Week 1

Radiation Physics and Safety

Learning objectives
After completion of this week, participants should be able to:

Understand the properties of x-rays

Explain how an x-ray tube works

Explain how digital x-ray systems work

Explain the risks of working with radiation

Explain the principles of radiation protection and how this is implemented in veterinary practice

Week 2

Radiographic Anatomy and Physiology in Small Animal Patients

Learning objectives
After completion of this week, participants should be able to:

Understand the normal radiographic anatomy of the thorax

Understand the normal radiographic anatomy of the abdomen

Understand the normal radiographic anatomy of the spine

Understand the normal radiographic anatomy of the thoracic limb

Understand the normal radiographic anatomy of the pelvis and pelvic limbs

Week 3

Radiographic Techniques (Positioning and Contrast Studies)

Learning objectives
After completion of this week, participants should be able to:

Understand and implement the optimum positioning for thoracic radiographs

Understand and implement the optimum positioning for abdominal radiographs

Understand and implement the optimum positioning for spinal radiographs

Understand and implement the optimum positioning for pelvic

Understand and implement the optimum positioning for thoracic limb radiographs

Understand and implement the optimum positioning for pelvic limb radiographs

Explain specialised orthopaedic views (TTA / TPLO / stressed / flexed / extended)

Understand contrast media and its usage

Describe contrast and dynamic studies (IVU / retrograde urethrocystogram/angiography)

Week 4

MRI and CT – Physics and Safety

Learning objectives
After completion of this week, participants should be able to:

Describe the basic principles of how CT works

Describe the basic principles of how MRI works

Explain safety concerns when working with CT

Explain safety concerns when working with MRI

Compare differences between CT and MRI

Week 5

MRI Techniques and Acquisition

Learning objectives
After completion of this week, participants should be able to:

Understand how to position small animal patients for spinal imaging

Understand how to position small animal patients for brain imaging

Explain which sequences are commonly utilised in small animal imaging

Understand commonly seen MRI artefacts

Week 6

CT Techniques and Acquisition

Learning objectives
After completion of this week, participants should be able to:

Understand how to position small animal patients for commonly performed CT studies (Spine / Thorax / Abdomen / Elbow)

Explain which reconstruction algorithms can be utilised and when

Understand commonly seen CT artefacts