MR
10:00 - 11:00 (Room 0.15)
Multiparametric MRI of the prostate: image quality and diagnostic accuracy

About the speaker:
Dr. Marco Rengo, MD, PhD
Radiologist
Valmontone Hospital
Valmontone, Italy

Professional Biography:
Marco Rengo is a radiologist and assistant professor at Sapienza University of Rome, specializing in advanced diagnostic imaging. He is an expert in vascular and interventional radiology, oncology imaging, and thoracic imaging, with extensive research in the fields of CT and MRI. Dr. Rengo has contributed to over 300 peer-reviewed publications and is frequently cited for his work on novel imaging techniques and their clinical applications.
He leads various research projects, including the development of cutting-edge imaging protocols for oncological and vascular diseases. As an educator, he actively mentors medical students and young researchers, fostering innovation in radiology. Dr. Rengo is also a member of several international radiology societies and regularly collaborates on multidisciplinary projects to advance the integration of imaging in personalized medicine. His work continues to have a significant impact on both clinical practice and academic research.

Abstract:
Multiparametric Magnetic Resonance Imaging (mpMRI) has transformed the landscape of prostate cancer diagnosis and management. This workshop will explore the essential components of mpMRI, emphasizing image quality optimization, diagnostic accuracy, and clinical implications.

Participants will gain insights into various pulse sequences, including T2-weighted, Diffusion-Weighted Imaging (DWI), and Dynamic Contrast-Enhanced MRI (DCE-MRI), and their roles in characterizing prostate lesions. The workshop will also address factors influencing image quality and delve into the Prostate Imaging Quality (PI-QUAL) score and the Prostate Imaging Reporting and Data System (PIRADS).

A significant portion of the workshop will focus on the integration of artificial intelligence in mpMRI, highlighting its potential to enhance diagnostic precision and workflow efficiency. Finally, we will discuss the integration of mpMRI into clinical pathways, ensuring a comprehensive understanding of its application in routine practice.

Learning objectives:

• Identify and utilize various pulse sequences (T2-weighted, DWI, DCE-MRI) to characterize prostate lesions.
• Understand the factors influencing image quality, including the Prostate Imaging Quality (PI-QUAL) score and the Prostate Imaging Reporting and Data System (PIRADS).
• Learn to incorporate artificial intelligence into mpMRI workflows to enhance diagnostic accuracy and efficiency.
• Understand how to integrate mpMRI into clinical pathways for improved patient management.

UL
10:30 – 11:30 (Room 0.14)
Ultrasound of the bowel – New horizons with advanced technology

About the speaker:
Prof. Jiro Hata, MD, PhD
Professor and the Department Head of Clinical Pathology and Laboratory Medicine
Kawasaki Medical School
Okayama, Japan

Professional Biography:
Prof. Hata received his medical degree from Jichi Medical University’s School of Medicine and since 2006 has taught at the Kawasaki Medical School. Prof. Hata leads several research areas and specializes in Ultrasound diagnosis of the digestive tract, Ultrasound diagnosis of acute abdomen, and gastrointestinal motility. Prof. Hata is a leading advisor and innovator to the Canon Research Team like SMI etc. His recent explorations in Ultrasound technology have been implemented into Canon Medical Systems’ Ultrasound systems. Prof. Hata is also an Executive Trustee member of the Japanese Society of Ultrasonics in Medicine. He is a board member of the Japan Gastroenterological Endoscopy Society, the Japanese Society of Gastroenterology, and the Japanese Society for Abdominal Emergency Medicine. Please refer attached CV in detail.

Abstract:
The potential of bowel sonography has been recognized since the early days of this imaging modality. Realtime evaluation of anatomy and pathology and the direct interaction of the sonographer with the patient represent a unique strength bowel ultrasound. With the advent of Doppler imaging supplementary important information about vascularity to assess inflammation and infectious disease became possible. However, spatial resolution, penetration, color Doppler sensitivity and artifacts remained major challenges. Recent substantial progress in ultrasounds technology to optimize transducer sensitivity, penetration, to reduce artifacts as well as advance Doppler imaging algorithms such as Superb Microvascular Imaging (SMI) have made bowel ultrasound easier, more comprehensive and more accessible in daily routine. In this workshop new technological advancements will be presented in typical case studies from the daily practice and future potential for bowel imaging diagnostics will be discussed.

Learning objectives:

• Learn the basic approach to a comprehensive ultrasound exam of the bowel
• Learn about new ultrasound technologies and techniques to expand the diagnostic potential of bowel ultrasound

HIT/CT
11:30 - 12:30 (Room 0.15)
Cardiac CT Imaging – a hands on review of interesting cases

About the speaker:
Dr. Mark Kon, MBBS, FRCR
Clinical Director, Consultant Thoracic Radiologist
Bradford Teaching Hospitals NHS Foundation Trust
Bradford, United Kingdom

Professional Biography:
After initially starting in cardiac surgery, Mark trained in MR cardiac imaging at the Royal Brompton and radiology specialist training in London and Leeds. He was appointed radiology consultant at Bradford in 2004.

He is a core member of the lung cancer multi-disciplinary team and first developed cardiac CT imaging within the region at Bradford. He maintains an interest in thoracic interventional procedures and teaching.

As well as his role as Clinical Director for Radiology and Imaging, he is also involved in teaching medical students, junior doctors and radiology trainees at the West Yorkshire Academy. Mark is interested in CT technology, contrast and radiation dose reduction and leads the liaison with industry as Bradford Teaching Hospitals is the global reference site for Canon Medical’s Aquilion Prime SP scanner.

Abstract:
Dr. Kon will demonstrate how he uses Vitrea workstation to review a number of cardiac CT cases. Vessel analysis software allows him to track and create curved Multi Planar Reformats of coronary arteries and the suite of tools available means even difficult vessels can be analysed.

Learning objectives:

• See a range of interesting cardiac CT cases.
• Appreciate how Vitrea vessel analysis tools allows visualisation in a live demonstration.

UL
12:00 - 13:00 (Room 0.14)
Future of Ultrasound - Driven by AI

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.

