WORKSHOPS
Canon Medical Academy at ECR 2026 offers specialized workshops led by Key Opinion Leaders from across Europe, addressing key challenges in diagnostic imaging. These sessions focus on cutting-edge technologies like AI, precision oncology, and minimally invasive procedures, providing practical insights through case studies and interactive discussions. Designed to inspire and educate, the workshops aim to enhance clinical practice and improve patient care.
Ultrasound | Presentation | Live scanning | Q&A
Big Equipment | Hands-on DICOM data review on your own workstation | Q&A
Learning Objectives
Ultrasound | Presentation | Live scanning | Q&A
Big Equipment | Hands-on DICOM data review on your own workstation | Q&A
Learning Objectives
- Explore advanced imaging technologies and their clinical applications.
- Enhance diagnostic accuracy and workflow efficiency through evidence-based practices.
- Gain practical insights via expert-led case studies and discussions.
Wednesday, March 04
CT/HIT | Colon
11:30 - 12:30 (Room 0.15)
About the speaker:
Dr. Anu Obaro, BSc (Hons), MBBS, FRCR, PhD
• Director of Online Training & Development, National CTC Academy (NCTCA)
• Consultant Gastrointestinal Radiologist, King's College Hospital London
King's College Hospital London
London, UK
Professional Biography:
Dr Anu Obaro has a PhD from UCL which focused on radiologist performance in CTC. As Project Lead for the multi-centre, PERFECTS trial she was responsible for the execution of a successful nationwide CTC training and testing programme which showed that a single day of training could significantly improve radiologist accuracy for at least one year. This work was instrumental in establishing the educational model for the NCTCA.
Her research has been published in Radiology, the Lancet Gastroenterology and Hepatology and European Radiology and she frequently presents nationally and internationally. The previous ESGAR Rising Star 2024, she currently leads the ESGAR CTC Training Working Group who are producing current training guidelines for CTC reporting. She is the Director of Online Training & Development for NCTCA, a role which combines her academic expertise and digital innovation.
Presentation: CT Colonography: how to maximise your polyp detection
Abstract:
Maximising polyp detection at CT colonography (CTC) requires a combination of optimised technique, meticulous interpretation, and disciplined reporting strategy. This talk will explore evidence-based strategies to enhance detection rates, including bowel preparation and distension, scanning protocols, and the effective use of both 2D and 3D interpretation workflows. I will highlight common perceptual pitfalls, subtle lesion characteristics, and practical approaches to reducing errors. Real case examples will illustrate how structured search patterns and high-quality image review can enhance diagnostic performance and ultimately improve patient outcomes.
Learning objectives:
11:30 - 12:30 (Room 0.15)
About the speaker:
Dr. Anu Obaro, BSc (Hons), MBBS, FRCR, PhD
• Director of Online Training & Development, National CTC Academy (NCTCA)
• Consultant Gastrointestinal Radiologist, King's College Hospital London
King's College Hospital London
London, UK
Professional Biography:
Dr Anu Obaro has a PhD from UCL which focused on radiologist performance in CTC. As Project Lead for the multi-centre, PERFECTS trial she was responsible for the execution of a successful nationwide CTC training and testing programme which showed that a single day of training could significantly improve radiologist accuracy for at least one year. This work was instrumental in establishing the educational model for the NCTCA.
Her research has been published in Radiology, the Lancet Gastroenterology and Hepatology and European Radiology and she frequently presents nationally and internationally. The previous ESGAR Rising Star 2024, she currently leads the ESGAR CTC Training Working Group who are producing current training guidelines for CTC reporting. She is the Director of Online Training & Development for NCTCA, a role which combines her academic expertise and digital innovation.
Presentation: CT Colonography: how to maximise your polyp detection
Abstract:
Maximising polyp detection at CT colonography (CTC) requires a combination of optimised technique, meticulous interpretation, and disciplined reporting strategy. This talk will explore evidence-based strategies to enhance detection rates, including bowel preparation and distension, scanning protocols, and the effective use of both 2D and 3D interpretation workflows. I will highlight common perceptual pitfalls, subtle lesion characteristics, and practical approaches to reducing errors. Real case examples will illustrate how structured search patterns and high-quality image review can enhance diagnostic performance and ultimately improve patient outcomes.
Learning objectives:
- Improve diagnostic accuracy in CT colonography through optimised technique and effective use of 2D/3D interpretation workflows.
- Reduce errors and enhance confidence by recognising subtle lesions, avoiding common pitfalls, and applying structured search strategies.
US | MSK
12:00 – 13:00 (Room 0.14)
About the speaker:
Dr. Alberto Schek, MD
Head of Sports Medicine Department
Paracelsus Klinik Bremen
Bremen, Germany
Professional Biography:
Dr. med. Alberto Schek is a German board-certified orthopedic and trauma surgeon with extensive experience in sports medicine. He earned his MD at Heinrich-Heine-University Düsseldorf and completed his residency at leading clinics in Düsseldorf and Bremen. Dr. Schek has served as team physician for top-level sports organizations, including SV Werder Bremen, Hertha BSC, and the German national Fieldhockey teams. Currently, he is Chief Physician at Paracelsus Sports Medicine & Prevention in Bremen and team doctor for the Fischtown Pinguins Ice Hockey and Eisbären Bremerhaven Basketball. His main focus is Orthopeddic Sports Medicine and interventional regenerative treatments. He holds multiple certifications in sports osteopathy, manual medicine, and acupuncture. He has authored several peer-reviewed publications and is an active member of ESSKA, AGA, GOTS, DKG, and DEGUM. Dr. Schek combines clinical excellence with a holistic, movement-focused therapeutic approach in elite sports and orthopedic care.
Presentation: Ultrasound Guided Dynamic Assessment of Sports Injuries
Abstract:
Dynamic ultrasound assessment provides a unique advantage in sports medicine by visualizing structures under functional load, during movement, and in real time. This workshop focuses on the diagnostic value of motion-based ultrasound evaluation for detecting innjuries, subtle instabilities, tendon pathologies and meniscal dysfunctions that may not be apparent in static imaging or MRI. Through case-driven demonstrations and advanced live scanning, participants will learn how dynamic findings influence treatment planning, guide interventional procedures, and support return-to-play decisions. The session is specifically designed for physicians and sonographers aiming to expand their musculoskeletal ultrasound capability toward athlete-specific, precision diagnostic imaging.
Learning objectives:
12:00 – 13:00 (Room 0.14)
About the speaker:
Dr. Alberto Schek, MD
Head of Sports Medicine Department
Paracelsus Klinik Bremen
Bremen, Germany
Professional Biography:
Dr. med. Alberto Schek is a German board-certified orthopedic and trauma surgeon with extensive experience in sports medicine. He earned his MD at Heinrich-Heine-University Düsseldorf and completed his residency at leading clinics in Düsseldorf and Bremen. Dr. Schek has served as team physician for top-level sports organizations, including SV Werder Bremen, Hertha BSC, and the German national Fieldhockey teams. Currently, he is Chief Physician at Paracelsus Sports Medicine & Prevention in Bremen and team doctor for the Fischtown Pinguins Ice Hockey and Eisbären Bremerhaven Basketball. His main focus is Orthopeddic Sports Medicine and interventional regenerative treatments. He holds multiple certifications in sports osteopathy, manual medicine, and acupuncture. He has authored several peer-reviewed publications and is an active member of ESSKA, AGA, GOTS, DKG, and DEGUM. Dr. Schek combines clinical excellence with a holistic, movement-focused therapeutic approach in elite sports and orthopedic care.
Presentation: Ultrasound Guided Dynamic Assessment of Sports Injuries
Abstract:
Dynamic ultrasound assessment provides a unique advantage in sports medicine by visualizing structures under functional load, during movement, and in real time. This workshop focuses on the diagnostic value of motion-based ultrasound evaluation for detecting innjuries, subtle instabilities, tendon pathologies and meniscal dysfunctions that may not be apparent in static imaging or MRI. Through case-driven demonstrations and advanced live scanning, participants will learn how dynamic findings influence treatment planning, guide interventional procedures, and support return-to-play decisions. The session is specifically designed for physicians and sonographers aiming to expand their musculoskeletal ultrasound capability toward athlete-specific, precision diagnostic imaging.
Learning objectives:
- Identify pathology that static ultrasound and MRI may miss, including instability, tracking abnormalities and load-dependent pain generators.
- Learn advanced dynamic scanning protocols for commonly affected regions in athletes.
- Translate dynamic findings into clinical and interventional decisions, enhancing diagnostic confidence and return-to-sport recommendations.
MR | MSK
13:00 - 14:00 (Room 0.15)
About the speaker:
Dr. Carolina Díaz Angulo, MD
Radiologist
HT Medica Hospital Covadonga
Gijón, Spain
Professional Biography:
With over a decade of experience in radiology, Dr. Carolina Diaz Angulo is a specialist in musculoskeletal imaging at HT Médica. Certified by the European Diploma in Radiology (EDiR), she combines clinical expertise with a strong commitment to innovation and education. Dr. Diaz Angulo is an active member of several professional societies, including SERAM, SERME, ESR, ESSR, and RSNA. Her work integrates advanced MRI techniques and artificial intelligence to enhance diagnostic precision and patient outcomes. Through scientific publications and teaching activities, she promotes excellence and continuous learning in the evolving field of musculoskeletal radiology.
Presentation: Cartilage under pressure: MRI beyond the surface
Abstract:
Cartilage imaging is one of the most challenging areas in musculoskeletal MRI, demanding high spatial resolution and optimal contrast to assess subtle surface and subchondral changes. This workshop will present real clinical cases covering the spectrum of cartilage pathology: from early chondromalacia and osteochondral defects to post-repair evaluation. Emphasis will be placed on advanced MRI techniques, including T2 mapping and AI-based reconstruction (AiCE, PIQE), which enhance cartilage-bone interface visualization without prolonging scan time. Participants will learn to detect and classify cartilage lesions, use precise reporting terminology, and recognize how image quality influences lesion grading and diagnostic confidence.
Learning objectives:
13:00 - 14:00 (Room 0.15)
About the speaker:
Dr. Carolina Díaz Angulo, MD
Radiologist
HT Medica Hospital Covadonga
Gijón, Spain
Professional Biography:
With over a decade of experience in radiology, Dr. Carolina Diaz Angulo is a specialist in musculoskeletal imaging at HT Médica. Certified by the European Diploma in Radiology (EDiR), she combines clinical expertise with a strong commitment to innovation and education. Dr. Diaz Angulo is an active member of several professional societies, including SERAM, SERME, ESR, ESSR, and RSNA. Her work integrates advanced MRI techniques and artificial intelligence to enhance diagnostic precision and patient outcomes. Through scientific publications and teaching activities, she promotes excellence and continuous learning in the evolving field of musculoskeletal radiology.
Presentation: Cartilage under pressure: MRI beyond the surface
Abstract:
Cartilage imaging is one of the most challenging areas in musculoskeletal MRI, demanding high spatial resolution and optimal contrast to assess subtle surface and subchondral changes. This workshop will present real clinical cases covering the spectrum of cartilage pathology: from early chondromalacia and osteochondral defects to post-repair evaluation. Emphasis will be placed on advanced MRI techniques, including T2 mapping and AI-based reconstruction (AiCE, PIQE), which enhance cartilage-bone interface visualization without prolonging scan time. Participants will learn to detect and classify cartilage lesions, use precise reporting terminology, and recognize how image quality influences lesion grading and diagnostic confidence.
Learning objectives:
- To review the MRI appearance of the most relevant cartilage lesions and learn to accurately classify them using standardized terminology for structured reporting.
- To understand which MRI sequences improve cartilage lesion detection, the principles behind their sensitivity, and how AI-based reconstruction enhances visualization and diagnostic confidence.
