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SSB Lectures : Radiology, Ultrasound, MRI, Medical Imaging
Rating: 3.4 out of 5(28 ratings)
294 students

SSB Lectures : Radiology, Ultrasound, MRI, Medical Imaging

adiology, Ultrasound, MRI, Medical Imaging, CT scan, CAT scan, PET
Created bySs B
Last updated 10/2019
English

What you'll learn

  • Radiology. All aspects of radiodiagnosis. Ultrasound, MRI, CT scan.

Course content

1 section • 16 lectures • 1h 28m total length

  • ULTRASOUND TRANSDUCERS3:24

    Types and frequencies of transducers

  • Types of doppler and doppler physics10:16

    Physics of doppler and various types of doppler

  • TISSUE HARMONIC IMAGING2:14

    TISSUE HARMONIC IMAGING

  • SPATIAL COMPOUND IMAGING2:23

    SPATIAL COMPOUND IMAGING

  • ULTRASOUND ARTIFACTS 16:36

    TYPES AND DESCRIPTION AND CAUSES OF USG ARTIFACTS

  • ULTRASOUND ARTIFACTS 22:28

    BEAM WIDTH ARTIFACTS

  • ULTRASOUND ARTIFACTS 33:05

    SIDE LOBE ARTIFACTS

  • FUSION IMAGING3:40

    FUSION IMAGING

  • Cone Beam CT1:26
  • Dual energy CT11:09

    Explore how dual energy CT uses two kilovolt energy beams to differentiate materials by attenuation, enabling iodine versus calcium discrimination and tissue characterization.

  • Elastography9:08
  • MRI Artifacts12:54

    Explore MRI artifacts, including motion with ghosting and smearing from respiratory movements and heart rate, aliasing, chemical shift, phase shift, and truncation artifacts, with remedies like spatial pre-saturation and parallel imaging.

  • Real Time virtual Sonography3:40

    Discover real time virtual sonography and fusion imaging, combining ultrasound with ct or mri to locate lesions and guide interventions, including high intensity focused ultrasound ablation for fibroids and tumors.

  • Techniques of Elastography7:55

    Learn ultrasound elastography methods such as compression elastography, arfi, and shear wave and harmonic motion imaging, with qualitative assessment, safety considerations, and key concepts like elasticity, viscosity, stress, and strain.

  • Slice thickness artifacts of ultrasound3:05
  • Elastography Principles4:59

    Explore elastography principles using ultrasound, covering stress, strain, elasticity, viscosity, Hooke's law, Young's modulus, Poisson's ratio, and shear modulus, and how these underpin elasticity imaging.

Requirements

  • Basic medical or biology knowledge

Description

All topics of radiodiagnosis is covered for medical students, residents, radiographers, radiologists, sonologist and anyone interested in radiology. The lectures are detailed but divided into short sub-series to increase concentration and focus in our busy schedule. We ave started from basics, radiology physics and eventually covering all systemic radiology. The language is simple English for everyone to understand. A note-taking format has been recorded at a comfortable pace for students to absorb and memorize simultaneously. 

Who this course is for:

  • Radiology residents, doctors, radiologists, DMRD, MD, DNB, MBBS, Medical students

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