Abstract:
In recent years, the field of artificial intelligence (AI) has made significant advancements, revolutionizing various industries and medical care. One area that shows great promise is the integration of AI with ultrasound technology. AI algorithms can analyse ultrasound images in real-time, detecting abnormalities and assisting healthcare professionals in making informed decisions and structured reports. This technology has the potential to improve the accuracy of diagnoses, reduce human error, and enhance patient care. Additionally, AI can aid in automating certain tasks, such as image interpretation and measurement, saving time and resources. However, it is important to note that while AI has shown promising results, it is not possible to replace human expertise. AI should use as a valuable tool that complements the skills of ultrasound professionals.

Learning objectives:

• To learn the possible integration of AI with ultrasound technology to present possibilities for the future of medical diagnostics in the field of image fusion and measurements
• To understand the value on AI algorithms for ultrasound scans for more accurate diagnoses and to improved patient care in daily routine

MR/EC
13:00 - 14:00 (Room 0.15)
MR imaging of diplopia: a step-by-step guide

About the speaker:
Dr. Yvonne Purcell, MB, BCh, BAO, MRCPI, FFR, RCSI
Consultant Neuroradiologist, Deputy Department Head
Adolphe de Rothschild Foundation Hospital
Paris, France

Professional Biography:
After finishing her specialist registrar training in St. Vincent’s University Hospital, Dublin, Ireland and having completed her fellowship exam of the Faculty of Radiology, Royal College of Surgeons of Ireland, Dr. Purcell travelled to France for a two-year fellowship in Hôpital Beaujon, Clichy followed by a further year’s fellowship in Hôpital Fondation Adolphe de Rothschild, Paris, where she holds her current role as Consultant Neuroradiologist and Deputy Department Head. She has a specialist interest in ophthalmic, orbital and neuro ophthalmological imaging, with expertise in Doppler and ultra-high frequency ultrasound in this domain, as well as advanced techniques in MRI and CT.

Abstract:
Diplopia is a common presenting complaint in the outpatient and emergency setting. Diplopia is the result of disruption to the normal functioning of the neural pathways governing eye movement by central neurological disorders, cranial nerve dysfunction, impairment of the visual pathway, impaired eye muscle coordination and ocular disorders. The role of MRI is to identify lesions or diseases responsible for diplopia, to establish their location along the neural pathway and to out-rule potentially life-threatening aetiologies. Advances in MRI acquisitions with rigorous adherence to an optimized sequence protocol and a systematic approach to the evaluation of MRI means that small, subtle lesions, often difficult to detect and previously overlooked, need no longer be missed.

Learning objectives:

• Revise the anatomical course of the 3rd, 4th and 6th cranial nerves on MRI
• Tailor your MRI protocol for the investigation of diplopia
• Learn a systematic approach to MRI interpretation in search of a cause of diplopia
• Demonstrate the diagnoses not to be missed, illustrated with clinical cases

UL
13:30 – 14:30 (Room 0.14)
Liver SWE: Routine Practice, Transforming Patient Care

About the speaker:
Prof. Maxime Ronot, PhD
Head of the Department of Radiology
Hôpital Beaujon
Clichy, France

Professional Biography:
Prof. Maxime Ronot is affiliated with the Université Paris Cité and is the head of the Department of Medical Imaging at Beaujon University Hospital in Clichy, France.
Specializing in abdominal imaging, he focuses on liver and pancreas diseases and tumors, interventional abdominal oncology, and abdominal vascular diseases.
He holds memberships in various prominent French and European radiology societies, including the French and European Societies of Radiology and the European Society of Gastrointestinal and Abdominal Radiology (ESGAR).
He is a member of the LI-RADS steering committee. In this capacity, he chairs the LI-RADS benign liver lesions group and contributes to the LI-RADS AI and cholangiocarcinoma groups and the CIRSE AI task force.
Prof. Ronot has authored or coauthored over 350 articles and books.
Furthermore, he serves as the president of the French national ethics committee for medical imaging research.

Abstract:
Liver stiffness measurement has emerged as a critical biomarker in the management of various chronic liver diseases, and portal hypertension. Liver shear wave elastography (SWE) provides a non-invasive, reproducible, and accurate assessment of liver stiffness measurement, and offers radiologists a unique opportunity to play a pivotal role in patient care. This lecture will emphasize the importance of incorporating SWE into routine clinical practice. Practical tips for optimizing SWE, interpreting results, and integrating findings into multidisciplinary care will be discussed. By embracing SWE, radiologists can not only enhance diagnostic precision but also significantly contribute to improved patient outcomes and early intervention strategies. The future of liver imaging is now—let’s lead the way.

Learning objectives:
After the presentation, the audience will be able to

• Describe the optimal SWE acquisition protocol, and discuss the quality criteria
• Understand the role of elastography in the management of patients with chronic liver disease

CT
14:30 – 15:30 (Room 0.15)
Photon Counting CT: Physics, Technology, and Clinical Opportunities

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 international journal Medical Physics and a member of the editorial board of Radiology.

Abstract:
CT technology has continued to evolve quickly since its introduction into the clinical realm. The latest generation of standard CT systems produces images faster, with better quality, and at lower doses than ever before. However, the recent introduction of photon counting detectors promises to mark a new leap forward for CT imaging. Its capabilities have the potential to not only further improve the quality of the acquired images, but also to allow for the introduction of new capabilities that were previously unreachable for CT. This will also come about thanks to continued developments in software methods.
During this session, we will review the new technological and physical aspects of photon-counting CT systems, introduce the advances in software that are made possible thanks to this technology, and the new opportunities in the clinic that these exciting new developments bring about.

Learning objectives:
As a result of this session, the attendee will be able to:

• Describe the technological developments underlying photon-counting CT.
• Describe the algorithmic developments brought about by the introduction of photon-counting CT.
• Discuss the current and potential upcoming innovations in clinical applications made possible by photon-counting CT.

