7t scanner
The 7T scanner is a magnetic resonance imaging (MRI) system designed for research purposes. It generates a strong magnetic field of 7 Tesla, which allows for high-resolution imaging and detailed analysis of the human body. The 7T scanner is used to study the structure and function of the brain and other organs with exceptional clarity and precision. Its core function is to provide researchers with advanced imaging capabilities to support their scientific investigations.
21 protocols using 7t scanner
Metabolite Concentrations in Frontal Cortex
Functional Neuroimaging Acquisition Protocol
High-Resolution Functional MRI Acquisition
Postmortem Brain Imaging at 7T
Human Connectome Project Diffusion MRI
HCP3T, 90 gradient directions, 1.25 mm isotropic resolution. Data of four subjects, part of the Human Connectome Project54 , acquired using a Siemens 3 T “Connectome” scanner were used. Measurements from the 2,000 s/mm2 shell were extracted from the original dataset and used for all analyses. Processing methods are described in22 (link).
HCP7T, 60 gradient directions, 1.05 mm isotropic resolution. Five subjects part of the Human Connectome 7-Tesla (7 T) dataset were used. Data were collected a Siemens 7 T scanner55 . Measurements from the 2,000 s/mm2 shell were extracted from the original data and were used for further analyses.
Multimodal Neuroimaging of Pregenual ACC
High-Resolution Brain Imaging with 7T and 3T MRI
Ultra-High Field Brain Imaging Protocol
Quantifying B1+ Maps at 7T MRI
Ultra-high Field MRI Neuroimaging Protocol
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