US | MSK
13:30 - 14:30 (Room 0.14)
About the speaker:
Prof. Carlo Martinoli, MD, PhD
Radiologist
IRCCS Ospedale Policlinico San Martino University Hospital
Genoa, Italy
Professional Biography:
Carlo Martinoli is Full Professor of Radiology and Director of the Postgraduate School of Diagnostic Radiology at the University of Genoa, Italy. He is also Head of the Emergency and Musculoskeletal Radiology Unit at the IRCCS Ospedale Policlinico San Martino, Italy. He has devoted more than 25 years to education in the field of musculoskeletal radiology and is author of a preeminent textbook on Musculoskeletal Ultrasound. He has published over 320 articles in international peer reviewed medical journals. Carlo Martinoli has been President of the European Society of Musculoskeletal Radiology (ESSR).
Presentation: Ultrasound of the Forefoot – Practical Landmarks, Scanning Strategies, and Key Pathologies
Abstract:
The forefoot is a highly specialized anatomical region characterized by a complex interplay of osseous, ligamentous, tendinous, and neurovascular structures that are essential for load transmission and propulsion during gait. This presentation will focus on the role of high-resolution ultrasound, emphasizing practical ultrasound landmarks, optimized scanning strategies and dynamic assessment techniques for accurately depicting the complex and clinically relevant anatomy of the forefoot. Key structures addressed will include the flexor and extensor digitorum tendons, pulley systems, plantar plates, metatarsophalangeal and interphalangeal joints (including capsuloligamentous components, joint recesses, and sesamoids), as well as distal nerve branches such as the interdigital, hallucal, and deep peroneal nerves. In addition to anatomical assessment, the most relevant forefoot pathologies affecting these structures will be addressed, focusing on common and clinically significant conditions encountered in daily practice. By integrating both dorsal and plantar scanning approaches, this presentation aims to enhance understanding of the capabilities and versatility of high-resolution ultrasound in forefoot evaluation, supporting a more precise, comprehensive, and clinically meaningful evaluation.
Learning objectives:
13:30 - 14:30 (Room 0.14)
About the speaker:
Prof. Carlo Martinoli, MD, PhD
Radiologist
IRCCS Ospedale Policlinico San Martino University Hospital
Genoa, Italy
Professional Biography:
Carlo Martinoli is Full Professor of Radiology and Director of the Postgraduate School of Diagnostic Radiology at the University of Genoa, Italy. He is also Head of the Emergency and Musculoskeletal Radiology Unit at the IRCCS Ospedale Policlinico San Martino, Italy. He has devoted more than 25 years to education in the field of musculoskeletal radiology and is author of a preeminent textbook on Musculoskeletal Ultrasound. He has published over 320 articles in international peer reviewed medical journals. Carlo Martinoli has been President of the European Society of Musculoskeletal Radiology (ESSR).
Presentation: Ultrasound of the Forefoot – Practical Landmarks, Scanning Strategies, and Key Pathologies
Abstract:
The forefoot is a highly specialized anatomical region characterized by a complex interplay of osseous, ligamentous, tendinous, and neurovascular structures that are essential for load transmission and propulsion during gait. This presentation will focus on the role of high-resolution ultrasound, emphasizing practical ultrasound landmarks, optimized scanning strategies and dynamic assessment techniques for accurately depicting the complex and clinically relevant anatomy of the forefoot. Key structures addressed will include the flexor and extensor digitorum tendons, pulley systems, plantar plates, metatarsophalangeal and interphalangeal joints (including capsuloligamentous components, joint recesses, and sesamoids), as well as distal nerve branches such as the interdigital, hallucal, and deep peroneal nerves. In addition to anatomical assessment, the most relevant forefoot pathologies affecting these structures will be addressed, focusing on common and clinically significant conditions encountered in daily practice. By integrating both dorsal and plantar scanning approaches, this presentation aims to enhance understanding of the capabilities and versatility of high-resolution ultrasound in forefoot evaluation, supporting a more precise, comprehensive, and clinically meaningful evaluation.
Learning objectives:
- Recognize normal forefoot anatomy on high-resolution ultrasound, including tendons, joints, sesamoids, and distal nerves
- Apply practical scanning techniques and landmarks to improve diagnostic accuracy and patient assessment
CT | Abdomen
14:30 - 15:30 (Room 0.15)
About the speaker:
Dr. Ewoud J. Smit, MD, PhD
Radiologist
Radboudumc
Nijmegen, the Netherlands
Professional Biography:
Dr. Ewoud Smit is a radiologist at the Radboudumc in Nijmegen, The Netherlands, specialized in advanced CT imaging and the application of Artificial Intelligence (AI) for Oncology. His distinguished background includes a rare combination of degrees in both Medicine (MD) and Physics (MSc), complemented by a PhD from the University of Utrecht focused on advanced stroke imaging. This unique technical and clinical expertise allows him to drive innovation at the intersection of imaging physics, image analysis, and patient care.
Dr. Smit is a significant contributor to scientific literature, having co-authored over 45 peer-reviewed papers. He is also deeply involved in academia, serving as co-promotor for five PhD candidates, and contributes to professional standards as a member of the Accreditation Commission of the Dutch Society of Radiology.
Presentation: Deep learning reconstruction in CT abdominal imaging.
Abstract:
Deep Learning Reconstruction (DLR) is rapidly becoming the standard for CT image reconstruction, superseding older hybrid iterative reconstruction (HIR) methods. DLR offers critical benefits, including lower noise, reduced radiation dose, a more natural image texture, and, often, improved spatial resolution. These technical advantages significantly enhance the visualization of clinically-relevant structures and lesions across multiple abdominal organs (e.g., liver, spleen, kidneys, pancreas, musculature, and vessels) and are particularly valuable for patients with high BMI. This session will cover the core technological principles and clinical evidence supporting DLR, using practical clinical cases to clearly demonstrate its superiority over other reconstruction techniques.
Learning objectives:
As a result of this session, the attendee will be able to:
14:30 - 15:30 (Room 0.15)
About the speaker:
Dr. Ewoud J. Smit, MD, PhD
Radiologist
Radboudumc
Nijmegen, the Netherlands
Professional Biography:
Dr. Ewoud Smit is a radiologist at the Radboudumc in Nijmegen, The Netherlands, specialized in advanced CT imaging and the application of Artificial Intelligence (AI) for Oncology. His distinguished background includes a rare combination of degrees in both Medicine (MD) and Physics (MSc), complemented by a PhD from the University of Utrecht focused on advanced stroke imaging. This unique technical and clinical expertise allows him to drive innovation at the intersection of imaging physics, image analysis, and patient care.
Dr. Smit is a significant contributor to scientific literature, having co-authored over 45 peer-reviewed papers. He is also deeply involved in academia, serving as co-promotor for five PhD candidates, and contributes to professional standards as a member of the Accreditation Commission of the Dutch Society of Radiology.
Presentation: Deep learning reconstruction in CT abdominal imaging.
Abstract:
Deep Learning Reconstruction (DLR) is rapidly becoming the standard for CT image reconstruction, superseding older hybrid iterative reconstruction (HIR) methods. DLR offers critical benefits, including lower noise, reduced radiation dose, a more natural image texture, and, often, improved spatial resolution. These technical advantages significantly enhance the visualization of clinically-relevant structures and lesions across multiple abdominal organs (e.g., liver, spleen, kidneys, pancreas, musculature, and vessels) and are particularly valuable for patients with high BMI. This session will cover the core technological principles and clinical evidence supporting DLR, using practical clinical cases to clearly demonstrate its superiority over other reconstruction techniques.
Learning objectives:
As a result of this session, the attendee will be able to:
- Understand the technological and working principles of deep learning reconstruction
- Discuss how deep learning reconstruction can help improve image quality and reduce dose in abdominal CT imaging.
- Discuss the behavior of deep learning reconstruction in ultra-low dose settings.
- Experience with real patient cases the differences between deep learning reconstruction and hybrid iterative reconstruction
US | MSK
15:00 - 16:00 (Room 0.14)
About the speaker:
Prof. Luca Maria Sconfienza, MD, PhD
Professor of Radiology, Head of radiology unit
University of Milano; IRCCS Ospedale Galeazzi Sant’Ambrogio
Milano, Italy
Professional Biography:
Luca Maria Sconfienza MD PhD is currently full professor of radiology at University of Milano and Head of Radiology Unit and Deputy Scientific Director at IRCCS Ospedale Galeazzi-Sant’Ambrogio in Milano, Italy.
His main interest of clinical and research activity are all aspects of musculoskeletal radiology, in particular interventional procedures.
Dr. Sconfienza has been councilor (2009-2011), chair of Research Committee (2013-2016), chair of the Ultrasound Subcommittee (2016-2018), Secretary General (2018-2021) of the European Society of Musculoskeletal Radiology, where now is vicepresident.
Presentation: Ultrasound-guided interventional procedures around the shoulder
Abstract:
Ultrasound (US) has become a first-line guidance modality for a wide range of interventional procedures around the shoulder, offering real-time visualization of target structures, needles, and adjacent neurovascular anatomy without ionizing radiation. This presentation reviews practical indications, technique, and safety considerations for common US-guided interventions in the peri-shoulder region, with an emphasis on reproducible workflows and clinically meaningful outcomes. Key procedures include intra-articular glenohumeral injections, subacromial–subdeltoid bursa injections, acromioclavicular joint injections, long head of biceps tendon sheath injections, and ultrasound-guided barbotage for calcific tendinopathy with adjunct bursal steroid injection. We will also discuss image-guided aspiration of joint or bursal effusions, targeted peri-neural injections (e.g., suprascapular nerve block), and emerging applications such as percutaneous tenotomy and biologic injectates, highlighting the evidence base and current controversies.
Learning objectives:
15:00 - 16:00 (Room 0.14)
About the speaker:
Prof. Luca Maria Sconfienza, MD, PhD
Professor of Radiology, Head of radiology unit
University of Milano; IRCCS Ospedale Galeazzi Sant’Ambrogio
Milano, Italy
Professional Biography:
Luca Maria Sconfienza MD PhD is currently full professor of radiology at University of Milano and Head of Radiology Unit and Deputy Scientific Director at IRCCS Ospedale Galeazzi-Sant’Ambrogio in Milano, Italy.
His main interest of clinical and research activity are all aspects of musculoskeletal radiology, in particular interventional procedures.
Dr. Sconfienza has been councilor (2009-2011), chair of Research Committee (2013-2016), chair of the Ultrasound Subcommittee (2016-2018), Secretary General (2018-2021) of the European Society of Musculoskeletal Radiology, where now is vicepresident.
Presentation: Ultrasound-guided interventional procedures around the shoulder
Abstract:
Ultrasound (US) has become a first-line guidance modality for a wide range of interventional procedures around the shoulder, offering real-time visualization of target structures, needles, and adjacent neurovascular anatomy without ionizing radiation. This presentation reviews practical indications, technique, and safety considerations for common US-guided interventions in the peri-shoulder region, with an emphasis on reproducible workflows and clinically meaningful outcomes. Key procedures include intra-articular glenohumeral injections, subacromial–subdeltoid bursa injections, acromioclavicular joint injections, long head of biceps tendon sheath injections, and ultrasound-guided barbotage for calcific tendinopathy with adjunct bursal steroid injection. We will also discuss image-guided aspiration of joint or bursal effusions, targeted peri-neural injections (e.g., suprascapular nerve block), and emerging applications such as percutaneous tenotomy and biologic injectates, highlighting the evidence base and current controversies.
Learning objectives:
- Take-home techniques you can use the next day: practical tips on sonoanatomy, probe/needle handling, patient positioning, and how to perform the most common shoulder injections/aspirations safely and efficiently (and troubleshoot the “hard” cases).
- Improve outcomes and confidence (with fewer complications): how to choose the right procedure and target, avoid key pitfalls (tendon/nerve/vessel injury, intratendinous injection, missed bursae), and standardize documentation and follow-up to make your practice more reproducible.
