Description: This comprehensive text delves into the workings of MRI scanners, elucidating the principles behind neuroimaging techniques such as the application of strong magnetic fields, radiofrequency pulses, and gradient coils. It discusses the behavior of protons under magnetic fields and the role of RF pulses in disrupting their alignment, leading to the generation of MRI signals. The text further explores the intricate processes of spatial encoding using gradient coils and Fourier transfor...

: MRI scanner, neuroimaging techniques, radiofrequency pulse, gradient coils, protons, static magnetic field, RF pulse, excitation phase, reception, gradients, Fourier transform, slice selection gradient, frequency encoding gradient, phase encoding gradient, k-space, tissue contrast, pulse sequences, BOLD fMRI, HRF, temporal lag, noise, SNR, preprocessing, slice acquisition time correction, head motion correction, coregistration, normalization, spatial and temporal filtering, MEG, EEG, forward p...

This document contains detail information about the blood supply to the brain, It includes mechanisms etc. Full Lecture. Detailed with diagrams to better understand. Can edit as you please, Some areas were highlighted to help with revision.

The notes may contain a few yellow highlights indicating important points and green highlight to indicate illnesses or diseases. Feel free to edit at your preference.

The notes may contain a few yellow highlights indicating important points and green highlight to indicate illnesses or diseases. Feel free to edit at your preference.

The notes may contain a few yellow highlights indicating important points and green highlight to indicate illnesses or diseases. Feel free to edit at your preference.