UL
15:00 – 16:00 (Room 0.14)
Fusion guided biopsy for liver: A game changer

About the speaker:
Prof. Valerie Vilgrain, MD, PhD
Radiology Department and Medical Director
Beaujon Hospital, APHP
Paris, France

Professional Biography:
Prof. Vilgrain is currently full Professor of Radiology at the Université Paris Cité, France. She is a member of several national and international societies, ESR (European Society of Radiology), RSNA (Radiological Society of North America), ESGAR (European Society of Gastro and Abdominal Radiology) and SFR (French Radiological Society).

Abstract:
Biopsy of liver tumors is mostly performed under Ultrasound (US) guidance because it allows a safe and real-time procedure. Yet, targeting small liver tumors with poor sonographic conspicuity in Ultrasound-guided liver biopsy is still challenging either due to poor visibility of the tumor on Ultrasound or the absence of safe access. Real-time fusion imaging of US and CT/MRI have been developed by most vendors and are easy to use. This workshop will show examples with fusion imaging improving the confidence for liver biopsy.

Learning objectives:

• To be aware of technical improvements of US-guided liver biopsy
• To implement the new technique in daily routine

CT
16:00 – 17:00 (Room 0.15)
Pushing the Boundaries in Musculoskeletal CT Imaging

About the speaker:
Dr. Romain Gillet , MD, PhD
Radiologist
CHRU (Centre Hospitalier Régional Universitaire)
Nancy, France

Professional Biography:
Dr.Romain GILLET is a radiologist in a French university hospital with 11 years of clinical experience and is part of the team of Prfs. Alain BLUM and Pedro TEIXEIRA. His clinical and research work is mainly focused on musculoskeletal and temporal bone imaging using dynamic 4D-CT, ultra-high resolution CT and deep learning reconstruction.

Abstract:
UHR CT has enabled an increase in spatial resolution to 0.12 mm, allowing better imaging of trabecular and cortical bone, leading to improved imaging of bone microarchitecture, including trabecular bone parameters and imaging of bone tumors. Deep learning reconstruction also allows image quality to be improved by drastically reducing image noise, with a potential reduction in radiation dose, as shown in temporal bone imaging. 4D CT is also an important tool in daily practice, allowing a better understanding of normal and pathological joint kinematics.

Learning objectives:

• Understand and utilize advanced techniques such as Dynamic CT, UHR-CT, and Deep Learning Reconstruction to expand capabilities in musculoskeletal imaging.

CT
10:00 – 11:00 (Room 0.15)
Coronary CTA sharper than ever: CLEAR Motion Cardiac and PIQE 1024 hands-on

About the speaker:
Prof. Mickaël Ohana, MD, PhD
Consultant Radiologist
Strasbourg University Hospital
Strasbourg, France

Professional Biography:
Prof. Ohana is a Professor of Radiology at the Strasbourg University Hospital (France) who specializes in non-invasive diagnostic cardiovascular imaging and chest imaging. He is the author of more than 150 peer-reviewed publications in these fields.

Abstract:
Latest generation of wide-area detector CT (Aquilion One Insight) is capable of high resolution CT examinations, thanks to SR-DLR advanced reconstructions. With the newly addition of CLEAR Motion, a DL-based algorithm to reduce kinetics artifacts, image quality of coronary CTA is sharper than ever, now even in difficult patients. High calcium score, high heart rate, obesity and the other usual suspects are now handled better than ever.

Learning objectives:

• Be aware of the cumulative beneficial effect of PIQE, 1024 matrix size and CLEAR Motion algorithm in routine and advanced coronary-CTA

UL
10:30 - 11:30 (Room 0.14)
A Guide to MRI/US Breast Fusion in Routine Clinical Practice

About the speaker:
Prof. Adrian Lim, MD, FRCP, FRCR
Professor and Consultant Radiologist
Imperial College London and Healthcare NHS Trust
London, United Kingdom

Professional Biography:
Adrian 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 departments in 2003 and simultaneously held an honorary Senior Lecturer’s 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.
Adrian is head of ultrasound at Charing Cross Hospital, London and specialist areas include advancing technologies of ultrasound and use of novel techniques in functionally assessing disease processes with particular respect to breast, oncological and musculoskeletal imaging.

He has published over 150 peer-reviewed articles and book chapters and is an editor of the Ultrasound International Open Journal and associate editor of Ultrasound Medicine and Biology, Clinical Radiology and Ultrasound journals. He is the immediate past President of the British Medical Ultrasound Society and an Executive Board member of EFSUMB.

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 in routine clinical practice.
• To understand its clinical utility in routine clinical practice.

CT
11:30 – 12:30 (Room 0.15)
Ultra-High Resolution Lung CT: Pushing the Boundaries of Lung Imaging

About the speaker:
Dr. Russell Bull, BSc, MBBChir, MRCP, FRCR, FSCCT
Radiologist
Consultant Radiologist
Royal Bournemouth Hospital
Bournemouth, United Kingdom

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.

Abstract:
Ultra-high resolution lung CT marks a groundbreaking advancement in pulmonary imaging, providing unmatched clarity and detail in visualizing lung structures. This workshop will delve into the latest technological developments and clinical applications of ultra-high resolution CT, with a focus on its ability to detect subtle pathologies that were previously difficult to diagnose. By improving the visualization of lung parenchyma and airways, this modality enables more precise assessments, particularly in cases of interstitial lung diseases. Attendees will gain insights into the technical principles of ultra-high resolution CT, including the integration of Silverbeam technology with AI-driven deep learning reconstruction and low radiation dose protocols, to produce exceptional images without a high radiation penalty. Practical strategies for incorporating these tools into clinical practice will be discussed. The session will also address current challenges and future directions, highlighting the transformative potential of ultra-high resolution imaging in pulmonary diagnostics and its role in enhancing patient outcomes.

Learning objectives:

• To illustrate the potential of UHRCT to progress our understanding of lung diseases

UL
12:00 - 13:00 (Room 0.14)
Thyroid and Parathyroid lesions - How CEUS Can Help?

