the fetus. In addition, ultrasound is widely available at relatively a low cost compared with other imaging moda...

The Utility of Diffusion Weighted Magnetic Resonance Imaging in Detection of the Origin of the Brain Solid Metastatic Tumors

Background: Early diagnosis of brain tumors has significant effect on the treatment process. Brain metastatic tumors are usually diagnosed following the neurological symptoms in patients or incidentally after Computerized Tomography (CT) scan and Magnetic Resonance Imaging (MRI) requests of the brain. Objectives: Implementation of a new method for being informed about the origin of brain tumors...

Correction to: Efficacy of Radiofrequency Ablation in Patients with Metastatic Liver Tumors from Breast Carcinoma

In the article published in Volume 27, issue 158, 2017, the Results section in English Abstract have been published incorrectly. The correct Results is given below:   Results: The most frequent sizes of mass were 2-4 cm (n=33, 54%) and 4-5 cm (n=23, 38%). Among the patients, 35 (67.3%) had one tumor before, in 11.5% renew tumor happened, and 65.4% had one tumor after treatment. Liver tum...

A Novel Approach to High Resolution Fetal Brain MR Imaging

This paper describes a novel approach to forming high resolution MR images of the human fetal brain. It addresses the key problem of motion of the fetus by proposing a registration refined compounding of multiple sets of orthogonal fast 2D MRI slices, that are currently acquired for clinical studies, into a single high resolution MRI volume. A robust multi-resolution slice alignment is applied ...