CT | Cardiac
16:00 - 17:00 (Room 0.15)
About the speaker:
Dr. Russell Bull, BSc, MBBChir, MRCP, FRCR, FSCCT
Radiologist
Consultant Radiologist
Royal Bournemouth Hospital
Bournemouth, UK
Professional Biography:
Dr. Bull trained in radiology in Cambridge, UK and was appointed as a consultant radiologist at the Royal Bournemouth Hospital in 2000. He set up one of the first cardiac CT services in the UK in 2003 and a cardiac MRI service in 2005. The Royal Bournemouth Hospital is now one of the largest 'general hospital' cardiac CT and MRI units in the country. He is responsible for training radiology and cardiology fellows and registrars. He has a major interest in the technical developments of CT and MRI and has been involved in developing software and hardware to make cardiac scanning easier, faster and more robust. He is the immediate past Travelling Cardiac Professor of the Royal College of Radiologists/BSCI/BSCCT and a past president of BSCI/BSCCT. He is a past Chair of the BCS imaging council responsible for coordinating the activities of the UK cardiac cross-sectional imaging societies.
Presentation: Coronary CTA with wide-area detector, super-resolution deep learning reconstruction, and motion correction
Abstract:
Super-resolution coronary CTA with PIQE 1024 deep learning reconstruction allows unmatched coronary artery detail with no radiation penalty. This novel technology can be combined with automated coronary motion correction using a wide volume, single heart beat, 120ms acquisition. This workshop will showcase these latest technological developments and demonstrate the ability of these combined technologies to deliver ultra high resolution images with no motion artefact in all patients regardless of patient size, coronary calcification, heart rate or rhythm. The clinical advantages of these combined technologies in assessing and quantifying coronary plaque as well as confirming or excluding flow-limiting disease in heavily calcified vessels will be discussed.
Learning objectives:
To illustrate the potential of single-beat wide volume super-resolution CT in standard clinical practice, particularly in patients who were previously challenging to image with Coronary CT
16:00 - 17:00 (Room 0.15)
About the speaker:
Dr. Russell Bull, BSc, MBBChir, MRCP, FRCR, FSCCT
Radiologist
Consultant Radiologist
Royal Bournemouth Hospital
Bournemouth, UK
Professional Biography:
Dr. Bull trained in radiology in Cambridge, UK and was appointed as a consultant radiologist at the Royal Bournemouth Hospital in 2000. He set up one of the first cardiac CT services in the UK in 2003 and a cardiac MRI service in 2005. The Royal Bournemouth Hospital is now one of the largest 'general hospital' cardiac CT and MRI units in the country. He is responsible for training radiology and cardiology fellows and registrars. He has a major interest in the technical developments of CT and MRI and has been involved in developing software and hardware to make cardiac scanning easier, faster and more robust. He is the immediate past Travelling Cardiac Professor of the Royal College of Radiologists/BSCI/BSCCT and a past president of BSCI/BSCCT. He is a past Chair of the BCS imaging council responsible for coordinating the activities of the UK cardiac cross-sectional imaging societies.
Presentation: Coronary CTA with wide-area detector, super-resolution deep learning reconstruction, and motion correction
Abstract:
Super-resolution coronary CTA with PIQE 1024 deep learning reconstruction allows unmatched coronary artery detail with no radiation penalty. This novel technology can be combined with automated coronary motion correction using a wide volume, single heart beat, 120ms acquisition. This workshop will showcase these latest technological developments and demonstrate the ability of these combined technologies to deliver ultra high resolution images with no motion artefact in all patients regardless of patient size, coronary calcification, heart rate or rhythm. The clinical advantages of these combined technologies in assessing and quantifying coronary plaque as well as confirming or excluding flow-limiting disease in heavily calcified vessels will be discussed.
Learning objectives:
To illustrate the potential of single-beat wide volume super-resolution CT in standard clinical practice, particularly in patients who were previously challenging to image with Coronary CT
Thursday, March 05
MR | Pancreas
10:00 - 11:00 (Room 0.15)
About the speaker:
Prof. Mirko D'Onofrio, MD
Professor of Radiology
University of Verona
Verona, Italy
Professional Biography:
Prof. Mirko D’Onofrio, MD, is Full Professor of Radiology at the University of Verona and radiologist at GB Rossi University Hospital. A leading expert in abdominal and oncologic imaging, he specializes in pancreatic and hepatobiliary diseases, contrast-enhanced ultrasound, elastography, MRI, and interventional radiology. He has published over 220 scientific articles (Hindex 55), numerous book chapters, and several reference books, and his research has influenced European and international guidelines. Prof. D’Onofrio is actively engaged in teaching, directing the residency program in Radiology and advanced master’s courses in oncologic and abdominal imaging. He is a fellow or member of major scientific societies, including ESGAR, ESR, ICIS, and SIRM, where he has also served in leadership roles. Widely invited to lecture worldwide and serving on editorial boards of leading journals, he combines clinical excellence, prolific research, and academic leadership in abdominal imaging.
Presentation: MR: powerful imaging method for diagnosis and follow up of pancreatic lesions
Abstract:
MR is the best imaging method to detect small solid pancreatic lesions and to characterize small nodules after CT or US detection so improving differential diagnosis. Also, in case of indeterminate pancreatic masses the added values of MR can allow to reach the correct diagnosis. All the diagnostic power of MRI comes from the multiparametric aspect of the study also before contrast media administration. MR play a crucial role in the liver staging of pancreatic cancer. MRI has gained an increasing pivotal role in the follow up of cystic pancreatic lesions.
Learning objectives:
10:00 - 11:00 (Room 0.15)
About the speaker:
Prof. Mirko D'Onofrio, MD
Professor of Radiology
University of Verona
Verona, Italy
Professional Biography:
Prof. Mirko D’Onofrio, MD, is Full Professor of Radiology at the University of Verona and radiologist at GB Rossi University Hospital. A leading expert in abdominal and oncologic imaging, he specializes in pancreatic and hepatobiliary diseases, contrast-enhanced ultrasound, elastography, MRI, and interventional radiology. He has published over 220 scientific articles (Hindex 55), numerous book chapters, and several reference books, and his research has influenced European and international guidelines. Prof. D’Onofrio is actively engaged in teaching, directing the residency program in Radiology and advanced master’s courses in oncologic and abdominal imaging. He is a fellow or member of major scientific societies, including ESGAR, ESR, ICIS, and SIRM, where he has also served in leadership roles. Widely invited to lecture worldwide and serving on editorial boards of leading journals, he combines clinical excellence, prolific research, and academic leadership in abdominal imaging.
Presentation: MR: powerful imaging method for diagnosis and follow up of pancreatic lesions
Abstract:
MR is the best imaging method to detect small solid pancreatic lesions and to characterize small nodules after CT or US detection so improving differential diagnosis. Also, in case of indeterminate pancreatic masses the added values of MR can allow to reach the correct diagnosis. All the diagnostic power of MRI comes from the multiparametric aspect of the study also before contrast media administration. MR play a crucial role in the liver staging of pancreatic cancer. MRI has gained an increasing pivotal role in the follow up of cystic pancreatic lesions.
Learning objectives:
- MRI added values in the diagnosis and follow up of pancreatic lesions
- When and why MRI is indicated
- How to perform follow up of cystic pancreatic lesions
US | Pancreas
10:30 - 11:30 (Room 0.14)
About the speaker:
Dr. Eva Marín Serrano, MD, PhD
Consultant Gastroenterologist, Pancreatic Diseases Unit
Hospital Universitario La Paz
Madrid, Spain
Professional Biography:
Eva Marín-Serrano, MD, PhD, is a consultant gastroenterologist at the Department of Gastroenterology, Hospital Universitario La Paz (Madrid, Spain), with a special focus on pancreatic diseases, abdominal ultrasound and endoscopic ultrasound (EUS). She has extensive expertise in diagnostic and interventional ultrasound, pancreatic imaging, EUS and elastography, and has led multiple clinical and translational research projects in pancreatic disorders. She is actively involved in national and international teaching activities in digestive ultrasound and EUS, and has served as President of the Spanish Association of Digestive Ultrasound (AEED). Her current research focuses on pancreatic steatosis, pancreatic elastography, and the application of advanced imaging techniques and artificial intelligence in pancreatic diseases.
Presentation: Mastering Pancreatic Ultrasound: Practical Strategies, Technological Advances and Clinical Impact
Abstract:
Ultrasound assessment of the pancreas remains one of the most technically demanding abdominal examinations due to anatomical location, overlying bowel gas and variable body habitus. However, recent advances in transducer design, image processing and multiparametric applications have significantly improved diagnostic capability and consistency.
This workshop focuses on practical scanning strategies, optimized protocols, and reliable anatomical windows that help overcome common limitations in routine clinical practice. Real case examples will demonstrate how advanced technologies—such as harmonic imaging, enhanced processing, and shear wave elastography—can enhance lesion detection and characterization, supporting differential diagnosis in conditions such as cystic lesions, chronic pancreatitis and pancreatic tumors.
Participants will gain a comprehensive and clinically oriented approach to pancreatic ultrasound, combining technique, technology and interpretation to achieve more robust and reproducible results in everyday scanning.
Learning objectives:
10:30 - 11:30 (Room 0.14)
About the speaker:
Dr. Eva Marín Serrano, MD, PhD
Consultant Gastroenterologist, Pancreatic Diseases Unit
Hospital Universitario La Paz
Madrid, Spain
Professional Biography:
Eva Marín-Serrano, MD, PhD, is a consultant gastroenterologist at the Department of Gastroenterology, Hospital Universitario La Paz (Madrid, Spain), with a special focus on pancreatic diseases, abdominal ultrasound and endoscopic ultrasound (EUS). She has extensive expertise in diagnostic and interventional ultrasound, pancreatic imaging, EUS and elastography, and has led multiple clinical and translational research projects in pancreatic disorders. She is actively involved in national and international teaching activities in digestive ultrasound and EUS, and has served as President of the Spanish Association of Digestive Ultrasound (AEED). Her current research focuses on pancreatic steatosis, pancreatic elastography, and the application of advanced imaging techniques and artificial intelligence in pancreatic diseases.
Presentation: Mastering Pancreatic Ultrasound: Practical Strategies, Technological Advances and Clinical Impact
Abstract:
Ultrasound assessment of the pancreas remains one of the most technically demanding abdominal examinations due to anatomical location, overlying bowel gas and variable body habitus. However, recent advances in transducer design, image processing and multiparametric applications have significantly improved diagnostic capability and consistency.
This workshop focuses on practical scanning strategies, optimized protocols, and reliable anatomical windows that help overcome common limitations in routine clinical practice. Real case examples will demonstrate how advanced technologies—such as harmonic imaging, enhanced processing, and shear wave elastography—can enhance lesion detection and characterization, supporting differential diagnosis in conditions such as cystic lesions, chronic pancreatitis and pancreatic tumors.
Participants will gain a comprehensive and clinically oriented approach to pancreatic ultrasound, combining technique, technology and interpretation to achieve more robust and reproducible results in everyday scanning.
Learning objectives:
- Apply optimized scanning techniques and standardized protocols to improve visualization of pancreatic anatomy, including strategies to overcome difficult acoustic windows.
- Understand how advanced ultrasound technologies—including harmonic imaging, enhanced processing and shear wave elastography—contribute to improved detection and characterization of pancreatic pathology.
- Recognize practical troubleshooting tips for common challenges such as bowel gas, obesity and anatomical variability.
- Appreciate the clinical potential of multiparametric ultrasound, including elastography, for differential diagnosis and follow-up of pancreatic disease.
CT | Cardiac
11:30 - 12:30 (Room 0.15)
About the speaker:
Dr. Sebastian Ley, MD, PhD, EBCR
Radiologist, Head of Department
Internistisches Klinikum München Süd
Munich, Germany
Professional Biography:
Professor Sebastian Ley is a European Board-Certified Cardiac Radiologist (EBCR) and certified Level Q3 trainer in cardiac imaging (CT and MRI) in Germany. He is a specialist in diagnostic and interventional radiology with over two decades of experience, with focus on cardiopulmonary radiology. He is also active in the scientific community having co-authored several peer-reviewed publications in the cardiac imaging field.
Presentation: Assessment of coronary plaque morphology, stents and in-stent restenosis with wide-area detector CT and ultra-high resolution deep learning reconstruction
Abstract:
This workshop will show how to optimize CT acquisition and reconstruction for excellent image quality in coronary artery imaging. Special emphasis will be placed on the impact of reconstruction algorithms using artificial intelligence (AiCE, PIQE). This is the prerequisite for in detail analysis of plaque characterization. As CT is more and more facilitated for follow-up examinations of patients with coronary artery disease stent visualization and exclusion of in-stent or post-stent stenosis is important. Examples of stent visualization with different reconstruction techniques will be showed.
