Neurosciences: Imaging

Neurosciences: Imaging — Expert Atlas

How it begins

Fundamentos físicos, secuencias, protocolos e interpretación de la neuroimagen — tomografía computarizada, resonancia magnética, angiografía, medicina nuclear y neurosonología — con hallazgos patológicos clave y correlaciones clínicas

What it covers

1. Introduction to Neuroimaging
2. · History of Neuroimaging
3. · Window and Level (Window / Level) in TC
4. Computed Tomography (CT)
5. · 2.1 Physical Fundamentals of CT
6. · 2.2 CNS CT Density Scale
7. · 2.3 CT without Contrast - Indications and Urgent Findings
8. · 2.4 CT with Iodinated Contrast
9. · 2.5 CT Angio (CTA)
10. · 2.6 Perfusion CT (CTP)
11. Magnetic Resonance (MRI)
12. · 3.1 Physical Fundamentals of MRI
13. · 3.2 Fundamental Sequences and Their Interpretation
14. · 3.3 MR Angio (MRA) and MR Veno (MRV)
15. · 3.4 Functional MRI (fMRI)
16. · 3.5 Contraindications of MRI
17. Digital Subtraction Angiography (DSA)
18. · 4.1 Technique and Indications
19. Neurosonology
20. · 5.1 Neonatal Transfontanelar Ultrasound
21. · 5.2 Transcranial Doppler (TCD)
22. Nuclear Medicine in Neuroimaging
23. · 6.1 Cerebral PET-FDG
24. · 6.2 PET-Amyloid and PET-Tau
25. · 6.3 DaT-Scan (SPECT with 123I-Ioflupane)
26. Neuroimaging of the Vertebral Column
27. · 7.1 Spine MRI — Protocol and Sequences
28. · 7.2 Herniated Disc — Classification and MRI
29. · 7.3 Canal Stenosis
30. Findings by Pathology — Systematic Neuroimaging
31. · 8.1 Ischemic Cerebral Infarction — Temporal Evolution in Neuroimaging
32. · 8.2 Intracranial Hemorrhages — Classification and Neuroimaging
33. · 8.3 Brain Tumors — Characterization in Neuroimaging
34. · 8.4 Multiple Sclerosis — Neuroimaging and McDonald Criteria
35. · 8.5 Traumatic Brain Injury (TBI) — Neuroimaging
36. Integrative Clinical-Radiological Correlations
37. · 9.1 Artifacts in Neuroimaging
38. · 9.2 Differential Diagnosis of the Lesion that Captures Gadolinium Ring
39. · 9.3 Neuroimaging Algorithm in Emergencies
40. · Integrating Principle