About the speaker:
Prof. Maija Radzina, MD, PhD
Associate Professor
Pauls Stradiņš Clinical University Hospital
Riga, Latvia
European Radiology Society, Executive Council member

Professional Biography:
Associated Professor Maija Radzina, MD, PhD, is a Chief of RSU Radiology Research laboratory and President of the Latvian Ultrasound Association (since 2011) and Past President of Latvian Radiology Association (2015-2023). She has served as a member of the EFSUMB Education and Professional Standards Committee since 2015 and is currently the Finance and Internal Affairs Committee chair (since 2023) at the European Society of Radiology (ESR) Executive council.
M. Radzina is a radiologist at the P. Stradins Clinical University Hospital, Diagnostic Radiology Institute in Riga, Latvia. She is recognized as a passionate educator in ultrasound and a diligent researcher with numerous publications. Her work has been devoted to innovative methods for thyroid, liver, urogenital, vascular imaging and musculoskeletal imaging (CEUS, Elastography, microvascular imaging). Her research is dedicated to innovative methods in imaging - including Artificial Intelligence. Currently she is the chief of educational programme about AI in Imaging at Riga Stradins university and has been actively involved in ESR AI Act working group.

Abstract:
Thyroid and Parathyroid Contrast-Enhanced Ultrasound (CEUS) is a diagnostic imaging technique combining traditional ultrasound imaging with the use of contrast agents to improve the visualization of blood flow and tissue characteristics, offering a more detailed evaluation than standard ultrasound alone. It aids in the detection of abnormal parathyroid glands, especially in cases of primary hyperparathyroidism. Parathyroid adenomas, for example, typically show a distinct vascular pattern compared to normal glands. CEUS helps evaluate the vascularity of thyroid nodules. Malignant nodules tend to have irregular, increased blood flow, whereas benign nodules often have more regular and less intense vascularity. The overlapping features may interfere and requires operator's experience and skill in performing this type of ultrasound, this session will give highlight on tips and tricks – how to perform CEUS for neck structures.

Learning objectives:

• To learn about Thyroid nodule and Parathyroid lesion CEUS scanning protocol, patterns of benign and malignant lesions
• To be familiar with CEUS role in differential diagnosis of Thyroid, parathyroid and lymph node structures

MR
13:00 – 14:00 (Room 0.15)
Knee sport injuries: from traumatic to overuse

About the speaker:
Dr. Eva Llopis, MD
Radiologist, Chief of Radiology department
Hospital de la Ribera/European Musculoskeletal Institute (IMSKE)
Valencia, Spain

Professional Biography:
Dr. Eva Llopis is active in various professional organizations including ISS, ESR, ESSR, ESMRMB, SERME, SERAM and Erasmus. Past president of SERME (Spanish MSK society) and ESSR (European Society of Skeletal Radiology). Her research focus is joint disease, sports medicine and interventional MSK radiology. She has received numerous academic prizes and regular lectures at international meetings. She has published chapters in MSK books and has more than 5 peer-reviewed articles.

Learning objectives:

• Recognize the imaging features of knee sports injuries, from acute trauma to overuse syndromes, and understand their clinical relevance in treatment planning and prognosis.

UL
13:30 - 14:30 (Room 0.14)
Multiparametric Ultrasound for the evaluation of MASLD

About the speaker:
Dr. Giovanna Ferraioli, MD
Consultant, Ultrasound Unit,
University of Pavia
Pavia, Italy

Professional Biography:
Dr. Ferraioli is a researcher at the Department of Clinical, Surgical, Diagnostic and Pediatric Sciences, University of Pavia, Italy. She is a member of the Education Committee of the World Federation for Ultrasound in Medicine and Biology (WFUMB) and Chair of the WFUMB Steering Committee for “Multiparametric Ultrasound: Update to WFUMB 2018 elastography guidelines and consensus on fat quantification”. She is also a member of the AIUM-RSNA QIBA Pulse Echo Quantitative Ultrasound (PEQUS) Biomarker Committee and co-chair of the attenuation working group and member of the ACR LIRADS Quantitative Imaging Work Group. She is head of the Ultrasound section of the Scientific Editorial Board of European Radiology, subspecialty Editor of the Journal of Ultrasound in Medicine, and member of the Editorial Board of World Journal of Gastroenterology, Ultrasound in Medicine and Biology, Diagnostics, Journal of Ultrasound.

Abstract:
Early and accurate detection of liver steatosis is of great importance because metabolic dysfunction-associated steatotic liver (MASLD) is associated with several metabolic comorbidities that are the risk factors for cardiovascular disease. Moreover, the literature suggests that fibrosis progression may occur not only in patients with metabolic disfunction-associated steatotic hepatitis (MASH) but also in those with “benign” liver steatosis. Therefore, tools that non-invasively assess liver fat content and liver fibrosis are of great interest not only for the diagnosis but also for follow up and prognosis. Algorithms for quantitative estimation of liver fat are commercially available, most of them based on Ultrasound attenuation coefficient estimation. Several clinical studies, mostly performed with ATI (Canon Medical Systems), have demonstrated good accuracy and reproducibility of these new algorithms for fat quantification.
Currently, assessment of liver stiffness using shear wave elastography (SWE) techniques is considered a reliable substitute of liver biopsy in several clinical scenarios, including MASLD. Guidelines for the use of SWE techniques in the staging of liver fibrosis have been published. Scores combining US parameters have also been proposed for the Ultrasound assessment of MASLD.
Recently, the World Federation for Ultrasound in Medicine and Biology (WFUMB) has promoted Guideline/Guidance on Liver Multiparametric Ultrasound. The document consists of two parts. Part 1 provides a clinically oriented guide for users, explaining how liver stiffness values should be interpreted and the role of stiffness assessment in evaluating the outcome of patients with chronic liver disease. Part 2 provides guidance on the quantification of liver fat using ultrasound.

Learning objectives:

• Learn the value and the limitations of shear wave elastography in staging liver fibrosis.
• Learn what the confounding factors are when using stiffness to assess fibrosis.
• Learn how to perform the measurement of the ultrasound attenuation coefficient for liver fat quantification and what the confounding factors are.