Learning objectives:
11:30 - 12:30 (Room 0.15)
About the speaker:
Dr. Sebastian Ley, MD, PhD, EBCR
Radiologist, Head of Department
Internistisches Klinikum München Süd
Munich, Germany
Professional Biography:
Professor Sebastian Ley is a European Board-Certified Cardiac Radiologist (EBCR) and certified Level Q3 trainer in cardiac imaging (CT and MRI) in Germany. He is a specialist in diagnostic and interventional radiology with over two decades of experience, with focus on cardiopulmonary radiology. He is also active in the scientific community having co-authored several peer-reviewed publications in the cardiac imaging field.
Presentation: Assessment of coronary plaque morphology, stents and in-stent restenosis with wide-area detector CT and ultra-high resolution deep learning reconstruction
Abstract:
This workshop will show how to optimize CT acquisition and reconstruction for excellent image quality in coronary artery imaging. Special emphasis will be placed on the impact of reconstruction algorithms using artificial intelligence (AiCE, PIQE). This is the prerequisite for in detail analysis of plaque characterization. As CT is more and more facilitated for follow-up examinations of patients with coronary artery disease stent visualization and exclusion of in-stent or post-stent stenosis is important. Examples of stent visualization with different reconstruction techniques will be showed.
Learning objectives:
- To learn about latest CT techniques for optimal image acquisition for coronary artery visualization
- To experience the improved image quality of reconstruction algorithms suing AI
- Examples of different plaque characteristics and stent visualization
US | Abdomen
11:45 - 12:45 (Room 0.14)
About the speaker:
Prof. Jean Michel Correas, MD, PhD
Radiologist; Head of radiology department
Necker-Enfants Malades (Necker Hospital)
Paris, France
Professional Biography:
Jean-Michel Correas is Professor of Radiology at Université Paris Cité and Chairman of the Adult Radiology Department. He obtained a PhD from the University of Tours (Pr. Pourcelot), after spending 2 years in the United States and 6 months in Canada (Toronto, Pr. Burns). Since 1998, Prof. Correas has expanded the clinical use of ultrasound contrast agents. He is heavily involved in optimizing ultrasound imaging (abdomen, kidney, prostate, etc.). Since 2010, he has been developing the concept of multiparametric ultrasound imaging (B-mode, color/power Doppler, micro-Doppler, contrast-enhanced ultrasonography and shear-wave elastography), particularly in collaboration with Dr Olivier Couture (Laboratory of Biomedical Imaging, Sorbonne University). Recently, they introduced clinical applications of Ultrasound Localization Microscopy (also called Super Resolution US). He is also working on the diagnosis of metabolic dysfunction-associated steatohepatitis (MASH) in adults and children.
Prof. Correas is particularly involved in the diagnostic and interventional imaging of renal tumors. He initially performed radiofrequency ablation of hepatocellular carcinomas (>200 cases), and from 2000 onwards of renal tumors, both malignant and benign. He currently uses radiofrequency, microwave ablation and cryoablation. To date, he has treated more than 2,000 patients with renal tumors using minimally invasive techniques under conscious sedation, guided by ultrasound, fusion imaging and CT.
Presentation: New Abdominal Insights with SMI Angio mode
Abstract:
Microvascular imaging can play a major role in abdominal diseases, including identification of ischemic disorders, detection and characterization of focal lesions, assessment of infection (such as acute pyelonephritis) and treatment response (antibiotics, immunotherapy, percutaneous ablation). This technique is particularly interesting for the characterization of focal liver and kidney masses, guidance of biopsy, and detection of disease recurrence. SMI Angio does not require administration of microbubble contrast agents and simultaneously provides higher sensitivity and high resolution for the detection of slow flow vessels, compared to conventional Doppler techniques. It is available on both convex and linear low frequency transducers. Limitations are similar to all microvascular imaging techniques, and include movements and deep structures.
Learning objectives:
11:45 - 12:45 (Room 0.14)
About the speaker:
Prof. Jean Michel Correas, MD, PhD
Radiologist; Head of radiology department
Necker-Enfants Malades (Necker Hospital)
Paris, France
Professional Biography:
Jean-Michel Correas is Professor of Radiology at Université Paris Cité and Chairman of the Adult Radiology Department. He obtained a PhD from the University of Tours (Pr. Pourcelot), after spending 2 years in the United States and 6 months in Canada (Toronto, Pr. Burns). Since 1998, Prof. Correas has expanded the clinical use of ultrasound contrast agents. He is heavily involved in optimizing ultrasound imaging (abdomen, kidney, prostate, etc.). Since 2010, he has been developing the concept of multiparametric ultrasound imaging (B-mode, color/power Doppler, micro-Doppler, contrast-enhanced ultrasonography and shear-wave elastography), particularly in collaboration with Dr Olivier Couture (Laboratory of Biomedical Imaging, Sorbonne University). Recently, they introduced clinical applications of Ultrasound Localization Microscopy (also called Super Resolution US). He is also working on the diagnosis of metabolic dysfunction-associated steatohepatitis (MASH) in adults and children.
Prof. Correas is particularly involved in the diagnostic and interventional imaging of renal tumors. He initially performed radiofrequency ablation of hepatocellular carcinomas (>200 cases), and from 2000 onwards of renal tumors, both malignant and benign. He currently uses radiofrequency, microwave ablation and cryoablation. To date, he has treated more than 2,000 patients with renal tumors using minimally invasive techniques under conscious sedation, guided by ultrasound, fusion imaging and CT.
Presentation: New Abdominal Insights with SMI Angio mode
Abstract:
Microvascular imaging can play a major role in abdominal diseases, including identification of ischemic disorders, detection and characterization of focal lesions, assessment of infection (such as acute pyelonephritis) and treatment response (antibiotics, immunotherapy, percutaneous ablation). This technique is particularly interesting for the characterization of focal liver and kidney masses, guidance of biopsy, and detection of disease recurrence. SMI Angio does not require administration of microbubble contrast agents and simultaneously provides higher sensitivity and high resolution for the detection of slow flow vessels, compared to conventional Doppler techniques. It is available on both convex and linear low frequency transducers. Limitations are similar to all microvascular imaging techniques, and include movements and deep structures.
Learning objectives:
- Understand the clinical benefit of microvascular imaging techniques in ultrasound
- Learn how SMI Angio detects slow-flow microvascular structures and how it differs from conventional Doppler techniques.
- Improve skills in evaluating vascular patterns to support differential diagnosis, treatment planning, and follow-up.
MR | Cardiac
13:00 - 14:00 (Room 0.15)
About the speaker:
Dr. Sebastian Ley, MD, PhD, EBCR
Radiologist, Head of Department
Internistisches Klinikum München Süd
Munich, Germany
Professional Biography:
Professor Sebastian Ley is a European Board-Certified Cardiac Radiologist (EBCR) and certified Level Q3 trainer in cardiac imaging (CT and MRI) in Germany. He is a specialist in diagnostic and interventional radiology with over two decades of experience, with focus on cardiopulmonary radiology. He is also active in the scientific community having co-authored several peer-reviewed publications in the cardiac imaging field.
Presentation: Cardiac MRI in ischemic and viability assessment: from protocol to interpretation
Abstract:
Within this workshop, a common clinical scenario for cardiac MR imaging will be presented. The focus will be on assessment of myocardial viability and ischemia. A tailored, clinically proofed protocol will be presented. Concepts for follow-up after interventional procedures will be covered. Also, the concept of MINOCA will be discussed and cases shown. The case-based presentation will also include comparison with CT angiography and interventional data. Latest imaging and post-processing/reconstruction techniques like AiCE will be shown.
Learning objectives:
13:00 - 14:00 (Room 0.15)
About the speaker:
Dr. Sebastian Ley, MD, PhD, EBCR
Radiologist, Head of Department
Internistisches Klinikum München Süd
Munich, Germany
Professional Biography:
Professor Sebastian Ley is a European Board-Certified Cardiac Radiologist (EBCR) and certified Level Q3 trainer in cardiac imaging (CT and MRI) in Germany. He is a specialist in diagnostic and interventional radiology with over two decades of experience, with focus on cardiopulmonary radiology. He is also active in the scientific community having co-authored several peer-reviewed publications in the cardiac imaging field.
Presentation: Cardiac MRI in ischemic and viability assessment: from protocol to interpretation
Abstract:
Within this workshop, a common clinical scenario for cardiac MR imaging will be presented. The focus will be on assessment of myocardial viability and ischemia. A tailored, clinically proofed protocol will be presented. Concepts for follow-up after interventional procedures will be covered. Also, the concept of MINOCA will be discussed and cases shown. The case-based presentation will also include comparison with CT angiography and interventional data. Latest imaging and post-processing/reconstruction techniques like AiCE will be shown.
Learning objectives:
- Tailored MR protocols for specific clinical scenarios will be shown
- Impact of acceleration techniques on image quality will be demonstrated
US | Pediatrics
13:15 - 14:15 (Room 0.14)
About the speaker:
Dr. Michael Zellner, MD
Senior Pediatric Radiologist
Pediatrics Ultrasound
University Children’s Hospital Zurich
Zurich, Germany
Professional Biography:
Dr. Michael Zellner is a senior pediatric radiologist at the University Children’s Hospital Zurich, specializing in advanced imaging techniques in children. He completed his radiology training in Austria, an International Medical Observation at the Radiology Department of The Hospital for Sick Children in Toronto, and a dedicated pediatric radiology fellowship in Zurich. His clinical and research focus includes radiation dose optimization in CT, quantitative liver ultrasound, and innovative MRI techniques for pediatric chest and abdominal imaging. Dr. Zellner has authored numerous peer-reviewed publications, serves as a reviewer for leading radiology journals, and is an active lecturer at the University of Zurich and ETH Zurich. He is the recipient of the ESPR Jacques Lefèbvre Award 2025.
Presentation: Pediatric Quantitative Liver Ultrasound - Techniques, Pitfalls, Reference Values
Abstract:
Quantitative liver ultrasound is increasingly important for the non-invasive assessment of diffuse and focal liver disease in children. We will review the principles of shear-wave elastography, shear-wave dispersion, and attenuation imaging, highlighting recently established pediatric reference values. Common technical pitfalls—such as incorrect ROI placement, insufficient acquisition stability and artefacts —will be illustrated alongside representative clinical cases covering steatosis, fibrosis and inflammation. In a live demonstration we will show how to perform standardized quantitative liver ultrasound in a child, focusing on practical scanning techniques and quality criteria needed to obtain reliable, reproducible measurements.
Learning objectives:
13:15 - 14:15 (Room 0.14)
About the speaker:
Dr. Michael Zellner, MD
Senior Pediatric Radiologist
Pediatrics Ultrasound
University Children’s Hospital Zurich
Zurich, Germany
Professional Biography:
Dr. Michael Zellner is a senior pediatric radiologist at the University Children’s Hospital Zurich, specializing in advanced imaging techniques in children. He completed his radiology training in Austria, an International Medical Observation at the Radiology Department of The Hospital for Sick Children in Toronto, and a dedicated pediatric radiology fellowship in Zurich. His clinical and research focus includes radiation dose optimization in CT, quantitative liver ultrasound, and innovative MRI techniques for pediatric chest and abdominal imaging. Dr. Zellner has authored numerous peer-reviewed publications, serves as a reviewer for leading radiology journals, and is an active lecturer at the University of Zurich and ETH Zurich. He is the recipient of the ESPR Jacques Lefèbvre Award 2025.
Presentation: Pediatric Quantitative Liver Ultrasound - Techniques, Pitfalls, Reference Values
Abstract:
Quantitative liver ultrasound is increasingly important for the non-invasive assessment of diffuse and focal liver disease in children. We will review the principles of shear-wave elastography, shear-wave dispersion, and attenuation imaging, highlighting recently established pediatric reference values. Common technical pitfalls—such as incorrect ROI placement, insufficient acquisition stability and artefacts —will be illustrated alongside representative clinical cases covering steatosis, fibrosis and inflammation. In a live demonstration we will show how to perform standardized quantitative liver ultrasound in a child, focusing on practical scanning techniques and quality criteria needed to obtain reliable, reproducible measurements.
