Genetics in clinical practice Course
Discount Note: Save 15% if you enrol before the 9th of October.
Course From: 9th November 2026 – 11th February 2027
12 hours of lectures/modules · 24 CPD points · Optional Q&A Weekly calls
This CME-accredited course is about bringing genetics into the day-to-day work of the clinic. Rather than treating genetics as a specialist field that sits apart from ordinary practice, it focuses on the practical questions clinicians actually face: how to spot when something might be genetic, what to do about it, how to make sense of a test result, and when a patient is better served by a referral. It is the most wide-ranging of the courses and is designed to tie the different strands of clinical genetics together.
OVERVIEW
Genetics, built into everyday practice.
01
THE CLINICAL MINDSET
The clues that should make you think “genetic.”
The course begins with the clinical mindset. It looks at the clues that should prompt a clinician to think about genetics in the first place, such as a condition appearing unusually early, several family members affected, or a presentation that does not quite fit the expected pattern. A recurring theme is that a condition running in a family is not always genetic, and that shared environment and lifestyle can create the appearance of an inherited problem where none exists.
02
FAMILY HISTORY
A well-taken family tree can point to a diagnosis before any test does.
From there it builds the skill of taking and reading a family history. The course shows how a well-taken family tree can point towards a diagnosis before any test is ordered, and how to recognise the main ways conditions are passed down through families. It uses familiar clinical examples so that these patterns become something a clinician can spot in practice rather than recall from a textbook.
03
TESTING IN PRACTICE
Choosing the right test, and reading the limits of a negative result.
The course then works through the practical side of testing, which is where many clinicians feel least sure of themselves. It covers the range of tests available, what each one can and cannot detect, how to choose the right test for the question being asked, and how to read the report that comes back. A central message is that a normal or negative result does not always mean there is no genetic cause, and that knowing the limits of a test is as important as knowing what it can find.
04
ACROSS SPECIALTIES
Genetics doesn’t stay in one specialty. Neither does this course.
Much of the course is given over to genetics as it shows up across different areas of practice. It looks at how genetic information affects prescribing and drug response, how it informs cancer risk and treatment, how an inherited risk can sit quietly until something triggers it, and how genetics feeds into decisions in areas ranging from paediatrics to cardiology. The aim is to show that genetics is not confined to one specialty but runs quietly through most of them.
05
REAL CASES, REAL ANSWERS
More time with situations you’ll actually recognise.
Because it is a longer course, it leaves more room for working through real cases and common questions, so that the concepts are grounded in situations clinicians will recognise. It closes with a review of the main ideas, a question and answer session, and a final assessment for CME credit.








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