CT
14:30 - 15:30(Room 0.15)
Diagnosis and Management of Lung Nodules in a Screening Setting

About the speaker:
Prof. Cornelia M. Schaefer-Prokop, MD, PhD
Radiologist
Meander Medical Centre (and Radboud University Medical Center)
Amersfoort, the Netherlands

Professional Biography:
Professor Cornelia Schaefer-Prokop works as a radiologist at Meander Medical Center in Amersfoort, in the Netherlands. Her research affiliations are with the Radboud University Medical Center in Nijmegen, the Netherlands and Hannover Medical School in Hannover, Germany. Prof. Schaefer-Prokop is an expert in chest radiology with main research interests in computer-aided detection and classification, lung cancer screening, and interstitial lung diseases. She has served as President of the Fleischner Society and as President of the European Society of Thoracic Imaging.

Abstract:
This workshop will show how to optimize CT acquition and reconstruction for sufficient image quality at low radiation dose, with a special emphasis on silver beam filtering and deep learning image reconstruction. AI tools for nodule detection, volumetry and classification will be discussed and shown. The workshop will discuss the various morphological nodule subtypes typically encountered in a screening setting and explain current management rules.

Learning objectives:

• To learn about modern CT technique to achieve sufficient image quality at low dose.
• To get familiar with nodule subtypes and understand how nodule analysis benefits from image quality
• To understand current nodule management principles

UL
15:00 - 16:00 (Room 0.14)
Transperineal Fusion-Guided Prostate Biopsy Under Local Anaesthesia

About the speaker:
Dr. Katrien Gieraerts , MD
Radiologist
AZ Sint-Jan Brugge AV
Bruges, Belgium

Professional Biography:
Dr. Katrien Gieraerts is a radiologist at the Radiology Department of AZ Sint-Jan General Hospital in Bruges, Belgium. She is an expert in mammography and ultrasound, ultrasound-guided biopsies, including fusion-guided biopsies. In close cooperation with the urologists, she focussed during the last years also on MRI-TRUS fusion-guided transperineal prostate biopsies.

Abstract:
MRI-ultrasound fusion-guided prostate biopsies in the transperineal approach have become the recommended biopsy procedure according to the guidelines of the European Association of Urology (EAU). We established in our department a streamlined and timesaving protocol for this approach under local anaesthesia on a Canon Aplio i800 ultrasound scanner. We have performed more than 500 biopsies with very good tolerance by the patients and a high detection rate for clinically significant cancers.

Learning objectives:

• With modern technology, transperineal fusion-guided prostate biopsies under local anaesthesia can be performed in a patient-friendly and effective way in an outpatient setting.
• The accurate fusion technique of an advanced biopsy system provides a very high detection rate for clinically significant cancers.

UL
10:30 - 11:30 (Room 0.14)
Spaces, Fascias and Nerves in the Head, Neck and Upper Extremity

About the speaker:
Prof. Alexander Loizides, MD, PhD
Radiologist,
Associate Professor - Senior Physician
Medical University Innsbruck
Innsbruck, Tyrol, Austria

Professional Biography:
Alexander Loizides is an associate professor of Radiology, Deputy Head of the Department of Interventional and Endovascular Radiology at the Medical University of Innsbruck, where he completed his specialization with a focus on musculoskeletal and interventional sonography (Habilitation thesis on peripheral nerve sonography). Prof. Loizides is the author and co-author of numerous articles published in international journals as well as a number of books and is the editor of the books “Nerve Sonography” published in 2018 and “Sonographic Peripheral Nerve Topography” published in 2019. He acts as a reviewer for several scientific journals, is a member of the Radiological Society of North America (RSNA), the Österreichische Röntgengesellschaft (ÖRG) and Head of the musculoskeletal and interventional working committee of the Austrian Society of Ultrasound in Medicine (ÖGUM). His passion for ultrasound and his focus on musculoskeletal-, nerve sonography and ultrasound-guided interventions made him a founding member of the "DISI - Verein zur Förderung sonographischer Wissensgewinnung". Together with his colleagues, Prof. Loizides is organizing workshops and giving lectures at international congresses (ECR, RSNA, ESSR, etc.) to improve the quality of ultrasound-guided treatments and move the boundaries to new diagnostic fields.

Abstract:
In the last decade, high resolution Ultrasonography has become the first line imaging modality for the depiction and evaluation of the peripheral nervous system. With new ultrasound devices, better post-processing algorithms and especially with ultra-high frequency probes with frequencies of up to 33 MHz, even tiny peripheral nerves can be depicted and assessed. In these presentation series the clear identification of nerves of the head, neck and upper extremity will be presented using our landmarking-technique and will be demonstrated in a live scanning session.

Learning objectives:

• To learn how to identify and assess even tiny peripheral nerves of the head, neck and upper extremity using step by step instructions basing on our landmarking technique.

MR
11:30 – 12:30 (Room 0.15)
MRI in Endometriosis: A Hands-On Approach

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 experience. Trained through the Mersey Deanery, she specialized further with a fellowship in Gynaecological Imaging at Imperial College Healthcare NHS Trust. Dr. Bano focuses on Gastrointestinal and Gynaecological Imaging and is committed to advancing these fields through her clinical work, teaching, and research. Her dedication to improving patient care and educating future medical professionals underscores her significant contributions to the radiology community.

Abstract:
Endometriosis is a chronic gynecologic condition affecting women of reproductive age, often leading to pelvic pain and infertility. Diagnosing endometriosis typically involves a combination of clinical evaluation, invasive, and non-invasive techniques, with laparoscopy and histological confirmation being the gold standard. While transvaginal ultrasound (TV-US) is the first-line imaging tool due to its accessibility and cost-effectiveness, MRI serves as a crucial second-line technique. MRI provides a comprehensive assessment of all pelvic compartments in one session, making it the optimal imaging method for preoperative staging. This ensures proper surgical planning and effective multidisciplinary management.
This interactive workshop will combine theory with hands-on clinical case discussions. Participants will explore the essentials of MRI protocols for endometriosis, key imaging features of endometriomas and deep infiltrating endometriosis, and a compartmental approach to staging. Through real-world cases, attendees will learn to interpret findings and refine their diagnostic skills.

