At ECR 2026, the session on radiographers’ autonomy linked professional collaboration to practical changes in how imaging is planned, performed and sustained across shifts, sites and technologies. The focus stayed on protocol consistency, shared governance and what new detector capabilities mean for radiographers’ day-to-day decisions in CT and beyond.
Collaboration as the foundation For Consistent Imaging
Nuria Bargalló i Alabart described a shift from close, side-by-side work towards physical and organisational separation, with radiologists and radiographers less connected than before. She contrasted earlier shared learning at the console with today’s more dispersed workflows, where radiographers remain closest to the patient during the scan. This distance, in her framing, contributes to variation in acquisition protocols across departments, inconsistent image quality, avoidable dose variability and inefficiencies that sit inside routine operations rather than rare edge cases.
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She then set collaborative protocol development as an active, structured process in which radiologists and radiographers co-design, implement and continuously refine imaging protocols. Clinical value was positioned as a radiologist strength, while technical execution was positioned as a radiographer strength, with shared responsibility across dose optimisation, MRI safety, equipment capabilities and patient-centred considerations. She also anchored the case in mixed experience levels across both professions, arguing that junior staff need dependable structures rather than informal knowledge transfer. The point that radiographers provide additional situational awareness for radiologists was stated directly as, “you are four eyes.”
Governance, Education and Communication That Make Protocols Work
Dr. Bargalló i Alabart then used her hospital setting to show why harmonisation becomes difficult without intentional design. Multiple scanners across sites and shifts created conditions where consistency could not be left to memory or goodwill. Expertise was described as unevenly distributed across working hours, with senior staff concentrated in daytime shifts and less experienced staff covering afternoons and nights. High turnover and unfamiliarity with local protocols added another source of drift.
She set out four elements for harmonising acquisition protocols: protocol governance, shared education, communication infrastructure and periodic revision. Governance included co-developed standard operating procedures, clear responsibility definitions and decision pathways. Shared education included teaching files, vendor-specific training and onboarding support for new staff, while communication infrastructure relied on shared platforms, version control and feedback loops that keep changes visible and traceable. Dr. Bargalló i Alabart then described periodic revision meetings as the place to address time-slot realities, protocol problems and updates such as new sequences, alongside working groups on areas like MRI safety, contrast, sedation workflows and efficiency strategies.
The talk highlighted concrete tools developed in her setting. Dr. Bargalló i Alabart described standard operating procedures that set out the rationale, technical steps and reconstructions. She also pointed to a radiographer-created manual that follows the patient journey from arrival to departure, including the key actions during scanning. Shared document repositories kept protocols accessible, while structured circuits supported device screening and preparation before the patient reached the scanner. One reflective line captured the earlier working model: “I used to be sitting beside the radiographer and we were working together all the time.”
Photon-Counting CT as a Catalyst for Advanced Radiographer Practice
Martin Weber Kusk spoke from a radiographer perspective on integrating photon-counting CT into clinical practice and kept the focus on what the detector changes and what the team must manage. He contrasted traditional scintillating detectors with photon-counting systems that convert photons directly into electrical signals, without a light conversion step. Smaller detector elements and faster readout, in his account, support higher spatial resolution, energy separation for spectral imaging and less influence from electronic noise.
He highlighted cardiac imaging as a particularly strong use case, where higher spatial resolution supports clearer assessment in challenging settings such as stents and calcification. Kusk also referenced benefits in vascular imaging, head imaging, musculoskeletal applications, temporal bone work and high-resolution thoracic imaging, including examples where additional findings changed treatment recommendations. He positioned radiographers as active owners of implementation work: scanner set-up, quality assurance, protocol adaptation, contrast media adjustments and fleet-level harmonisation, especially when photon-counting CT sits alongside energy-integrating detector systems. He framed spectral capabilities as a continuation of established practice rather than a break.
Throughout, he returned to expectation management and operational judgement. Dose reduction may follow, but teams must decide whether to spend performance gains on image quality or lower exposure, depending on baseline practice. Kusk also described trade-offs in protocol design, including low kVp choices that can reduce energy separation. Radiographers can standardise virtual monoenergetic levels to avoid inconsistent image impressions and can reduce protocol errors by checking comparability when spectral approaches change. He placed radiographers at the centre of prioritising suitable examinations, training colleagues, managing suboptimal scans and using reconstructions to limit repeat examinations.
The session linked radiographers’ autonomy to systems that protect consistency, quality and safety across real clinical complexity. Autonomy emerged as a practical outcome of how protocols are built, shared and maintained in everyday imaging. According to speakers, harmonisation depends on clear governance, shared education and communication that keeps decisions visible across sites and shifts. New CT capabilities strengthened the case for advanced radiographer practice, because implementation success relied on protocol judgement, quality assurance and consistent execution rather than on technology alone.
Source & Image Credit: ECR 2026
