Hello! I’m a second year STP trainee on the Medical Physics (undefined) stream – undefined just means that I’ll choose what I specialise in after having completed my rotations in Radiotherapy, Radiation Safety, Imaging with Non Ionising Radiation and Imaging with Ionising Radiation.Continue reading “A Day in the Life of a Medical Physics STP Trainee (Imaging with Ionising Radiation)”
When people ask me what I do, I always need to take a little time to think. Partly because STP is a mix of so many varied experiences that every week is different to the previous one, and partly because my own understanding of my specialism keeps evolving as I move through these experiences. When I first applied for this course, I thought I had a reasonable understanding of what cancer genomics was. But now I see how naive I was and that three years is not anywhere near enough time to fully comprehend this very diverse and quickly developing area of science. So summarising it all in a few paragraphs will be a challenge but… let’s give it a go!
Critical Care Science in the Wider Context
Critical Care Science (CCS) is one of the smaller STP specialisms but deals with one of the most complex patient populations. Critical care patients range from elective cardiac surgery patients to major trauma and acute/chronic medical conditions. Critical care refers to specialised care for patients with life-threatening conditions; typically compromising of one or more organs that are failing. This level of care may be delivered in A+E, Intensive Care, High Dependency or specialist wards, e.g. long term ventilation. While a lot of the STP specialisms focus on a particular organ system or on a particular grouping of investigative techniques, the skills of CCS cover a holistic approach to clinical care, incorporating all areas of medicine and technology.
Genetic counsellors see individuals and families to discuss genetic conditions that are present, or are thought to be present, in their family. Information about an individual’s personal medical history and their family history is taken into account when determining the likelihood of a genetic condition running in a family.