Learning objectives:

• Learn typical MR imaging findings allowing differentiation of endometriomas from various adnexal lesions and recognise MR imaging features of deep infiltrating endometriosis.
• Apply the compartment-based approach to staging of the endometriosis on preoperative MRI
• Enhance diagnostic accuracy through hands-on interpretation of real clinical MRI cases during interactive case discussions.

UL
12:00 - 13:00 (Room 0.14)
Spaces, Fascias and Nerves in the Lower Extremity

About the speaker:
Prof. Hannes Gruber, MD, PhD 
Radiologist
Executive Senior Physician
LKH Innsbruck - TirolKliniken
Innsbruck, Tyrol, Austria

Professional Biography:
Hannes Gruber is an associate Professor of Radiology and specializes in musculoskeletal Radiology. Additionally, he serves as the Head of the Department of Diagnostic and Interventional Sonography at the Medical University of Innsbruck. Prof. Hannes Gruber is recognized as one of the pioneers of diagnostic nerve sonography.
As an Executive Senior Physician in Education Studies of human medicine at the Leopold Franzens University of Innsbruck, Prof. Gruber earned his doctorate in Medicine in 1998. He began his career as an Assistant Doctor at the Institute of Anatomy and Histology at the Innsbruck Medical University under the guidance of Prof. Dr. H. Fritsch. Later, he served as an Assistant Doctor at the University Clinics of Radio Diagnostics under the direction of Prof. Dr. W. Jaschke. He attained official recognition as a medical specialist (radiologist) in 2006.
Prof. Dr. Hannes Gruber successfully completed his State Doctorate (Venia docendi) at the Innsbruck Medical University, focusing on the central theme of "High-Resolution Sonography of the Peripheral Nervous System." Since 2008, he has held the position of Associate Professor at the Clinical Department of Radiology at the Innsbruck Medical University.
Prof. Dr. Hannes Gruber is one of the specialists of specific MSK Sonography including peripheral Nerve-Sonography and Interventional Ultrasound; he is additionally one of the specialists on whom – beyond now US-guided standard procedures he also developed - US-surgical procedures and pathbreaking procedures also in guided pain-control base.

Abstract:
US has become one of the game-changers in diagnostic imaging before all in small structures and here in pathologies where microanatomy counts. MRI – beyond “bright spotting” – may only define and proof the region of pathology but often is not able to clearly define; beyond that the option of functional assessment is often crucial before all in sports related symptoms and for prognostic planning of training and straining an athlete after impairment. On the one hand high-resolution US is crucial but on the other hand professional knowledge counts!

Learning objectives:

• Learn about microanatomy and specific hot-spots in the lower extremity and see function.

CT
12.30 – 13.30 (Room 0.15)
UHR CT meets deep learning reconstruction: tackling challenging neuroradiological cases

About the speaker:
Prof. Ahmed Othman, MD, PhD
Managing senior physician, W2 professorship
University Hospital Mainz
Mainz, Germany

Professional Biography:
Univ.-Prof. Dr. med. Ahmed Othman, MHBA is a Board-certified diagnostic and interventional Neuroradiologist at the University Medical Center Mainz. He is currently managing senior physician and full professor at the department of Neuroradiology. Prof. Othman has 10+ years of experience in the area of computed tomography research. He is head of several research groups, one of which focuses on advanced computed tomography techniques with different projects on enhanced image resolution, AI reconstruction and spectral imaging

Abstract presentation:
Ultra-high-resolution CT (UHR CT) combined with deep learning reconstruction (DLR) is transforming neuroradiology by enhancing image quality, reducing noise, and improving diagnostic confidence in complex cases. This presentation explores how UHR CT with DLR addresses key challenges in neuroimaging, such as detecting subtle ischemic changes, characterizing microvascular pathology, and optimizing visualization of fine structures like cranial nerves and stents. Through real-world case studies, we will demonstrate the clinical value of this technology in overcoming conventional imaging limitations, ultimately leading to more accurate diagnoses and better patient outcomes.

Learning objectives:

• Understand how UHR CT combined with deep learning reconstruction enhances neuroimaging, enabling more precise diagnosis in challenging neuroradiological cases.

UL
13:30 – 14.30 (Room 0.14)
Superb Microvascular Imaging (SMI) - Pushing the envelope of Doppler flow imaging

About the speaker:
Prof. Jiro Hata, MD, PhD
Professor and the Department Head of Clinical Pathology and Laboratory Medicine
Kawasaki Medical School
Okayama, Japan

Professional Biography:
Prof. Hata received his medical degree from Jichi Medical University’s School of Medicine and since 2006 has taught at the Kawasaki Medical School. Prof. Hata leads several research areas and specializes in Ultrasound diagnosis of the digestive tract, Ultrasound diagnosis of acute abdomen, and gastrointestinal motility. Prof. Hata is a leading advisor and innovator to the Canon Research Team like SMI etc. His recent explorations in Ultrasound technology have been implemented into Canon Medical Systems’ Ultrasound systems. Prof. Hata is also an Executive Trustee member of the Japanese Society of Ultrasonics in Medicine. He is a board member of the Japan Gastroenterological Endoscopy Society, the Japanese Society of Gastroenterology, and the Japanese Society for Abdominal Emergency Medicine. Please refer attached CV in detail.

Abstract:
Superb Microvascular Imaging (SMI) has been developed as an advanced ultrafast Doppler imaging algorithm to suppress background artefacts of moving tissue in order to selectively detect flow with highest sensitivity and spatial resolution even in moving organs. SMI has opened a “new window” for detecting microvascular flow in inflammatory processes at early stage and in assessing typical vascular patterns in small tumours such as HCC or in metastatic lymph nodes without the need of contrast agents. Over the years a rich portfolio of applications has been investigated and SMI has developed as a valuable complement to B-mode imaging. In this workshop we will provide an overview of the various applications and specific advantages of SMI in the clinical routine and discuss recent advancements of the technology for increased sensitivity, robustness and ease of use.

