Advanced Practice MRTY3122 - Professional Issues and Leadership (Flashcards)
Key Concepts: Advanced Practice and Career Path
Advanced Practice (AP) definition
Regularly performing beyond core practice boundaries
Requires availability of resources, educational underpinning, and professional mentorship
Regulated by governments (state and commonwealth), professional organisations (e.g., ASMIRT, RANZCR), and workplaces
Scope of Practice; Role concepts
Scope of Practice: defines major areas of responsibility and application of knowledge/judgement/skills
Role Expansion: enlargement of the role within education, theory and practice
Role Extension: carrying out tasks not included in normal registration training
AP pathway in Radiography (MRS)
6 clinical specialities listed: Cardiac Angiography, Vascular Angiography, MRI, CT, Mammography, PIE
ASMIRT Certification linked to AP progression
Regulatory and Professional Landscape
Health Employees' Medical Radiation Scientists (State) Award 2024 (NSW)
Document details: Industrial Relations Commission of NSW; Part A (Definitions), Part B (Monetary Rates)
Key terms defined: Employer, Health Service, Hospital, MRPB (Medical Radiation Practice Board of Australia), SPP (Supervised Practice Program)
MRS career levels and scope of practice (NSW NSW Health context)
Level 1 MRS: entry-level capacity to apply knowledge, skills, professional judgement; operate within multi-disciplinary teams; often referred to as “Intern Radiographer”; Y1 in NSW advertised as Level 2 in some cases
Level 2 MRS: independent professional knowledge and judgement; competency across clinical tasks; start gaining experience in more complex modalities; high patient care standards; CPD ongoing
Level 3 MRS: Specialist MRS (Grade 1) or Consultant MRS (Grade 2) or other Level 3 configurations (Grade 3)
Level 4 MRS: substantial responsibilities (e.g., region/section-level leadership)
Level 5/6 MRS: Chief Radiographer with day-to-day operation, budgeting, workforce, accreditation, etc.
Training bottlenecks and policy context
Public sector training bottlenecks: lack of funding, site-specific limitations, department training culture
RACS “3-strikes” rule for surgical education and training (SET): after three failed rounds, applicants cannot reapply
Professional relations
Doctors as colleagues; importance of mutual support across disciplines for patient outcomes
Caveats: appreciation for medical colleagues while advancing allied health roles
Education and Training Pathways
Standard medical training timeline in Australia (context for AP)
Undergraduate degree → Medical Doctor (MD) or equivalent → Internship (1 year) → RMOs (1–2 years) → Registrar (AT) (3–7 years) → Fellowship (often 1–3 years) → Specialist (12–23 years total)
Pay at training levels not always commensurate with time/education; caveat that roles differ
Specialist training bottleneck in imaging/radiology
Specialist training positions funded by the federal government and administered by colleges (RACS, RANZCA, RACGP)
Increased medical graduates without a proportional increase in training positions
Public vs Private sector career progression
Public sector: structured timelines but training bottlenecks and on-call expectations
Private sector: more flexible progression and specialization opportunities; generally fewer employment protections and pay transparency; potential lack of on-call/OT; travel and locum work common
Training programs (public vs private sector)
Public sector: Year 1 – ED/Outpatient X-Ray; Year 2 – ED/Outpatient X-Ray, Angio, Cath lab; Year 3 – Angio/Cath lab, CT
Private sector: Year 1 – Outpatient X-Ray, CT; Year 2 – CT with specialty modality focus; various pathways; locum work described as alternative
Locum radiographers
Freelance short-term cover; high pay but no job security or protections; increased travel
Industry Context and Workforce Data
Industry Employers – NSW (public and private)
Public sector: NSW Health, Local Health Districts; NSW Government
Private sector: Llumus Imaging, SONIC HEALTHCARE, Spectrum Medical Imaging, I-MED Radiology Network, Alexander Associates, Archangels Care, Quantum Radiology, etc.
