Brain Imaging Courses for Rehabilitation Clinicians

Currently Available Courses

For Other Clinicians: Do You Want to Elevate Your Neuro Rehab Skills with Brain Imaging Courses and Seminars

Gain a competitive edge in the field of neurological rehabilitation and brain imaging interpretation.

My comprehensive brain imaging courses and seminars are specifically designed to equip rehabilitation clinicians with the knowledge and skills needed to excel in their field.

The brain imaging interpretation skills I teach clinicians empower them to provide better quality of care and achieve better outcomes for their clients.

Learn Brain Imaging in Rehab Context:

Seminars

Informative and engaging seminars that teach clinicians how to interpret brain images and extract crucial information. Seminars are dedicated to specific topics.

Brain Bleeds Seminar Flayer with an Image of a Brain Bleed.

1.5 PD hrs each

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In Person Course

Learn in person to interpret scans, identify lesion impacts and tailor care. Benefit from personal, engaging hands-on training. Use case studies that translate to clinical practice.

Brain Imaging Course Flyer

16 PD hrs each

Interactive Courses

Courses designed to engage clinicians in hands-on learning, providing them with the skills and support they need to confidently interpret brain images.

Brain Imaging for Rehabilitation Clinicians course information with brain images

36 PD hrs each

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The Benefits of Brain Imaging Courses and Seminars

Learn about ALL the different types of brain images, and how to identify ALL the anatomical structures affected by each lesion. This level of specificity will enable you to improve your assessments, treatments and your ability to prognosticate.

Certainty in Treatment Choices

When clinicians are able to extract valuable rehabilitation information from brain images, it removes the uncertainty and guesswork from treatment decisions.

By using data from brain imaging to inform their choices, clinicians can select the most effective treatment approach with confidence and precision.

This is especially important given the limited time clinicians have with their clients.

Prognosis and brain imaging with a hand holding a crystal ball

Data-Driven Prognosis

Brain imaging enables clinicians to predict the potential outcomes of their clients’ rehabilitation, providing valuable information for tailoring treatment plans.

With this knowledge, clinicians can confidently answer tough questions about prognosis, even early on in the rehab journey.

By incorporating brain imaging data into their decision-making, clinicians can develop discharge plans that are data-driven, efficient, and achievable.

Confidence and leadership in brain imaging with an image of the word confidence in the dictionary

Confidence and Leadership

Brain imaging skills enable clinicians to draw data from brain scans to justify their recommendations to the rest of the team.

Brain imaging trained clinicians earn the trust and respect of their colleagues. This can lead to stronger working relationships and enhanced credibility. 

As a result, clinicians with brain imaging expertise often become the go-to person in their team for solving complex cases and making informed decisions.

Who are the brain imaging courses and seminars for?

The brain imaging courses and seminars are designed for a wide range of rehabilitation clinicians and professionals, including:

  • Neuropsychologist
  • Clinical Psychologist
  • Registered Nurses
  • Occupational Therapists
  • Physiotherapists
  • Rehabilitation Registrars and Physicians
  • Speech Pathologists
  • Others

If you’re in any of these fields, my courses and seminars can equip you with the knowledge and skills you need to excel in the rapidly-evolving field of neurological rehabilitation and brain imaging interpretation.

Brain Imaging Interpretation: Radiologists vs Rehabilitation Clinicians

Radiologists examine brain images to determine the likely diagnosis. This is why it is called Diagnostic Radiology.

Rehabilitation Clinicians, on the other hand, analyze brain images to identify rehabilitation-specific information about function.

This is called Clinical Radiology.

A brain imaging trained rehab clinician will examine how a specific pathology affects specific structures in a specific person. This allows for personalised understanding of the:

  • patient’s clinical presentation,
  • best treatment approach
  • potential for recovery.

Your biggest hurdle is most likely your mindset – not believing that you can, or that you don’t know how to. Let’s be honest here, you probably weren’t taught how to look carefully at a film bag; let alone from the perspective of a rehabilitation clinician.

Why isn’t brain imaging taught adequately? There are many answers to this question, but let me talk about four:

  • To teach brain imaging for rehabilitation purposes, the educator needs to have three different skill sets: excellent neuroanatomy knowledge, good understanding of brain imaging techniques, and up-to-date neuroscience knowledge. Not many educators are comfortable with all three areas, let alone teaching them in a simple and PRACTICAL way.
  • Many clinicians believe that brain imaging is outside their scope of practice. They believe that brain imaging is best left to radiologists and neurologists.
  • Clinicians don’t understand the difference between clinical imaging and diagnostic imaging. Whilst radiologists and neurologists look at brain imaging for diagnostic purposes, i.e. making a diagnosis, rehabilitation clinicians look at brain imaging for clinical purposes, i.e. identifying the impact of the lesion on the client’s function.
  • Clinicians rely on the radiology reports as they think it contains all the information they need. This is a misconception, because large chunks of information we need as rehabilitation clinicians are missing from the radiology reports – as you will see in the next section!

Let me share with you some limitations of the radiology reports:

Diagnosis vs anatomical specificity

MRI image T1 axialThe radiologist’s role is to examine the brain scans and suggest the most likely diagnosis. To achieve this, they examine the pathological processes they see in brain images. The exact location and extent of the lesion is of secondary importance to the radiologist.
We, as rehabilitation clinicians, usually know the diagnosis of our clients. What we want to know, is how the diagnosis affects our client’s function. For this kind of insight, we need to know the exact location and extent of the lesion because it directly impacts their function.

If you examine the radiology reports carefully you will find that they rarely provide us with the anatomical specificity we need. For example, a radiology report may describe a lesion in the “MCA territory”. However, “MCA territory” doesn’t specify which parts of the lobes are affected, and sometimes not even whether the lesion is in the frontal / parietal or temporal lobes. This is important information because variations in anatomical loci of strokes, are one of the main reasons for the wide range of clinical presentations.

MRI T2 axial

Lesion location – description vs picture

You know the saying “A picture is worth 1000 words”?

Well, it applies to brain images too. It is challenging to describe the exact location of a lesion using words (in the radiology report). It is much easier to appreciate the specific location and extent of the lesion if you look at the brain images themselves.

When you look at the images you can appreciate how far the lesion extends (superiorly – inferiorly, anteriorly – posteriorly and medially – laterally), and just as importantly, which anatomical structures are spared. This level of detail is missing from the radiology reports.

Radiology language and focus

MRI image T1 axialOften rehabilitation clinicians don’t fully understand the radiology reports, because radiologists use their own vocabulary. We were not necessarily taught this vocabulary; therefore, we need to learn it to fully understand the radiology reports.

Furthermore, since radiologists are interested in the diagnosis, the reports focus on the pathological processes and differential diagnoses. This gives the neurologists direction for further tests, examinations and most importantly treatment options. However, this discussion may not be relevant to us, if we already know the diagnosis of our client.

In summary, we as rehabilitation clinicians need to look at the brain images, because we need to be clear about the exact location and extent of the lesions. Relying on the radiology reports is insufficient, because the reports may not have the degree of details we require.