Abstract

Breast imaging is a broad term used to describe the screening, diagnosis, treatment and review of breast disease using medical imaging techniques. This subject builds on practitioner knowledge of 2D mammography and adjunct breast ultrasound as the cornerstones of routine breast imaging and presents advanced theoretical knowledge across the existing … For more content click the Read More button below.

Syllabus

This subject will cover the following topics: Contemporary Imaging;New and emerging technologies and procedures;Artificial intelligence (AI) in breast imagingPersonalised breast imaging; andAdvanced practionery models.

Learning outcomes

Upon successful completion of this subject, students should:
1.
synthesise knowledge of routine mammographic positioning and image quality analysis with the current evidence base for new techniques and technology;
2.
apply advanced knowledge of the principles and applications of Advanced Practice in breast imaging using new technologies and artificial intelligence;
3.
critically evaluate image acquisition across core modalities and describe features of common normal and abnormal variants;
4.
apply evidence-based discussion of the principles and decision making involved in constructing individualised imaging regimes from the context of breast cancer risk, new and emerging technologies, artificial intelligence and patient outcomes;
5.
critically evaluate the role and future applications of Advanced Practice in breast imaging across a wide range of patient presentations and settings; and
6.
use research skills to undertake literature searching, review, and critique, and apply evidence-based breast imaging research within a range of contexts.

Enrolment restrictions

Only available for students enrolled in the Master of Advanced Medical Radiation Practice.

Available for Single Subject Study