We created a brain atlas that is an interactive tool for studying the conventional anatomy of the normal brain based on a magnetic resonance imaging exam of the axial brain. Anatomical structures and specific areas are visible as interactive labeled images.

Brain MRI (FLAIR) with annotations of major structures.

This MRI brain cross-sectional anatomy tool is absolutely free to use. Use the mouse scroll wheel to move the images up and down, or alternatively, use the tiny arrows (→) on both sides of the image to navigate through the images.

Nov 3, 2023 · This article will explain how to read a brain MRI using concrete examples of the MRI images of the brain. Emission of radio-waves and magnetic fields to produce images based on the tissue’s proton (hydrogen) levels. Adipose tissue sensitive sequence.

This page presents a comprehensive series of labeled axial, sagittal and coronal images from a normal human brain magnetic resonance imaging exam. This MRI brain cross-sectional anatomy tool serves as a reference atlas to guide radiologists and researchers in the accurate identification of the brain structures.

Full screen case with hidden diagnosis Fullscreen presentation mode but all the findings and discussion hidden. The same normal brain T2 MRI without labels for reference. The labeled structures are (excluding the correct side):

Anatomy Labelled radiographs and CT/MRI series teaching anatomy with a level of detail appropriate for medical students and junior residents.

Normal Brain: Normal Anatomy in 3-D with MRI/PET (Javascript) Atlas of normal structure and blood flow. Top 100 Brain Structures; Can you name these brain structures? Normal aging: structure and function ; Normal aging: structure and function ; Normal aging: coronal plane; Vascular anatomy. Cerebrovascular Disease (stroke or "brain attack"):

Brain magnetic resonance imaging (MRI) is a common medical imaging method that allows clinicians to examine the brain’s anatomy(1). It uses a magnetic field and radio waves to produce detailed images of the brain and the brainstem to detect various conditions(2).

These manually labeled MRI brain scans can be embedded into a medical device or image analysis software where precise neuroanatomical localization is important such as automated brain labeling algorithms, training deep learning, neuroanatomical visualization, and stereotactic radiosurgery, to name a few application areas.