X ray of cervical spine
![x ray of cervical spine x ray of cervical spine](https://thumbs.dreamstime.com/z/cervical-spine-surgery-ray-41649272.jpg)
I've been reporting cervical spine x-rays for many years and I still found that I learned lots of great new tips from Matt's lecture. And, well, this learning pathway is the result. So after the conference I asked Matt if he wouldn't mind if I converted it into an online course by breaking it down into a series of shorter videos and by pinning a series of cases, quizzes, articles and illustrations around it. I really felt like it was too good to be just another lecture. I invited Matt Skalski to record a cervical spine x-ray lecture for our Radiopaedia Virtual Conference and when he sent me back his 85 minute recorded lecture I was blown away by how engaging and detailed it was, and also by how beautifully it was illustrated. This learning pathway has an interesting origin story. FACET DISLOCATION AND SUBAXIAL INSTABILITY.It is pitched at a higher level than our upper limb injury learning pathways, and even experienced practitioners may find value in completing the course. The course will be most useful to those directly involved in the investigation and management of neck pain. This learning pathway is intended for a broad audience including doctors, medical students, nurses, physiotherapists, radiographers, chiropractors and physician assistants. invaluable and highly recommended" Intended audience "The points I learnt are more than I learnt throughout my training. "A great course for a radiology resident preparing for overnight on call" "Amazingly put together and very informative" 30 mystery cases, 25 annotated review cases and 20 MCQs.video teaching by Matt Skalski (85 mins).This learning pathway combines a cervical spine radiographic interpretation lecture by MSK radiologist Matt Skalski with additional audio commentary, cases and quizzes by Andrew Dixon, to create a unique online learning experience ( see topics). The pathway covers the majority of pathologies you may encounter in the cervical spine ranging from degenerative disease to trauma, with original illustrations used throughout. Read more about Radiopaedia's peer review policy peer-reviewed to ensure that the content was fair and balanced, supports safe and effective patient care and was free of commercial bias or marketing.You can view Andrew Dixon's current disclosures and Matt Skalski's current disclosures and read more about disclosures and ineligible companies here. The planning of this learning pathway was approved and overseen by the Radiopaedia Educational Board, who themselves had no relevant financial relationships with ineligible companies to disclose. This activity was planned and authored by Andrew Dixon and Matt Skalski who have no relevant financial relationships with ineligible companies to disclose.