Learning objectives:

• Learn about advantages and applications of SMI in the clinical practice
• Learn about new advancements of SMI and how SMI adds important clinical information to other imaging modalities

HIT/CT
14:30 - 15:30 (Room 0.15)
Enhancing decision-making in emergency medicine

About the speaker:
Prof. Stefan M. Niehues, MD, MHBA
Radiologist, Head physician of the Department of Radiology, Caritas Clinics Berlin
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.

Abstract:
Radiology is an essential part of emergency medicine. In addition to the correct diagnosis, the time to diagnosis is crucial. This requires effective planning, scanning and reporting with high quality in often less than optimal situations. This workshop will present the latest tools to optimize emergency radiology, from preparation, scanning and post-processing to the integration of AI tools into the reporting process for technicians and physicians.

Learning objectives:

• Learn how latest technology can help you in ER radiology workflow
• Stay up to date with options enhancing your daily routine in CT imaging

UL
15:00 - 16:00 (Room 0.14)
Ultrasound of Underexplored Upper Limb Muscles: Unveiling Their Hidden Architecture

About the speaker:
Prof. Carlo Martinoli , MD
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).

Abstract:
The arm and forearm contain muscles, some of considerable size, whose architecture, along with the levels and characteristics of their origins and insertions, are not commonly understood by musculoskeletal sonologists. Among these, the triceps brachii in the arm (composed of the long, lateral, and medial heads) and the pronator teres in the forearm (comprising the superficial and deep bellies) stand out due to their complex architecture. A thorough evaluation requires specific imaging techniques based on anatomical landmarks to accurately identify and delineate their components. Understanding the intricate structure of these muscles and their relationship with key neural structures of the upper limb, such as the radial nerve, ulnar nerve, and median nerve, is essential for explaining the etiology of certain rare compressive neuropathies. Furthermore, anatomical variations with potential clinical significance, including the configuration of these muscles and the presence of accessory structures like the Struthers ligament and Struthers arcade, should be considered. This session will include practical tips for optimizing ultrasound examination of these anatomical structures, along with a live demonstration to illustrate their detailed evaluation.

Learning objectives:

• become familiar with the complex anatomy of the the triceps brachii and pronator teres muscles
• learn the ultrasound appearance and scanning techniques used to image this anatomical structures
• be able to understand the range of pathologic conditions for which diagnostic imaging based on ultrasound is appropriate for assessment.

MR
10:00 - 11:00 (Room 0.15)
Cardiac MR: let’s do it easy!

About the speaker:
Mr. Matthieu Butavant, RT
Lead Radiographer
IRM 39 Nord Dole
France

Professional Biography:
Matthieu Butavant is an experienced radiographer with over 17 years of expertise in MRI. After beginning his career in Mulhouse, he later relocated to Dole, where he works in a shared public and private imaging center. While maintaining a versatile clinical practice, he has been performing cardiac MRI on a weekly basis for the past 12 years, showcasing his adaptability and technical skill. Known for his professionalism and patient-focused care, Matthieu combines technical expertise with adaptability, making him a trusted and experienced professional in MRI.

Abstract:
Cardiac MRI can be a complex area for radiographers, especially for those new to the field or seeking to build their confidence. This workshop will focus on the fundamental aspects of cardiac MRI, providing radiographers with essential techniques for patient preparation, positioning, and image acquisition. Emphasis will be placed on the basic parameters necessary to achieve good image quality, as well as practical tips for easily handling a cardiac exam. Through presentations and case reviews, participants will gain a clearer understanding of the workflow and key considerations in cardiac MRI, helping to enhance their skills and simplify their daily practice.

Learning objectives:

• Understand the key fundamentals of cardiac MRI, including patient preparation, positioning, and the essential steps for a successful examination
• Learn how to optimize basic acquisition parameters to ensure high-quality images
• Learn how to ensure a smooth workflow in cardiac MRI by leveraging technology and applying practical tips for efficient exam execution.

CT
11.30 – 12.30 (Room 0.15)
Patient positioning in CT: leveraging a new AI-powered user interface

About the speaker:
Mr. Alex Riemer, MD, PhD
Self-employed Radiographer; CT-Specialist, Trainer and book author for Computed Tomography
Monchengladbach, Germany

Professional Biography:
Alex Riemer is a self-employed radiological technologist, trainer, teacher, and author of a book on Computed Tomography. In 2000, he was one of the first radiology technologists in Germany to work on a multislice-CT scanner. Since then, his professional activities have focused on sharing extensive knowledge of Computed Tomography in an easily understandable and practical way. The goal of his work is to help CT users feel as confident as possible when using CT and to achieve the best possible examination results, even for 'non-standard' patients. Moreover, he organizes online seminars for Computed Tomography and the ‘Alex Riemer Online Academy for Computed Tomography’. His book on Computed Tomography (3rd edition) was published by Thieme-Verlag.
In recognition of his contributions to the field, Alex Riemer was honored with the Eugenie-und-Felix-Wachsmann Prize of the German Radiological Society, which is awarded to outstanding speakers.

Abstract presentation:
Optimizing patient positioning in CT is key to image quality, efficiency, and patient outcomes. This presentation explores an AI-powered user interface that enhances precision, reduces variability, and streamlines workflows through real-time guidance and automation.

Learning objectives:

• Understand how to optimize patient positioning in CT imaging by utilizing a new AI-powered user interface to enhance workflow efficiency, image quality, and patient outcomes.

UL
12:00 - 13:00 (Room 0.14)
A Guide to Head and Neck Ultrasound

About the speaker:
MSc. Catherine Kirkpatrick, BSc(Hons), PgD Medical ultrasound, MSc Advanced Practice
Consultant Sonographer
United Lincolnshire Teaching Hospitals NHS Trust
Lincoln, United Kingdom

Professional Biography:
Consultant Sonographer/Clinical Lead at United Lincolnshire Teaching Hospitals Trust. Her work primarily specialises in head and neck, interventional ultrasound and professional issues. She has served as BMUS Honorary Treasurer from 2016-2018 and the BMUS Development Officer from 2019- 2024 having been elected to the role of BMUS President Elect in 2025. As part of this role she has co-authored and authored multiple national guidelines, academic papers and book chapters. She frequently teaches on University Head and Neck programmes including most recently at the University of Teesside and presents at national and international conferences on a variety of topics. Outside of ultrasound she is competitive netball player, occasional triathlete and a fervent supporter of St Helens Rugby League club.

