1: Introduction Part 2: Basics of the relevant MRI technology (Acquisition, analysis and interpretation for neurodegenerative diseases) 2.1 Perfusion 2.1.1 Arterial Spin Labelling 2.1.2 Dynamic Contrast Enhanced MRI 2.1.3 Dynamic Susceptibility MRI 2.

2 Flow (MRA, CSF, large vessel 2.3 Chemical Exchange Saturation Transfer and Magnetization Transfer Contrast- 2.4 Magnetic Resonance Spectroscopy 2.5 Resting State fMRI 2.6 Microscopic Diffusion Imaging 2.7 Susceptibility Weighted imaging and Quantitative Susceptibility Mapping Part 3: Imaging the glymphatic system 3.1 Glymphatic system 3.2 DCE MRI of glymphatic system 3.

3 CSF imaging 3.4 Part 4: Neurodegenerative diseases and neurovascular pathology - current state-of-art in MRI 4.1 Alzheimer's disease - 4.1.1 The disease 4.1.2 Imaging animal models 4.1.

3 Human imaging state of the art 4.2 Vascular dementia and cerebral small vessel 4.2.1 The disease 4.2.2 Imaging animal models 4.2.3 Human imaging state of the art 4.

3 Parkinson's and Lewy body dementia 4.3.1 The disease 4.3.2 Imaging animal models 4.3.3 Human imaging state of the art 4.4 Huntington's disease 4.

4.1 The disease 4.4.2 Imaging animal models 4.4.3 Human imaging state of the art 4.4.4 4.

5 Amyotrophic Lateral Sclerosis 4.5.1 The disease 4.5.2 Imaging animal models 4.5.3 Human imaging state of the art 4.6 Multiple Sclerosis 4.

6.1 The disease 4.6.2 Imaging animal models 4.6.3 Human imaging state of the art Part 5: Future research challenges and directions - Editors.