・Basal ganglia (basal nuclei) neuroanatomy | Radiology anatomy part 1 prep | MRI + CT[11:20]
・Skull Base Foramina | Radiology anatomy part 1 prep | CT imaging of skull base[16:52]
・Paranasal Sinuses and Nasal Cavity | Radiology anatomy part 1 prep | CT imaging[11:34]
・Internal Carotid Artery Segments and Branches | Radiology anatomy part 1 prep | Angiography[14:29]
・Ventricles and Cisterns of the Brain | Radiology anatomy part 1 prep | MRI brain[15:05]
・Circle of Willis Anatomy | Radiology anatomy part 1 prep | TOF MR angiogram[9:30]
・Shoulder MRI Anatomy | Radiology anatomy part 1 prep | How to interpret a shoulder MRI[24:43]
・Knee MRI Anatomy | Radiology anatomy part 1 prep | How to interpret a knee MRI[17:34]
・Abdominal Aorta and Branches | Radiology anatomy part 1 prep | How to read CTA + DSA[20:51]
・Liver Segments on CT scan | Radiology anatomy part 1 prep | Segmental Liver Anatomy CT[10:20]
・Segmental anatomy of the lung | Radiology anatomy part 1 prep | Bronchopulmonary segments on CT[11:33]
・Deep neck spaces and deep cervical fascia anatomy | Radiology anatomy part 1 prep | CT and MRI[19:39]
・MRI physics overview | MRI Physics Course | Radiology Physics Course #1[23:13]
・MRI Machine - Main, Gradient and RF Coils/ Magnets | MRI Physics Course | Radiology Physics Course#2[15:13]
・Spin, Precession, Resonance and Flip Angle | MRI Physics Course | Radiology Physics Course #3[18:58]
・T2 Relaxation, Spin-spin Relaxation, Free Induction Decay, Transverse Decay | MRI Physics Course #4[16:56]
・T1 Relaxation, Spin-lattice Relaxation, Longitudinal Recovery | MRI Physics Course #5[18:21]
・T1, T2 and Proton Density Weighting | MRI Weighting and Contrast | MRI Physics Course #6[19:14]
・MRI Slice Selection | Signal Localisation | MRI Physics Course #7[21:49]
・Frequency Encoding Gradient | MRI Signal Localisation | MRI Physics Course #8[25:20]
・Phase Encoding Gradient MRI | MRI Signal Localisation | MRI Physics Course #9[38:01]
・K-space MRI Explained | MRI Signal Localisation | MRI Physics Course #10[22:14]
・MRI Field of View (FOV), Matrix Size, Receiver Bandwidth, Dwell Time | MRI Physics Course #11[27:30]
・How Bandwidth Affects Signal to Noise Ratio (SNR) in MRI | MRI Physics Course #12[21:55]
・X-ray Physics Introduction | X-ray physics #|1 Radiology Physics Course #8[6:39]
・Cathode and Focusing Cup | X-ray Machine | X-ray physics #2 | Radiology Physics Course #9[6:44]
・The Anode | X-ray Machine | X-ray physics #3 | Radiology Physics Course #10[8:10]
・Other X-ray Machine Components | X-ray physics #4 | Radiology Physics Course #11[3:38]
・Focal Spot (Actual \u0026 Effective), Field Size and Line Focus Principle | Radiology Physics Course #12[8:23]
・Anode Heel Effect | X-ray physics #6 | Radiology Physics Course #13[7:39]
・X-ray Beam Filtration (Added and Inherent Filtration) | X-ray physics | Radiology Physics Course #14[12:05]
・Collimation of the X-ray Beam | X-ray physics #8 | Radiology Physics Course #15[6:14]
・Primary X-ray Circuit | X-ray physics | Radiology Physics Course #16[9:04]
・Secondary X-ray Circuit | X-ray physics | Radiology Physics Course #17[11:46]
・Filament X-ray Circuit | X-ray physics | Radiology Physics Course #18[6:29]
・Bremsstrahlung Radiation | X-ray production | X-ray physics | Radiology Physics Course #19[10:36]
・Sound Waves and the Acoustic Spectrum | Ultrasound Physics | Radiology Physics Course #1[9:08]
