OBJECTIVES: To define the clinical, neuropsychological, and radiological features of bilateral parietal lobe atrophy. METHODS: Four patients underwent a comprehensive longitudinal neuropsychological ...

The superior parietal lobule/precuneus and entorhinal cortex showed no atrophy until stage 4, whereas the angular and supramarginal gyri were involved by stage 2. Regional differences between PiD ...

This case indicates that some instances of ALS may exhibit severe frontotemporal lobe atrophy on MRI similar to that seen in FTD cases during a prolonged TLS state for reasons as yet unknown. Our ...

Many people associate the parietal lobe solely with the area of the brain that contains a sensory map of the body. However, it is much more complex in both structure and function. Let's explore both ...

A normal MRI brain, showing no atrophy, depicts the three areas of interest in the brain's medial temporal lobe: hippocampus (outlined in red); entorhinal cortex (blue) and perirhinal cortex (green).

A combined longitudinal and cross-sectional MRI study, in which an automated method was used to measure cortical thickness, has demonstrated accelerated brain atrophy in patients with chronic ...

Magnetic resonance imaging (MRI) is a diagnostic imaging technology used to detect problems in both bone and soft tissues. MRI depicts soft-tissue injury and abnormalities with greater sensitivity and ...

IL-11 protein was localised predominantly to parietal cells in mouse and human stomach. Application of exogenous IL-11 to resulted in fundic parietal and chief cell loss, hyperplasia, mucous cell ...

Results: Based on the group-level whole-brain surface-based analyses, the ds-ALS group demonstrated significant cortical thinning compared to HCs in the left primary motor and somatosensory cortices ...

0.318 +/- 0.06) and in the volume (472 +/- 32 mm3v.328 +/- 45) of the fundic mucosa of the stomach, in the average count of parietal cells per unit area of the mucosa (32.37 +/- 1.8 v. 22.3 +/- 1.6), ...

The imaging centre houses a 3T Siemens Magnetom MRI Scanner on the ground floor within the Institute of Life Science 2 building. It is the latest Siemens 3T Magnetom Skyra MRI scanner, with a wider ...