Learning objectives:
- Understand the principles, normal reference values, and clinical applications of multiparametric quantitative liver ultrasound in children.
- Recognize common technical pitfalls and learn practical strategies to obtain reliable, standardized liver ultrasound measurements in pediatric patients.
CT | Physics
14:30 - 15:30 (Room 0.15)
About the speaker:
Prof. Ioannis Sechopoulos, PhD, DABR
Professor of Advanced X-ray Imaging Methods
Radboudumc
Nijmegen, the Netherlands
Professional Biography:
Prof. Sechopoulos is the chair of the Advanced X-ray Tomographic Imaging (AXTI) lab of the Department of Medical Imaging of Radboud University Medical Center, part-time Professor at the Multi-Modality Medical Imaging (M3i) group of the University of Twente, and Scientific Advisor of the Dutch Expert Center for Screening (LRCB). He performs research on a wide range of aspects of x-ray-based imaging methods, including advanced CT imaging. He obtained his Ph.D. from the Georgia Institute of Technology, in Atlanta, USA, performing research at Emory University. He is Deputy Editor of the Medical Physics and of European Radiology Breast and a member of the editorial board of Radiology.
Presentation: Photon counting detector CT: recent developments and future directions
Abstract:
The recent introduction of photon-counting CT has brought about a lot of excitement in the community. This new technology will not only bring important advances in current clinical applications but has the potential to introduce new applications for CT imaging. Of course, new technology not only opens up new frontiers, but always brings about new challenges to achieve its full potential, both in hardware and software.
During this session, we will review the technological and physical aspects of photon-counting CT systems, discuss the new applications that could be introduced in the future, and the challenges and opportunities that these advances will bring about.
Learning objectives:
As a result of this session, the attendee will be able to:
14:30 - 15:30 (Room 0.15)
About the speaker:
Prof. Ioannis Sechopoulos, PhD, DABR
Professor of Advanced X-ray Imaging Methods
Radboudumc
Nijmegen, the Netherlands
Professional Biography:
Prof. Sechopoulos is the chair of the Advanced X-ray Tomographic Imaging (AXTI) lab of the Department of Medical Imaging of Radboud University Medical Center, part-time Professor at the Multi-Modality Medical Imaging (M3i) group of the University of Twente, and Scientific Advisor of the Dutch Expert Center for Screening (LRCB). He performs research on a wide range of aspects of x-ray-based imaging methods, including advanced CT imaging. He obtained his Ph.D. from the Georgia Institute of Technology, in Atlanta, USA, performing research at Emory University. He is Deputy Editor of the Medical Physics and of European Radiology Breast and a member of the editorial board of Radiology.
Presentation: Photon counting detector CT: recent developments and future directions
Abstract:
The recent introduction of photon-counting CT has brought about a lot of excitement in the community. This new technology will not only bring important advances in current clinical applications but has the potential to introduce new applications for CT imaging. Of course, new technology not only opens up new frontiers, but always brings about new challenges to achieve its full potential, both in hardware and software.
During this session, we will review the technological and physical aspects of photon-counting CT systems, discuss the new applications that could be introduced in the future, and the challenges and opportunities that these advances will bring about.
Learning objectives:
As a result of this session, the attendee will be able to:
- Describe the technological developments underlying photon-counting CT.
- Discuss the new advanced applications that could be introduced with photon-counting CT.
- Review the remaining challenges that need to be addressed to bring about some of these advances.
MR | Neuro
16:00 - 17:00 (Room 0.15)
About the speaker:
Prof. Augustin Lecler, MD, PhD
Neuroradiologist
Fondation Adolphe de Rothschild Hospital
Paris, France
Professional Biography:
Prof. Augustin Lecler is a neuroradiologist specializing in ophthalmologic, neuro-ophthalmologic, and head and neck imaging. He is Professor of Radiology at Université Paris Cité and practices at the Fondation A. de Rothschild Hospital in Paris. Prof. Lecler holds an M.D. and a Ph.D. in Medical Imaging, as well as a postdoctoral fellowship from Stanford University, where he also earned a Certificate in Pedagogy.
A member of the board of the French Society of Neuroradiology and the National University Council in Radiology, he has authored over 190 peer-reviewed publications and actively supervises medical and Ph.D. students. His research focuses on advanced neuroimaging, ophthalmologic imaging, and artificial intelligence applications in radiology. Prof. Lecler is a frequent invited speaker at national and international meetings, and the recipient of multiple awards, including the Hermann Fischgold Prize of the French Society of Radiology.
Presentation: New McDonald Criteria 2024: How to apply them in practice?
Abstract:
The 2024 revision of the McDonald criteria introduces significant updates in the diagnosis of multiple sclerosis, emphasizing biomarkers, imaging findings, and clinical context to improve diagnostic accuracy and reduce misclassification. This session will review the main changes compared with the 2017 version and provide practical guidance for their application in daily radiological and neurological practice. Through illustrative clinical and MRI cases, participants will learn how to integrate the new criteria efficiently and avoid common diagnostic pitfalls.
Learning objectives:
16:00 - 17:00 (Room 0.15)
About the speaker:
Prof. Augustin Lecler, MD, PhD
Neuroradiologist
Fondation Adolphe de Rothschild Hospital
Paris, France
Professional Biography:
Prof. Augustin Lecler is a neuroradiologist specializing in ophthalmologic, neuro-ophthalmologic, and head and neck imaging. He is Professor of Radiology at Université Paris Cité and practices at the Fondation A. de Rothschild Hospital in Paris. Prof. Lecler holds an M.D. and a Ph.D. in Medical Imaging, as well as a postdoctoral fellowship from Stanford University, where he also earned a Certificate in Pedagogy.
A member of the board of the French Society of Neuroradiology and the National University Council in Radiology, he has authored over 190 peer-reviewed publications and actively supervises medical and Ph.D. students. His research focuses on advanced neuroimaging, ophthalmologic imaging, and artificial intelligence applications in radiology. Prof. Lecler is a frequent invited speaker at national and international meetings, and the recipient of multiple awards, including the Hermann Fischgold Prize of the French Society of Radiology.
Presentation: New McDonald Criteria 2024: How to apply them in practice?
Abstract:
The 2024 revision of the McDonald criteria introduces significant updates in the diagnosis of multiple sclerosis, emphasizing biomarkers, imaging findings, and clinical context to improve diagnostic accuracy and reduce misclassification. This session will review the main changes compared with the 2017 version and provide practical guidance for their application in daily radiological and neurological practice. Through illustrative clinical and MRI cases, participants will learn how to integrate the new criteria efficiently and avoid common diagnostic pitfalls.
Learning objectives:
- Understand the key updates introduced in the 2024 McDonald criteria.
- Learn how to apply the new diagnostic framework effectively in clinical and imaging practice
Friday, March 6
US | Breast
10:30 - 11:30 (Room 0.14)
About the speaker:
Dr. Silvia Pérez Rodrigo, MD
Head of the Breast Radiology Section
MD Anderson Cancer Center
Madrid, Spain
Professional Biography:
Dr. Silvia Pérez Rodrigo is a breast radiologist and Head of Breast Imaging Department in MD Anderson Cancer Center, Madrid, Spain.
Since 2010, her clinical work and research are dedicated exclusively to diagnostic and interventional breast radiology, with a particular interest in interventional, AI, MRI and postoperative, oncoplastic and reconstructive changes where she is a key opinion leader. Dr. Pérez received her MD degree from the Autónoma University of Madrid and completed his residency at the Hospital Universitario Alcorcón Madrid, Department of Radiology, doing a special training in breast interventional in Hospital Ramón y Cajal. Posteriorly she was a visiting fellow at the Department of Radiology at Memorial Sloan-Kettering Cancer Center, New York, USA.
Dr. Pérez Rodrigo serves on various committees for national and international radiology and senology societies, first and foremost the Spanish Breast Imaging Society (SEDIM) and European Society of Breast Imaging (EUSOBI) where she is a member of the executive board.
Presentation: When Ultrasound Meets AI: The Future of Breast Imaging
Abstract:
Artificial intelligence (AI) is rapidly transforming breast ultrasound, offering new opportunities to improve lesion characterization, diagnostic confidence, and workflow efficiency. Current AI-based software solutions support radiologists through automated lesion detection, standardized BI-RADS assessment, risk stratification, and decision-support tools, demonstrating promising results in sensitivity, specificity, and interobserver agreement.
However, the clinical performance of AI is closely linked to image quality, underscoring the fundamental role of high-end ultrasound systems in breast cancer diagnosis. Advances in transducer technology, spatial resolution, Doppler sensitivity, elastography, and image post-processing remain essential to maximize both human and artificial interpretation.
This presentation provides an up-to-date review of available AI software for breast ultrasound, summarizing current evidence, clinical results, and limitations. In parallel, it highlights the importance of state-of-the-art ultrasound platforms, with a focus on the latest high-end Canon systems, as the cornerstone for accurate imaging, reliable AI integration, and optimal patient care.
Learning objectives:
10:30 - 11:30 (Room 0.14)
About the speaker:
Dr. Silvia Pérez Rodrigo, MD
Head of the Breast Radiology Section
MD Anderson Cancer Center
Madrid, Spain
Professional Biography:
Dr. Silvia Pérez Rodrigo is a breast radiologist and Head of Breast Imaging Department in MD Anderson Cancer Center, Madrid, Spain.
Since 2010, her clinical work and research are dedicated exclusively to diagnostic and interventional breast radiology, with a particular interest in interventional, AI, MRI and postoperative, oncoplastic and reconstructive changes where she is a key opinion leader. Dr. Pérez received her MD degree from the Autónoma University of Madrid and completed his residency at the Hospital Universitario Alcorcón Madrid, Department of Radiology, doing a special training in breast interventional in Hospital Ramón y Cajal. Posteriorly she was a visiting fellow at the Department of Radiology at Memorial Sloan-Kettering Cancer Center, New York, USA.
Dr. Pérez Rodrigo serves on various committees for national and international radiology and senology societies, first and foremost the Spanish Breast Imaging Society (SEDIM) and European Society of Breast Imaging (EUSOBI) where she is a member of the executive board.
Presentation: When Ultrasound Meets AI: The Future of Breast Imaging
Abstract:
Artificial intelligence (AI) is rapidly transforming breast ultrasound, offering new opportunities to improve lesion characterization, diagnostic confidence, and workflow efficiency. Current AI-based software solutions support radiologists through automated lesion detection, standardized BI-RADS assessment, risk stratification, and decision-support tools, demonstrating promising results in sensitivity, specificity, and interobserver agreement.
However, the clinical performance of AI is closely linked to image quality, underscoring the fundamental role of high-end ultrasound systems in breast cancer diagnosis. Advances in transducer technology, spatial resolution, Doppler sensitivity, elastography, and image post-processing remain essential to maximize both human and artificial interpretation.
This presentation provides an up-to-date review of available AI software for breast ultrasound, summarizing current evidence, clinical results, and limitations. In parallel, it highlights the importance of state-of-the-art ultrasound platforms, with a focus on the latest high-end Canon systems, as the cornerstone for accurate imaging, reliable AI integration, and optimal patient care.
Learning objectives:
- Understand the current capabilities and clinical evidence of artificial intelligence in breast ultrasound.
- Recognize the critical role of high-end ultrasound technology in achieving accurate diagnosis and effective AI implementation
MR | Endometriosis
11:30 - 12:30 (Room 0.15)
About the speaker:
Dr. Farhat Bano, MD
Consultant Radiologist
Tameside and Glossop Integrated Care NHS Foundation Trust
Ashton-Under-Lyne, United Kingdom
Professional Biography:
Dr Farhat Bano is a Consultant Radiologist at Tameside and Glossop Integrated Care NHS Foundation Trust, with over seven years of post-training experience. She completed her radiology training through the Mersey Deanery and subsequently undertook a fellowship in Gynaecological Imaging at Imperial College Healthcare NHS Trust. Dr Bano specialises in gastrointestinal and gynaecological imaging, with a particular interest in advanced pelvic MRI. She is actively involved in multidisciplinary clinical care, teaching, and research, and is committed to advancing imaging practice and improving patient outcomes through high-quality education and evidence-based radiology.
