Programme/Approved Electives for 2022/23
None
Available as a Free Standing Elective
No
This module introduces students to the structural organisation of the human body and enables students to gain the necessary knowledge and understanding of the anatomy, physiology and basic pathological processes of the human axial skeletal and respiratory system with specific reference to radiographic practice, image interpretation and radiation effects on the human body.
Aims
This module introduces students to the structural organisation of the human body and enables students to gain the necessary knowledge and understanding of the anatomy, physiology and basic pathological processes of the human axial skeleton, respiratory system and cellular structure and with specific reference to radiographic practice, image interpretation and radiation effects on the human body.
Intended Learning Outcomes
Demonstrate knowledge of appropriate biological science underpinning the study of the anatomy, physiology and pathology of the human body: 1Describe the physiology of the bony axial skeleton and its associated joints: 1Describe the common pathological processes affecting the human body including radiation effects: 1Demonstrate a detailed knowledge of the normal anatomy of the bony skeleton and its associated joints including radiographic appearances: 1
Scheduled teaching:Insitu teaching and tutorials ~30 hoursCollaborative working ~20 hours100 hours Independent study: ~ 35 hours directed study using talis aspire complete anatomy and videos~35 hours revision,~ 28.75 hours self directed study to prepare for assessment, ~1.25 hours assessment (75 mins)
Description of Module Assessment
1: Exam weighted 100%In situ online examination - 75minsThe examination will be a combination of:
MCQs (20 x 1 mark each, choose one answer from 4 options) Matching pairs (2 x 6 marks) and labelling bony structures (6 questions x 8 marks each) - total 80 marks
Examination is required to be in-situ in the Jack Ashley Digital Health Hub or the Darwin Suite as the examination uses highly specialised monitors with high resolution since the images that are used are of reporting quality to show subtle pathologies as seen in the clinical environment in cross-sectional and plain radiography.