The purpose of this page is to familiarize you with the planes, sequences, and protocols used in cardiac MR. Sequence descriptions are kept to a minimum here and are discussed in one of the recommended readings.

For brain magnetic resonance (MR) examination, three-dimensional imaging is commonly performed. Radiologists need to know the appropriate imaging angle for viewing. We present six imaging angles for the axial images. Each angle is determined by the reference line.

This section of the website will explain how to plan for an MRI orbits scans, protocols for MRI orbits, how to position for MRI orbits and indications for MRI orbits

This section of the website will explain planning for various types of MRI scans, MRI protocols, positioning for MRI, and common indications for MRI scans. This page will explain more about MRI brain.

Apr 15, 2020 · There are several different types, viewing planes, and a large range of associated pathologies to visualise. These complexities may make students intimidated by MRI interpretation. Here, we provide a brief overview of MRI fundamentals, approach, and interpretation.

Jun 4, 2024 · The most widely used plane for MRI and increasingly for CT is Talairach's anterior commissure-posterior commissure (AC-PC) plane which, as the name implies, lies along the line connecting the anterior and posterior commissures.

Mar 3, 2017 · Understanding the intricacies on radiography specially on CT scanning and MRI requires the familiarity with imaging planes. One of the example is the bread analogy which help explain the body planes.

Due to the anatomy and spatial disposition of the heart, cardiac exploration calls for specific slice planes, like those of cardiac ultrasonography. MRI exam of the heart is based on the following planes: 4 chambers; Left ventricle long-axis; Left ventricle short-axis.

Nov 23, 2012 · Familiarity with the basic pulse sequences, imaging planes, and anatomy pertaining to cardiac MRI is essential to formulate optimal protocols and interpretations.

This educational aticle aims to help radiologists and technicians to obtain cardiac planes comparable to those of cardiac ultrasound and gated SPECT. Of course, cardiac planes described herein for MRI also apply to multi-detector CT. Anatomically corrected malposition of the great arteries.