Abstract:
The presentation will cover the 7 sweep technique and pathologies which can be localised to each sweep and how technology can help the practitioner in decision making. It will also delve into the interventional world and service provision discussing possible pathways for patients. The presentation hope to also give a small insight into the world of a Consultant Sonographer and the journey to get there.

Learning objectives:

• To review the 7 sweep neck technique, pathologies and the advantages of using it
• To review interventional aspects of head and neck ultrasound and where they fit in service provision

CT
13:00 - 14:00 (Room 0.15)
Cardiac CT beyond the limits – tips and tricks for cardiac CT examinations of non-standard patients

About the speaker:
Mr. Alex Riemer, MD, PhD
Self-employed Radiographer; CT-Specialist, Trainer and book author for Computed Tomography
Monchengladbach, Germany

Professional Biography:
Alex Riemer is a self-employed radiological technologist, trainer, teacher, and author of a book on Computed Tomography. In 2000, he was one of the first radiology technologists in Germany to work on a multislice-CT scanner. Since then, his professional activities have focused on sharing extensive knowledge of Computed Tomography in an easily understandable and practical way. The goal of his work is to help CT users feel as confident as possible when using CT and to achieve the best possible examination results, even for 'non-standard' patients. Moreover, he organizes online seminars for Computed Tomography and the ‘Alex Riemer Online Academy for Computed Tomography’. His book on Computed Tomography (3rd edition) was published by Thieme-Verlag.
In recognition of his contributions to the field, Alex Riemer was honored with the Eugenie-und-Felix-Wachsmann Prize of the German Radiological Society, which is awarded to outstanding speakers.

Abstract:
In this presentation, participants will gain practical insights into optimizing cardiac CT examinations for non-standard patients, ensuring the highest possible quality of diagnostic images. The focus will be on advanced techniques and strategies to overcome common challenges encountered during cardiac CT scans in this patient group.

Key topics include:

• Acquisition Techniques: Detailed exploration of acquisition protocols tailored for non-standard patients, addressing specific challenges such as irregular heart rates, obesity, or limited breath-hold capacity.
• Retrospective Techniques: Leveraging retrospective gating and other advanced methods to enhance diagnostic quality when prospective approaches are insufficient.
• ECG Editor Utilization: Practical guidance on using the ECG editor to optimize image quality and ensure precise synchronization for accurate diagnostic results.
• Relative and Absolute Reconstruction: Understanding the role of relative and absolute reconstruction methods in improving the clarity and usability of ECG-synchronized images.
• Case Studies: Presentation of numerous real-life examples showcasing the application of these tools and techniques, with a focus on improving outcome quality and addressing specific diagnostic challenges.

Learning objectives:

• Attendees will leave with actionable knowledge to implement in their practices, enabling them to push the boundaries of cardiac CT imaging and provide better care for patients who fall outside the "standard" parameters.

UL
13:30 - 14:30 (Room 0.14)
Focal Liver Lesions - From detection to characterization.

About the speaker:
Dr. Peter Cantin, DCR, MSc D.Clin.Res
Consultant Sonographer
University Hospitals Plymouth NHS Trust
Plymouth, United Kingdom

Professional Biography:
Peter Cantin comes from the beautiful South West of England. He has worked in diagnostic ultrasound since 1991 and is a radiographer/sonographer by background. He qualified in ultrasound in 1995, obtained his Masters degree in 2005 and his professional doctorate in 2017. He works in a large teaching hospital which is also a tertiary liver centre. Peter has been a member of the British Medical Ultrasound Society since 1988 and became its president in January of this year.

Abstract:
This presentation is designed to showcase the range of options available on discovery of a focal liver lesion on ultrasound. It will cover assessment with B mode imaging, Doppler modes (including microvascular imaging), use of contrast enhanced ultrasound and accurate segmental localisation for easy correlation with cross sectional imaging.

Learning objectives:

• Awareness of range of tools available to characterize liver lesions, which tools to use and when.
• Accurate segmental characterization on ultrasound to allow for seamless sequential cross sectional imaging.

CT
14:30 - 15:30 (Room 0.15)
Intravenous contrast in CT: tailor made injections and timing

About the speaker:
Mr. Cees Verlooij , BSc
International Senior European Clinical Application Specialist (retired) & Trainer; Consultant Computed Tomography
Geesteren, the Netherlands

Professional Biography:
Mr. Cees Verlooij has dedicated 44 years to the field of Computed Tomography (CT), witnessing the evolution from the EMI Mark I to the Wide Area Detector CT. Initially serving as a CT radiographer at the University Medical Hospital of Rotterdam and Leiden, he transitioned to the role of Clinical Application Specialist for CT at the European headquarters of Canon Medical Systems. His primary areas of expertise include the clinical advancement of high-end CT systems, educational initiatives at Medical Universities worldwide. Mr. Verlooij has also made notable contributions to various books on radiology.

Abstract:
It is still common use in hospitals that 100 ml of contrast is given at a rate of 3 ml/s for every patient. More and more there is a tendency to make patient-specific injection protocols to make sure that the enhancement for every patient is optimised. General aspects of contrast injections will be handled with the focus on how to use specific formulas to have consistent Iodine load in CTA and portal-venous abdominal examinations. Special attention will be given to the contrast timing in CTA and routine PV abdomen scans.

Learning objectives:

• Learn how the patient, the injection and the CT scan is influencing the contrast enhancement
• Learn how to use formulas to calculate contrast volume and flow in CTA
• Learn how to use Iodine Flux for weigh- based contrast dose
• Learn how to adapt the contrast injection when using less than 120 kV tube voltage