Presentation: MRI in Endometriosis: A Structured, Case-Based Multidisciplinary Approach
Abstract:
Endometriosis is a chronic gynaecological condition affecting women of reproductive age and is a significant cause of pelvic pain and infertility. Diagnosis relies on a combination of clinical assessment, invasive and non-invasive investigations, with laparoscopy and histological confirmation remaining the gold standard. Transvaginal ultrasound (TVUS) is the first-line imaging modality due to its availability and cost-effectiveness; however, MRI plays a pivotal role as a second-line imaging technique. MRI enables comprehensive evaluation of all pelvic compartments in a single examination and is the imaging modality of choice for preoperative staging, facilitating accurate surgical planning and effective multidisciplinary management.
This interactive workshop integrates theoretical principles with hands-on case-based discussions. Participants will review optimal MRI protocols for endometriosis, recognise key imaging features of endometriomas and deep infiltrating endometriosis, and apply a structured compartmental approach to staging. Through real-world MDT-based cases, attendees will enhance image interpretation skills and develop a practical, clinically relevant diagnostic approach.
Learning objectives:
11:30 - 12:30 (Room 0.15)
About the speaker:
Dr. Farhat Bano, MD
Consultant Radiologist
Tameside and Glossop Integrated Care NHS Foundation Trust
Ashton-Under-Lyne, United Kingdom
Professional Biography:
Dr Farhat Bano is a Consultant Radiologist at Tameside and Glossop Integrated Care NHS Foundation Trust, with over seven years of post-training experience. She completed her radiology training through the Mersey Deanery and subsequently undertook a fellowship in Gynaecological Imaging at Imperial College Healthcare NHS Trust. Dr Bano specialises in gastrointestinal and gynaecological imaging, with a particular interest in advanced pelvic MRI. She is actively involved in multidisciplinary clinical care, teaching, and research, and is committed to advancing imaging practice and improving patient outcomes through high-quality education and evidence-based radiology.
Presentation: MRI in Endometriosis: A Structured, Case-Based Multidisciplinary Approach
Abstract:
Endometriosis is a chronic gynaecological condition affecting women of reproductive age and is a significant cause of pelvic pain and infertility. Diagnosis relies on a combination of clinical assessment, invasive and non-invasive investigations, with laparoscopy and histological confirmation remaining the gold standard. Transvaginal ultrasound (TVUS) is the first-line imaging modality due to its availability and cost-effectiveness; however, MRI plays a pivotal role as a second-line imaging technique. MRI enables comprehensive evaluation of all pelvic compartments in a single examination and is the imaging modality of choice for preoperative staging, facilitating accurate surgical planning and effective multidisciplinary management.
This interactive workshop integrates theoretical principles with hands-on case-based discussions. Participants will review optimal MRI protocols for endometriosis, recognise key imaging features of endometriomas and deep infiltrating endometriosis, and apply a structured compartmental approach to staging. Through real-world MDT-based cases, attendees will enhance image interpretation skills and develop a practical, clinically relevant diagnostic approach.
Learning objectives:
- Recognise characteristic MRI features that enable differentiation of endometriomas from other adnexal lesions, and identify key imaging findings of deep infiltrating endometriosis.
- Apply a structured, compartment-based approach to the preoperative MRI staging of endometriosis.
- Improve diagnostic confidence and accuracy through hands-on interpretation of real-world MRI cases during interactive, case-based discussions.
US | Breast
12:00 - 13:00 (Room 0.14)
About the speaker:
Prof. Adrian Lim, MD, FRCP, FRCR
Professor and Consultant Radiologist
Imperial College London and the Healthcare NHS Trust
London, United Kingdom
Professional Biography:
Prof. Adrian Lim trained in Radiology at the Hammersmith and Charing Cross Hospitals, London, from 1997–2002, and obtained a doctorate in the utility of microbubble ultrasound and use of MR spectroscopy. He was appointed a consultant radiologist in the same department in 2003 and simultaneously held an honorary senior lecturer position at Imperial College London. In 2010, he was promoted to Reader in Radiology, adjunct Professor in 2013, and conferred Professor of Practice in 2017.
Prof. Adrian Lim is Head of Ultrasound at Charing Cross Hospital (London). His specialist areas include advancing ultrasound technologies and the use of novel techniques in functionally assessing disease processes, particularly in liver, breast, oncological, and musculoskeletal imaging.
He has published over 150 peer-reviewed articles and book chapters and, in 2024, a textbook on "Liver Ultrasound: from Basics to Advanced Applications."
He is an editor of the European Journal of Ultrasound and Ultrasound International Open Journal and an associate editor of the Clinical Radiology and Ultrasound journals.
He is the immediate past President of the British Medical Ultrasound Society (BMUS) and the current President-elect of the European Federation of Societies in Ultrasound, Medicine and Biology (EFSUMB).
Presentation: Enhancing Diagnostic Precision: MRI/UL Breast Fusion in Daily Practice
Abstract:
This workshop will cover the basic principles of how to utilize MRI/US guided Breast fusion and incorporate it into daily clinical practice. This technique is particularly useful for “second look” ultrasound studies required following an MRI breast examination, which has identified incidental enhancing lesions not seen at initial Ultrasound and Mammography assessment. This technique has been shown to help reduce the number of MRI guided biopsies and also to increase the confidence of the operator in delineating subtle abnormalities which were not apparent with the use of fusion technology. A case series will be presented.
Learning objectives:
12:00 - 13:00 (Room 0.14)
About the speaker:
Prof. Adrian Lim, MD, FRCP, FRCR
Professor and Consultant Radiologist
Imperial College London and the Healthcare NHS Trust
London, United Kingdom
Professional Biography:
Prof. Adrian Lim trained in Radiology at the Hammersmith and Charing Cross Hospitals, London, from 1997–2002, and obtained a doctorate in the utility of microbubble ultrasound and use of MR spectroscopy. He was appointed a consultant radiologist in the same department in 2003 and simultaneously held an honorary senior lecturer position at Imperial College London. In 2010, he was promoted to Reader in Radiology, adjunct Professor in 2013, and conferred Professor of Practice in 2017.
Prof. Adrian Lim is Head of Ultrasound at Charing Cross Hospital (London). His specialist areas include advancing ultrasound technologies and the use of novel techniques in functionally assessing disease processes, particularly in liver, breast, oncological, and musculoskeletal imaging.
He has published over 150 peer-reviewed articles and book chapters and, in 2024, a textbook on "Liver Ultrasound: from Basics to Advanced Applications."
He is an editor of the European Journal of Ultrasound and Ultrasound International Open Journal and an associate editor of the Clinical Radiology and Ultrasound journals.
He is the immediate past President of the British Medical Ultrasound Society (BMUS) and the current President-elect of the European Federation of Societies in Ultrasound, Medicine and Biology (EFSUMB).
Presentation: Enhancing Diagnostic Precision: MRI/UL Breast Fusion in Daily Practice
Abstract:
This workshop will cover the basic principles of how to utilize MRI/US guided Breast fusion and incorporate it into daily clinical practice. This technique is particularly useful for “second look” ultrasound studies required following an MRI breast examination, which has identified incidental enhancing lesions not seen at initial Ultrasound and Mammography assessment. This technique has been shown to help reduce the number of MRI guided biopsies and also to increase the confidence of the operator in delineating subtle abnormalities which were not apparent with the use of fusion technology. A case series will be presented.
Learning objectives:
- To understand how to use MRI/US Breast Fusion technology.
- To understand its clinical utility in routine clinical practice.
CT/HIT | Cardiac
13:00 - 14:00 (Room 0.15)
About the speaker:
Prof. Stefan Niehues, MD, MHBA
Radiologist, Head physician of the Department of Radiology
Caritas Clinics
Berlin, Germany
Professional Biography:
Prof. Stefan M. Niehues started as a doctor in 2003, specializing in diagnostic radiology by 2008. With an "MHBA" in 2010 and a postdoctoral qualification in 2014, he served at Charité-University Berlin, progressing from Senior Physician to Deputy Director. In 2020, he earned a professorship and currently leads as Head Physician at Caritas Clinics Berlin, leaving a lasting impact on diagnostic radiology.
Presentation: Cardiac CT today and tomorrow: Workflow and Next Gen Analysis
Abstract:
Cardiac computed tomography (CT) has become central to cardiovascular imaging, providing rapid, noninvasive assessment of coronary anatomy and morphology. Modern workflows focus on automation, dose reduction, and AI-assisted image reconstruction and plaque analysis. Next-generation developments extend beyond anatomy to functional and prognostic insights through new insights through improved resolution, AI-based image reconstruction or visualization of perivascular fat, integrated in your local digital health systems. These innovations are transforming cardiac CT from a diagnostic tool into a comprehensive platform for precision cardiology, improving efficiency, accuracy, and patient outcomes.
Learning objectives:
CT:
Presentation: Ultra-high resolution deep learning reconstruction in chest CT imaging
Abstract:
New deep learning reconstruction (DLR) techniques are transforming CT imaging by enabling ultra-high-resolution images. When applied to chest CT, DLR significantly enhances image quality through noise reduction and improved spatial resolution, all without increasing radiation dose. This advancement allows clearer visualization of fine pulmonary, vascular, and airway structures, improving detection and characterization of subtle lung lesions and interstitial abnormalities. However, important questions remain: How reliable are these images? Can we fully trust what we see, and what is the impact on clinical decision-making? Finally, how can such technologies be effectively integrated into routine imaging practice?
Learning objectives:
13:00 - 14:00 (Room 0.15)
About the speaker:
Prof. Stefan Niehues, MD, MHBA
Radiologist, Head physician of the Department of Radiology
Caritas Clinics
Berlin, Germany
Professional Biography:
Prof. Stefan M. Niehues started as a doctor in 2003, specializing in diagnostic radiology by 2008. With an "MHBA" in 2010 and a postdoctoral qualification in 2014, he served at Charité-University Berlin, progressing from Senior Physician to Deputy Director. In 2020, he earned a professorship and currently leads as Head Physician at Caritas Clinics Berlin, leaving a lasting impact on diagnostic radiology.
Presentation: Cardiac CT today and tomorrow: Workflow and Next Gen Analysis
Abstract:
Cardiac computed tomography (CT) has become central to cardiovascular imaging, providing rapid, noninvasive assessment of coronary anatomy and morphology. Modern workflows focus on automation, dose reduction, and AI-assisted image reconstruction and plaque analysis. Next-generation developments extend beyond anatomy to functional and prognostic insights through new insights through improved resolution, AI-based image reconstruction or visualization of perivascular fat, integrated in your local digital health systems. These innovations are transforming cardiac CT from a diagnostic tool into a comprehensive platform for precision cardiology, improving efficiency, accuracy, and patient outcomes.
Learning objectives:
- Learn about the recent status of cardiac imaging technology
- Learn about new biomarkers for risk assessment of cardiac patients
CT:
Presentation: Ultra-high resolution deep learning reconstruction in chest CT imaging
Abstract:
New deep learning reconstruction (DLR) techniques are transforming CT imaging by enabling ultra-high-resolution images. When applied to chest CT, DLR significantly enhances image quality through noise reduction and improved spatial resolution, all without increasing radiation dose. This advancement allows clearer visualization of fine pulmonary, vascular, and airway structures, improving detection and characterization of subtle lung lesions and interstitial abnormalities. However, important questions remain: How reliable are these images? Can we fully trust what we see, and what is the impact on clinical decision-making? Finally, how can such technologies be effectively integrated into routine imaging practice?