Major public hospitals: St Vincent's Hospital; NSW Health facilities
Australian radiography workforce data (The University of Sydney data)
Radiographers in Australia across divisions (ACT, NSW, NT, QLD, SA, TAS, VIC, WA)
Totals (national): approximately 19,851 radiographers (diagnostic radiography and related roles combined)
Division-level counts show distribution across states/territories with specific numbers for Diagnostic Radiographer, Nuclear Medicine Technologist, Radiographer + Nuclear Medicine combinations
Imaging Utilisation and Economics
Diagnostic imaging utilisation data (Australia wide; 2018–2019 vs 2022–2023)
2018–19: ~39% of people had an imaging service per 100 people; ~103 imaging services per 100 people; Total Medicare benefit paid ~14{,}285 per 100 people
2022–23: ~39% of people had an imaging service per 100 people; ~106 imaging services per 100 people; Total Medicare benefit paid ~16{,}649 per 100 people
Time-series: No. of imaging services provided (MBS claims) from 2010/2011 to 2023/2024
MBS item numbers of interest: 58500 (Chest X-ray) and 56301 (Chest CT)
Chart trajectory shows changes in service volume over time and CXR vs Chest CT trends
Radiographer Roles: PIE and Image Interpretation
Radiographer Preliminary Image Evaluation (PIE)
Concept: radiographers provide written comments describing potential pathology to assist emergency referrers when radiologist report is not immediately available
2019 PIE trial (Brown et al., 2019):
Sample: 6,290 radiographic examinations across ED
Outcomes compared with radiologist reports
Results (mean values):
Sensitivity: 0.711 ext{ (71.1 ext{ }%)}
Specificity: 0.984 ext{ (98.4 ext{ }%)}
Diagnostic accuracy: 0.920 ext{ (92.0 ext{ }%)}
No participation: 0.051 ext{ (5.1 ext{ }%)}
Unsure: 0.036 ext{ (3.6 ext{ }%)}
Conclusion: PIE provided consistent service with high diagnostic accuracy and could complement radiologist reports when unavailable
Implications: PIE expands radiographer roles into safer, team-based ED care while not supplanting radiologist reporting
Paediatric PIE study (2025)
Abstract: retrospective review of 498 paediatric skeletal radiographs in ED/trauma
Results:
Overall accuracy: 0.933 ext{ (93.3 ext{ }%)}
Sensitivity: 0.843 ext{ (84.3 ext{ }%)}
Specificity: 0.981 ext{ (98.1 ext{ }%)}
No participation: 0.004 ext{ (0.4 ext{ }%)}
Unsure: 0.026 ext{ (2.6 ext{ }%)}
Conclusion: High diagnostic accuracy; PIE can complement emergency referrer decisions in paediatric cases; calls for targeted training to address misinterpretation in frequently misinterpreted regions (extremities)
Professional Debates, Policy, and International Context
Medical dominance and medicolegal issues
Themes: medicolegal liability, clinical safety, public expectations of traditional medical roles, and funding barriers to AP
Subordination narrative: hierarchy that limits other professions’ scope of practice; exclusion from key decisions; risks to patient care quality; medicine historically defines safe/autonomous practice
Policy statements on image interpretation by radiographers
RANZCR (2018) position: role extension into radiography reporting (e.g., radiographer commenting) has occurred mainly due to radiologist shortages; however, RANZCR does not support radiographer reporting as part of the current scope; radiographer commenting is separate from reporting and should not replace radiologist reports
The statement emphasizes that professional radiology reporting remains the remit of radiologists
ASMIRT response to RANZCR (2019)
Distinguishes between commenting and reporting
PIE is a safety mechanism, not a replacement for formal radiology reporting
PIE aims to reduce delays and enhance patient safety; maintains that reporting remains the responsibility of radiologists
Nurse Practitioners, Physician Assistants, and Interdisciplinary Practice
Nurse Practitioner expansion (2024 – Health Legislation Amendment)
Change: removal of requirement for collaborative arrangements to prescribe PBS medicines and provide Medicare services for nurse practitioners and endorsed midwives
Rationale: improve access to high-quality care, especially rural/regional areas
Stakeholder concerns: AMA opposes independent expansion without collaboration; warns this may fragment care and reduce safety nets; emphasises need for collaboration with physicians
Physician Assistants (PAs) in Australia
RACGP position: cautious about expanding PA roles; believes distribution of medical workforce should be balanced with sufficient intern and GP training places
Concern: potential to substitute GP roles with PAs in ways that could affect care quality and continuity
Media/future developments
TAVIgate (2023): UK example of an ANP performing a full TAVI procedure; raises questions about scope and cross-border practices
The material discusses cross-disciplinary trends and debates about scope expansion, with a focus on maintaining patient safety and ensuring appropriate training and oversight
Pathways to Advanced Practice and Certification
ASMIRT Advanced Practice Pathway and Practitioner Recognition Model (ASMIRT/AP framework)
Stages and titles align with a progression: Licensed x-ray operator → Practitioner → Advanced Practitioner → Consultant Practitioner etc.
Pathway components include:
Short courses approved by state authorities
AQF-aligned accredited programs (certificate IV, diploma, bachelor, master's, etc.)
Postgraduate diplomas and higher degrees (Masters, MPhil/PhD) in clinical practice areas
SPP (Supervised Practice Program) where required
Clinical learning contracts and accreditation by RTO/education providers
Options include completing a Masters (coursework or research) or pursuing higher degrees with evidence of AP criteria
Emphasis on portfolio, evidence, and continued professional development
Postgraduate study options for radiographers
Encouraged to maximize return on investment; seek formal written confirmation of job opportunities linked to a degree before committing
Options include diplomas, certificates, master's degrees, and doctorates with clinical relevance (Ultrasound, CT, MRI, Mammography, Angiography, QA, Management, Education, Research, IT, etc.)