・Wavelength, Frequency, Period and Speed of Sound | Ultrasound Physics | Radiology Physics Course #2[10:47]
・Pressure, Intensity and the Decibel (dB) Scale | Ultrasound Physics | Radiology Physics Course #3[14:29]
・Pulse Echo Ultrasound Parameters | Ultrasound Physics | Radiology Physics Course #4[17:43]
・Acoustic Impedance | Ultrasound Physics | Radiology Physics Course #5[7:28]
・Reflection, Ultrasound Interaction with Matter | Ultrasound Physics | Radiology Physics Course #6[9:35]
・Refraction, Ultrasound Interaction with Matter | Ultrasound Physics | Radiology Physics Course #7[7:24]
・Ultrasound Scatter and Attenuation | Ultrasound Physics | Radiology Physics Course #8[16:36]
・Ultrasound Transducer (Part 1) Piezoelectric Material and Matching Layer | Ultrasound Physics #9[13:46]
・Ultrasound Transducer (Part 2) Damping Block and Transducer Wiring | Ultrasound Physics #10[10:43]
・Piezoelectric Effect and Reverse Piezoelectric Effect | Ultrasound Physics Course #11[10:54]
・Ultrasound Modes, A, B and M Mode| Ultrasound Physics | Radiology Physics Course #12[15:14]
・Iterative Reconstruction, CT Image Reconstruction | Computed Tomography Radiology Physics Course #9[28:18]
・Filtered Back Projection, CT Image Reconstruction | Computed Tomography Radiology Physics Course #8[25:00]
・Simple Back Projection | CT Image Reconstruction | Computed Tomography Radiology Physics Course #7[13:39]
・How to calculate Hounsfield Units and CT Windowing | Computed Tomography Radiology Physics Course #6[25:26]
・Axial vs Helical CT Acquisition Modes | Computed Tomography Physics Course | Radiology Physics #5[15:05]
・CT Beam Geometry, Fan and Cone Angle, FOV, Anode Heel Effect | Computed Tomography Physics Course #4[15:12]
・Generations of CT Machines | Computed Tomography Physics Course | Radiology Physics Course Lesson #3[22:44]
・CT Machine: X-ray Tube, Detector, Filter, Collimator, Slip Ring. Computed Tomography Physics #2[36:03]
・CT physics overview | Computed Tomography Physics Course | Radiology Physics Course Lesson #1[19:35]
・CT Dose Introduction - Absorbed, Equivalent and Effective Dose | CT Radiology Physics Course #10[19:52]
・Neuroanatomy Quiz: Cranial bones[17:00]
・Anatomy of the cerebellum on MRI[19:14]
・Radiology anatomy practice test: Session 1 (with answers and explanations)[11:24]
・Radiology anatomy practice test: Session 2 (with answers and explanations) - FRCR Part 1/ ABR Core[9:13]
・Radiology anatomy practice test: Session 3 (with answers and explanations) - FRCR Part 1 prep[9:30]
・Neuroanatomy practice test: 25 questions with answers and explanations[20:17]
・Radiology anatomy practice test: 100 questions with answers and explanations | Radiology Part 1 prep[40:04]
・Cranial Bones, Sutures and Bony Landmarks | Skull Bone Anatomy | Radiology Anatomy Part 1 | CT Brain[28:58]
・Basic Atomic Structure | Radiology Physics Course #1[5:08]
・Electron Orbitals, Principle Quantum Number and Hund's Rule | Radiology Physics Course #2[10:32]
・Subatomic Particles | Radiology Physics Course #3[3:19]
・The Strong Force and the Nuclear Force | Radiology Physics Course #4[5:32]
・The Weak Force | Radiology Physics Course #5[3:26]
・The Electromagnetic Force | Radiology Physics Course #6[4:20]
・Electromagnetic Radiation and Electromagnetic Spectrum | X-ray physics | Radiology Physics Course #7[8:58]
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