Learning objectives:
- Learn how PIQE 1024 enhances your thoracic CT imaging
- Gain trust into next-gen thoracic imaging
US | Urology
13:30 - 14:30 (Room 0.14)
About the speaker:
Prof. Thomas Fischer, MD, PhD
Radiologist, Head of Interdisciplinary Ultrasound Center
Radiology, Executive Senior Physician, Department of Radiology
Charité University Medicine
Berlin, Germany
Professional Biography:
Prof. Thomas Fischer is Professor of Radiology and head of the interdisciplinary ultrasound center of the Radiology Department of Charité University Medicine in Berlin. Professor Fischer has worked in ultrasound clinical research over many years in close cooperation with other clinical disciplines such as Internal Medicine, Emergency Medicine, Surgery, Urology and Nephrology. He has published over 130 scientific papers and is a popular international speaker at congresses, workshops, and webinars.
He has been working with Toshiba/Canon Ultrasound for more than 20 years and is deeply involved in the clinical evaluations of new developments from Canon Ultrasound Japan.
Presentation: Men’s Health: Value of Urogenital Ultrasound
Abstract:
Ultrasound has a wide range of applications in the field of urogenital radiology. In this workshop the focus will be on routine and advanced diagnostics of the male patient from a screening perspective but also for targeted examinations for specific diseases. We will discuss advanced ultrasound technologies such as CEUS, Dynamic CEUS, superb microvascular ultrasound (SMI), and shear wave elastography for advanced differential diagnosis as well as a multimodality radiological approach via real-time image fusion.
Learning objectives:
13:30 - 14:30 (Room 0.14)
About the speaker:
Prof. Thomas Fischer, MD, PhD
Radiologist, Head of Interdisciplinary Ultrasound Center
Radiology, Executive Senior Physician, Department of Radiology
Charité University Medicine
Berlin, Germany
Professional Biography:
Prof. Thomas Fischer is Professor of Radiology and head of the interdisciplinary ultrasound center of the Radiology Department of Charité University Medicine in Berlin. Professor Fischer has worked in ultrasound clinical research over many years in close cooperation with other clinical disciplines such as Internal Medicine, Emergency Medicine, Surgery, Urology and Nephrology. He has published over 130 scientific papers and is a popular international speaker at congresses, workshops, and webinars.
He has been working with Toshiba/Canon Ultrasound for more than 20 years and is deeply involved in the clinical evaluations of new developments from Canon Ultrasound Japan.
Presentation: Men’s Health: Value of Urogenital Ultrasound
Abstract:
Ultrasound has a wide range of applications in the field of urogenital radiology. In this workshop the focus will be on routine and advanced diagnostics of the male patient from a screening perspective but also for targeted examinations for specific diseases. We will discuss advanced ultrasound technologies such as CEUS, Dynamic CEUS, superb microvascular ultrasound (SMI), and shear wave elastography for advanced differential diagnosis as well as a multimodality radiological approach via real-time image fusion.
Learning objectives:
- Understand the value if modern ultrasound for the radiological diagnostics of the male urogenital system
- Understand the how advanced ultrasound applications can contribute to improved patient outcomes in urogenital radiology
CT | MSK
14:30 - 15:30 (Room 0.15)
About the speaker:
Prof. Torsten Diekhoff, MD
Radiologist
Head of Department
Immanuel Clinic Rüdersdorf, Brandenburg Medical School
Rüdersdorf bei Berlin, Brandenburg, Germany
Professional Biography:
Assoc. Prof. Dr. Torsten Diekhoff is the Director of Radiology at the University Hospital Ruedersdorf in Germany, specializing in musculoskeletal diagnostics and spectral CT. His research focuses on imaging of rheumatic diseases of the axial and peripheral skeleton, applying modern imaging techniques such as Dual-Energy-CT. He was a BIH Clinical Fellow and serves as an instructor for the German Society for Musculoskeletal Radiology. Dr. Diekhoff has received several awards for his work and is involved in various professional committees, with numerous publications in his field.
Presentation: Spectral CT in MSK imaging
Abstract:
Spectral computed tomography (CT) has emerged over the past decade as a valuable tool for detecting gouty tophi in arthritis imaging and bone marrow edema in vertebral compression fractures. Yet, its potential extends far beyond these specific applications. In this workshop, we will explore the acquisition, post-processing, and interpretation of spectral CT data in musculoskeletal imaging. Participants will learn the key dos and don’ts of this technique, become familiar with available post-processing tools, recognize common artifacts, and understand how spectral CT can meaningfully contribute to improved patient care.
Learning objectives:
As a result of this session, the attendee will be able to:
14:30 - 15:30 (Room 0.15)
About the speaker:
Prof. Torsten Diekhoff, MD
Radiologist
Head of Department
Immanuel Clinic Rüdersdorf, Brandenburg Medical School
Rüdersdorf bei Berlin, Brandenburg, Germany
Professional Biography:
Assoc. Prof. Dr. Torsten Diekhoff is the Director of Radiology at the University Hospital Ruedersdorf in Germany, specializing in musculoskeletal diagnostics and spectral CT. His research focuses on imaging of rheumatic diseases of the axial and peripheral skeleton, applying modern imaging techniques such as Dual-Energy-CT. He was a BIH Clinical Fellow and serves as an instructor for the German Society for Musculoskeletal Radiology. Dr. Diekhoff has received several awards for his work and is involved in various professional committees, with numerous publications in his field.
Presentation: Spectral CT in MSK imaging
Abstract:
Spectral computed tomography (CT) has emerged over the past decade as a valuable tool for detecting gouty tophi in arthritis imaging and bone marrow edema in vertebral compression fractures. Yet, its potential extends far beyond these specific applications. In this workshop, we will explore the acquisition, post-processing, and interpretation of spectral CT data in musculoskeletal imaging. Participants will learn the key dos and don’ts of this technique, become familiar with available post-processing tools, recognize common artifacts, and understand how spectral CT can meaningfully contribute to improved patient care.
Learning objectives:
As a result of this session, the attendee will be able to:
- Understand the physical principles and clinical advantages of spectral CT in musculoskeletal imaging.
- Learn how to acquire, post-process, and interpret spectral CT datasets effectively.
- Recognize typical artifacts and pitfalls in spectral CT and apply this knowledge to improve diagnostic confidence and patient care.
US | Nerve Imaging
15:00 - 16:00 (Room 0.14)
About the speaker:
Prof. Thomas Le Corroller, MD, PhD
Professor of Anatomy and Radiology
Aix-Marseille University
Marseille, France
Professional Biography:
Dr. Thomas Le Corroller MD, PhD is a Professor of Radiology and Anatomy at Aix- Marseille University, France. Dr. Le Corroller served as chairperson of the Interventions Subcommittee of the European Society of Skeletal Radiology (ESSR) from 2022 to 2025, and is currently member of the Education committee of the ESSR, board reviewer for the accreditation council of the European Society of Radiology (ESR), and Associate Editor (Image-guided Intervention) for Skeletal Radiology, the official journal of the International Skeletal Society. His special interests include high-resolution musculoskeletal ultrasound and percutaneous image-guided intervention
Presentation: High-Resolution Ultrasound of Peripheral Nerve Disorders
Abstract:
During the past few years, diagnostic imaging of peripheral nerve pathologies has become one of the most important developments of high-resolution ultrasound. This presentation reviews the ultrasound features of common as well as less frequent peripheral nerve disorders: entrapment neuropathies, traumatic injuries, neuralgic amyotrophy, polyneuropathies, and nerve tumors.
Learning objectives:
15:00 - 16:00 (Room 0.14)
About the speaker:
Prof. Thomas Le Corroller, MD, PhD
Professor of Anatomy and Radiology
Aix-Marseille University
Marseille, France
Professional Biography:
Dr. Thomas Le Corroller MD, PhD is a Professor of Radiology and Anatomy at Aix- Marseille University, France. Dr. Le Corroller served as chairperson of the Interventions Subcommittee of the European Society of Skeletal Radiology (ESSR) from 2022 to 2025, and is currently member of the Education committee of the ESSR, board reviewer for the accreditation council of the European Society of Radiology (ESR), and Associate Editor (Image-guided Intervention) for Skeletal Radiology, the official journal of the International Skeletal Society. His special interests include high-resolution musculoskeletal ultrasound and percutaneous image-guided intervention
Presentation: High-Resolution Ultrasound of Peripheral Nerve Disorders
Abstract:
During the past few years, diagnostic imaging of peripheral nerve pathologies has become one of the most important developments of high-resolution ultrasound. This presentation reviews the ultrasound features of common as well as less frequent peripheral nerve disorders: entrapment neuropathies, traumatic injuries, neuralgic amyotrophy, polyneuropathies, and nerve tumors.
Learning objectives:
- to review the use of high-resolution ultrasound for the evaluation of peripheral nerve
- to describe the ultrasound features of peripheral nerve disorders through different clinical scenarios
CT | Lung
16:00 - 17:00 (Room 0.15)
About the speaker:
Prof. Stefan Niehues, MD, MHBA
Radiologist, Head physician of the Department of Radiology
Caritas Clinics
Berlin, Germany
Professional Biography:
Prof. Stefan M. Niehues started as a doctor in 2003, specializing in diagnostic radiology by 2008. With an "MHBA" in 2010 and a postdoctoral qualification in 2014, he served at Charité-University Berlin, progressing from Senior Physician to Deputy Director. In 2020, he earned a professorship and currently leads as Head Physician at Caritas Clinics Berlin, leaving a lasting impact on diagnostic radiology.
CT:
Presentation: Ultra-high resolution deep learning reconstruction in chest CT imaging
Abstract:
New deep learning reconstruction (DLR) techniques are transforming CT imaging by enabling ultra-high-resolution images. When applied to chest CT, DLR significantly enhances image quality through noise reduction and improved spatial resolution, all without increasing radiation dose. This advancement allows clearer visualization of fine pulmonary, vascular, and airway structures, improving detection and characterization of subtle lung lesions and interstitial abnormalities. However, important questions remain: How reliable are these images? Can we fully trust what we see, and what is the impact on clinical decision-making? Finally, how can such technologies be effectively integrated into routine imaging practice?
Learning objectives:
16:00 - 17:00 (Room 0.15)
About the speaker:
Prof. Stefan Niehues, MD, MHBA
Radiologist, Head physician of the Department of Radiology
Caritas Clinics
Berlin, Germany
Professional Biography:
Prof. Stefan M. Niehues started as a doctor in 2003, specializing in diagnostic radiology by 2008. With an "MHBA" in 2010 and a postdoctoral qualification in 2014, he served at Charité-University Berlin, progressing from Senior Physician to Deputy Director. In 2020, he earned a professorship and currently leads as Head Physician at Caritas Clinics Berlin, leaving a lasting impact on diagnostic radiology.
CT:
Presentation: Ultra-high resolution deep learning reconstruction in chest CT imaging
Abstract:
New deep learning reconstruction (DLR) techniques are transforming CT imaging by enabling ultra-high-resolution images. When applied to chest CT, DLR significantly enhances image quality through noise reduction and improved spatial resolution, all without increasing radiation dose. This advancement allows clearer visualization of fine pulmonary, vascular, and airway structures, improving detection and characterization of subtle lung lesions and interstitial abnormalities. However, important questions remain: How reliable are these images? Can we fully trust what we see, and what is the impact on clinical decision-making? Finally, how can such technologies be effectively integrated into routine imaging practice?
Learning objectives:
- Learn how PIQE 1024 enhances your thoracic CT imaging
- Gain trust into next-gen thoracic imaging
Saturday, March 7
MR | Workflow
10:00 - 11:00 (Room 0.15)
About the speaker:
Ms. Jasmin Reiter, MSc, BSc
Lead Radiographer & Sonographer
Diagnosezentrum Donaustadt
Vienna, Austria
Professional Biography:
Jasmin Reiter is a radiologic technologist with extensive expertise in cross-sectional imaging, working with both MRI and diagnostic ultrasound. After building her career in clinical radiology, she earned a master’s degree in diagnostic ultrasound, strengthening her academic and professional foundation.
In addition to her clinical work, Jasmin is also engaged in entrepreneurial initiatives within the field of medical imaging. She focuses on developing innovative diagnostic services and remote imaging solutions, combining technological progress with patient-centered care.