Qualities and Competencies of Advanced Practitioners
ASMIRT core qualities for Advanced Practitioners
Clinical Leadership
Judgement
Evidence-based practice
Clinical Expertise
Teaching
Scholarship and Professionalism
Communication
Collaboration
AP requires integration of these qualities into clinical practice, teaching, and leadership roles
Clinical Specialties and Certification
Six clinical specialties (Pathway to AP by ASMIRT certification)
Cardiac Angiography
Vascular Angiography
MRI
CT
Mammography
PIE (Preliminary Image Evaluation or related clinical practice area)
Certification pathways align with ASMIRT and associated credentialing processes
Practical Training and Case Progression
Training bottlenecks and practical barriers (summary)
Funding constraints for training positions
Site limitations on modalities (e.g., advanced CT/MRI) and access
Departmental culture around training
Entry-level and progression examples
Public sector: Year-by-year progression into advanced modalities (Angio, Cath lab, CT, etc.)
Private sector: Potentially faster specialization routes with different payoff and protections
Locum work
Described as attractive financially but with high travel, no job security, and limited support
Ethical, Philosophical, and Practical Implications
Inter-professional collaboration vs autonomy
Tension between expanding AP roles and preserving the centrality of physicians
The need for evidence-based expansion, adequate training, and patient safety safeguards
Patient safety and access to care
PIE supports timely decision-making in ED settings; potential to reduce delays in imaging interpretation
Potential risks if AP roles or PIE are overextended without quality controls
Funding and equity concerns
AP expansion requires funding for training, supervision, and resource allocation
Geographic disparities (rural vs urban) in access to advanced imaging and AP models
Notable Data Points and References
PIE trial (2019) results
Sensitivity: 0.711 ext{ (71.1 ext{ }%)}
Specificity: 0.984 ext{ (98.4 ext{ }%)}
Diagnostic accuracy: 0.920 ext{ (92.0 ext{ }%)}
No participation: 0.051 ext{ (5.1 ext{ }%)}
Unsure: 0.036 ext{ (3.6 ext{ }%)}
Paediatric PIE study (2025) results
Overall accuracy: 0.933 ext{ (93.3 ext{ }%)}
Sensitivity: 0.843 ext{ (84.3 ext{ }%)}
Specificity: 0.981 ext{ (98.1 ext{ }%)}
No participation: 0.004 ext{ (0.4 ext{ }%)}
Unsure: 0.026 ext{ (2.6 ext{ }%)}
Diagnostic imaging utilisation data (2018–19 vs 2022–23)
2018–19: 39 ext{ ext{%}} of people had an imaging service; 103 imaging services per 100 people; Total Medicare benefit paid: 14{,}285 per 100 people
2022–23: 39 ext{ ext{%}} of people had an imaging service; 106 imaging services per 100 people; Total Medicare benefit paid: 16{,}649 per 100 people
Public vs private sector progression claims
Public sector: standardized progression but training bottlenecks exist
Private sector: more flexible progression; lower pay; fewer protections; no guaranteed on-call work
RANZCR and ASMIRT statements (2018–2019) on image interpretation
Radiographer reporting not within current RANZCR scope; PIE is a separate commenting mechanism to aid patient care
ASMIRT emphasizes PIE as a safety measure, not a replacement for radiologist reporting
Connections to Foundational Principles and Real-World Relevance
AP concepts connect to broader health system principles:
Team-based care and optimization of workforce roles
Evidence-based practice and continuous professional development
Equity in access to advanced imaging and specialist care across public and private sectors
Governance, regulation, and accountability for safe practice
Real-world relevance:
AP models offer potential to improve patient outcomes in imaging-heavy pathways (ED, trauma, oncology, interventional radiology)
PIE trials influence workflow in high-pressure environments like EDs, potentially reducing delays in decision-making
Policy developments (nurse practitioners, PAs) reflect ongoing reform in medical workforce composition and scope of practice
Summary and Takeaways
Advanced Practice in radiography involves expanding roles beyond traditional boundaries but requires structured training, governance, and evidence of patient safety and quality care.
The NSW MRS framework defines progression from entry-level to leadership roles, with Level 3+ roles involving significant expertise, teaching, and advisory responsibilities.
PIE represents a safe, supplementary radiographer activity designed to support ED care, not replace radiologist reporting; continued evaluation and training are essential.
The landscape includes ongoing debates about medical dominance, scope of practice, and interprofessional collaboration, with policy shifts affecting nurse practitioners and physician assistants.
Career pathways are available through ASMIRT frameworks with multiple entry points (certificates, diplomas, master's degrees) and pathways toward recognition as Advanced Practitioners and Consultants.
Practical considerations include differences between public and private sector progression, training bottlenecks, and the importance of evidence-based implementation of AP models.
Glossary of Key Terms
AP: Advanced Practice
MRS: Medical Radiation Scientists
PIE: Preliminary Image Evaluation
RANZCR: Royal Australian and New Zealand College of Radiologists
ASMIRT: Australian Society of Medical Imaging and Radiation Therapy
SPP: Supervised Practice Program
AQF: Australian Qualifications Framework
MBS: Medicare Benefits Schedule
Local Health Districts: NSW public health service entities
RTO: Registered Training Organization
CT/MRI/Mammography: imaging modalities
Scope of Practice, Role Expansion, Role Extension: different dimensions of professional practice boundaries