Her dedication lies in ensuring accurate, high-quality examinations while fostering greater accessibility to advanced imaging. Passionate about continuous learning and innovation, Jasmin bridges her clinical experience with forward-thinking projects, contributing to the evolution of modern healthcare.
Presentation: 1.5T vs 3T: The Field-Strength Compass for Daily Practice
Abstract:
This workshop provides practical guidance for choosing between 1.5T and 3T in MRI. It centers on a clear overview of the strengths and limitations of both field strengths, typical application scenarios, and simple decision pathways for everyday practice. Using illustrative examples, examinations are reviewed and improved: with a focus on reliable workflows and consistent results. You will take away concise reference aids and practical recommendations that, independent of scanner type, help support image quality, efficiency, and diagnostic confidence in routine operations.
Learning objectives:
10:00 - 11:00 (Room 0.15)
About the speaker:
Ms. Jasmin Reiter, MSc, BSc
Lead Radiographer & Sonographer
Diagnosezentrum Donaustadt
Vienna, Austria
Professional Biography:
Jasmin Reiter is a radiologic technologist with extensive expertise in cross-sectional imaging, working with both MRI and diagnostic ultrasound. After building her career in clinical radiology, she earned a master’s degree in diagnostic ultrasound, strengthening her academic and professional foundation.
In addition to her clinical work, Jasmin is also engaged in entrepreneurial initiatives within the field of medical imaging. She focuses on developing innovative diagnostic services and remote imaging solutions, combining technological progress with patient-centered care.
Her dedication lies in ensuring accurate, high-quality examinations while fostering greater accessibility to advanced imaging. Passionate about continuous learning and innovation, Jasmin bridges her clinical experience with forward-thinking projects, contributing to the evolution of modern healthcare.
Presentation: 1.5T vs 3T: The Field-Strength Compass for Daily Practice
Abstract:
This workshop provides practical guidance for choosing between 1.5T and 3T in MRI. It centers on a clear overview of the strengths and limitations of both field strengths, typical application scenarios, and simple decision pathways for everyday practice. Using illustrative examples, examinations are reviewed and improved: with a focus on reliable workflows and consistent results. You will take away concise reference aids and practical recommendations that, independent of scanner type, help support image quality, efficiency, and diagnostic confidence in routine operations.
Learning objectives:
- You will learn to systematically weigh the strengths and limitations of both field strengths.
- You will receive practical recommendations for consistent quality and efficient examinations.
CT | Workflow
11:30 - 12:30 (Room 0.15)
About the speaker:
Mr. Matthew Benbow, MSc - DCR(R)
Radiographer-Service Manager for CT & MRI
Royal Bournemouth Hospital
Bournemouth, UK
Professional Biography:
Matthew Benbow has been a CT radiographer since 1999, working with scanners from all major CT manufacturers. This has taken him through technology changes such as the beginnings of spiral CT and with it ‘new’ opportunities such as CT fluoroscopy, automated bolus triggering and cardiac CT.
He now oversees the CT & MRI scanning service at the University Hospitals Dorset which comprises a range of 9 Canon Aquilion Scanners, including three Serve SPs and two Insight Editions.
Presentation: The Importance of Optimal Patient Positioning in CT
Abstract:
The aim of this presentation is to demonstrate the consequences of poor patient gantry positioning in CT, to both image quality and patient dose. I will investigate the effect of scanning off-isocentre versus optimal, central gantry positioning. I will discuss the options radiographers might meet to help get this right. I will also consider patient straightness and whether pursuing this is preferable to retrospective multiplane reconstruction straightening. At the end of the presentation, the audience will be able to fully understand the importance of patient positioning on a CT scanner, whilst improving acquisition workflow, and to leverage new technological advancements for correct patient positioning and acquisition to the fullest.
Learning objectives:
As a result of this session, the attendee will be able to:
11:30 - 12:30 (Room 0.15)
About the speaker:
Mr. Matthew Benbow, MSc - DCR(R)
Radiographer-Service Manager for CT & MRI
Royal Bournemouth Hospital
Bournemouth, UK
Professional Biography:
Matthew Benbow has been a CT radiographer since 1999, working with scanners from all major CT manufacturers. This has taken him through technology changes such as the beginnings of spiral CT and with it ‘new’ opportunities such as CT fluoroscopy, automated bolus triggering and cardiac CT.
He now oversees the CT & MRI scanning service at the University Hospitals Dorset which comprises a range of 9 Canon Aquilion Scanners, including three Serve SPs and two Insight Editions.
Presentation: The Importance of Optimal Patient Positioning in CT
Abstract:
The aim of this presentation is to demonstrate the consequences of poor patient gantry positioning in CT, to both image quality and patient dose. I will investigate the effect of scanning off-isocentre versus optimal, central gantry positioning. I will discuss the options radiographers might meet to help get this right. I will also consider patient straightness and whether pursuing this is preferable to retrospective multiplane reconstruction straightening. At the end of the presentation, the audience will be able to fully understand the importance of patient positioning on a CT scanner, whilst improving acquisition workflow, and to leverage new technological advancements for correct patient positioning and acquisition to the fullest.
Learning objectives:
As a result of this session, the attendee will be able to:
- Reinforce why achieving optimal positioning for CT examinations is worthwhile
- Understand the consequences to both image quality and patient dose of scanning off-centre.
- Understand how latest CT technology can improve positioning and workflow
US | Endometriosis
12:00 -13:00 (Room 0.00)
About the speaker:
Mrs. Rebecca Slough, BSc (Hons) Diagnostic Radiographer, MSc Medical Ultrasound
Advanced Practice Specialist Sonographer in Gynecology
Cambridge University Hospitals NHS Foundation Trust
Cambridge, UK
Professional Biography:
Mrs Rebecca Slough is a highly motivated Clinical Specialist Sonographer with expertise in complex gynaecological ultrasound, particularly deep infiltrating endometriosis and 3D applications. Rebecca's research focused on advances in endometriosis scanning, leading her to implement a dedicated scanning service with an advanced reporting template. She plays a key role in training and leadership at Cambridge University Hospitals, overseeing best practices, MDT meetings, and resource management. Additionally, Rebecca contributes to national ultrasound education, serving on an advisory committee for an advanced gynaecology course at King’s College London and delivering presentations for BMUS, City University, and Canon. Rebecca's clinical experience spans gynaecology, multi-visceral transplant, hepato-biliary disease, small bowel scanning, obstetrics, vascular ultrasound, and soft tissue assessment, with proficiency in Doppler imaging. She has also published and presented research at UKRC and BMUS conferences, demonstrating her commitment to advancing ultrasound practice.
Presentation: Bowel Ultrasound in Endometriosis: From basics to deep infiltrating disease
Abstract:
Bowel involvement in endometriosis represents one of the most challenging aspects of gynaecological ultrasound. This session provides a structured, practical approach to bowel ultrasound, progressing from fundamental scanning principles to the assessment of deep infiltrating endometriosis. Through live scanning and illustrative case examples, attendees will learn how to recognise key sonographic features, apply advanced techniques, and optimise reporting for multidisciplinary team discussions. Emphasis will be placed on improving diagnostic confidence, standardising assessments and reports, and integrating bowel ultrasound into routine gynaecological practice to support timely diagnosis and patient-centred care.
Learning objectives:
12:00 -13:00 (Room 0.00)
About the speaker:
Mrs. Rebecca Slough, BSc (Hons) Diagnostic Radiographer, MSc Medical Ultrasound
Advanced Practice Specialist Sonographer in Gynecology
Cambridge University Hospitals NHS Foundation Trust
Cambridge, UK
Professional Biography:
Mrs Rebecca Slough is a highly motivated Clinical Specialist Sonographer with expertise in complex gynaecological ultrasound, particularly deep infiltrating endometriosis and 3D applications. Rebecca's research focused on advances in endometriosis scanning, leading her to implement a dedicated scanning service with an advanced reporting template. She plays a key role in training and leadership at Cambridge University Hospitals, overseeing best practices, MDT meetings, and resource management. Additionally, Rebecca contributes to national ultrasound education, serving on an advisory committee for an advanced gynaecology course at King’s College London and delivering presentations for BMUS, City University, and Canon. Rebecca's clinical experience spans gynaecology, multi-visceral transplant, hepato-biliary disease, small bowel scanning, obstetrics, vascular ultrasound, and soft tissue assessment, with proficiency in Doppler imaging. She has also published and presented research at UKRC and BMUS conferences, demonstrating her commitment to advancing ultrasound practice.
Presentation: Bowel Ultrasound in Endometriosis: From basics to deep infiltrating disease
Abstract:
Bowel involvement in endometriosis represents one of the most challenging aspects of gynaecological ultrasound. This session provides a structured, practical approach to bowel ultrasound, progressing from fundamental scanning principles to the assessment of deep infiltrating endometriosis. Through live scanning and illustrative case examples, attendees will learn how to recognise key sonographic features, apply advanced techniques, and optimise reporting for multidisciplinary team discussions. Emphasis will be placed on improving diagnostic confidence, standardising assessments and reports, and integrating bowel ultrasound into routine gynaecological practice to support timely diagnosis and patient-centred care.
Learning objectives:
- Identify key sonographic features of bowel endometriosis, including deep infiltrating disease.
- Apply a structured scanning and reporting approach to improve diagnostic confidence and MDT communication.
CT | Pediatrics
13:00 - 14:00 (Room 0.15)
About the speaker:
Mr. Joost Roelofs
Expert CT
L.U.M.C (Leids Universitair Medisch Centrum)
Leiden, the Netherlands
Professional Biography:
Joost Roelofs is a radiographer with more than 35 years of experience, and has been appointed as expert CT in Leiden University Medical Centre (LUMC) for over 25 years. He is also guest lecturer at the MBRT (Academy for radiographers)
Presentation: Tips and tricks for pediatric cardiac scans on the Aquilion One INSIGHT of children with congenital heart defects
Abstract:
This workshop focuses on ECG-gated cardiac CT scans in newborns and young children prior to (re)surgery. It addresses key considerations for optimal preparation to minimize the patient’s time on the CT scanner. Critical pre-procedure arrangements include ensuring a well-functioning IV line (in some cases, two IV lines for specific indications) and clearly defining the scan protocol and contrast timing. Effective immobilization strategies are essential to keep the child free of motion during the procedure. Additionally, the workshop will explore new options for scan and reconstruction parameters on the Aquilion One INSIGHT scanner, enhancing procedural efficiency and improved image quality.
Learning objectives:
As a result of this session, the attendee will be able to:
13:00 - 14:00 (Room 0.15)
About the speaker:
Mr. Joost Roelofs
Expert CT
L.U.M.C (Leids Universitair Medisch Centrum)
Leiden, the Netherlands
Professional Biography:
Joost Roelofs is a radiographer with more than 35 years of experience, and has been appointed as expert CT in Leiden University Medical Centre (LUMC) for over 25 years. He is also guest lecturer at the MBRT (Academy for radiographers)
Presentation: Tips and tricks for pediatric cardiac scans on the Aquilion One INSIGHT of children with congenital heart defects
Abstract:
This workshop focuses on ECG-gated cardiac CT scans in newborns and young children prior to (re)surgery. It addresses key considerations for optimal preparation to minimize the patient’s time on the CT scanner. Critical pre-procedure arrangements include ensuring a well-functioning IV line (in some cases, two IV lines for specific indications) and clearly defining the scan protocol and contrast timing. Effective immobilization strategies are essential to keep the child free of motion during the procedure. Additionally, the workshop will explore new options for scan and reconstruction parameters on the Aquilion One INSIGHT scanner, enhancing procedural efficiency and improved image quality.
Learning objectives:
As a result of this session, the attendee will be able to:
- Understand the benefit of an optimal preparation of pediatric patients prior to the examination.
- Learn about new available scan and reconstruction parameters for pediatric CT scans.
- Learn how to improve the CT workflow (with tips and tricks) for a successful examination.
Disclaimers
Due to medical device regulatory reasons, not all products/services displayed on this Canon Medical Systems webpage are available in all countries or markets. Future availability of the products/service cannot also be guaranteed. Don't hesitate to contact your local Canon Medical Systems representative for further details.
