WORKSHOPS
Brought back by popular demand the highly valuable clinical workshop sessions, we meant to inspire you. A wide range of specialized Workshops delivered by Key Opinion Leaders from all over Europe presented to you their most valuable sessions.
Wednesday, February 28
MRI
10:00 - 11:00 (Room 0.16)
Advanced MR Imaging of the inner ear
About the speaker:
Dr. Guillaume Poillon, MD
Neuroradiologist
Adolphe de Rothschild Foundation Hospital
29 rue Manin – 75019, Paris - France
Professional Biography:
Dr. GP is a neuroradiologist specialized in head and neck imaging, with an expertise in ear and temporal bone imaging. He works at the Adolphe de Rothschild Foundation Hospital, which is a tertiary care hospital for brain, eye and ear diseases in adults and children, with a strong academic research mission. Thanks to his position, he is involved in the training of radiology residents and medical students. Member of the French Societies of Neuroradiology and Head and Neck Imaging, his research works essentially focus on the clinical implementation of new advanced labyrinth MR imaging protocols dedicated to the exploration of cochleovestibular disorders.
Abstract:
Dizziness, hearing loss and tinnitus are common symptoms that may require an MRI. For many years, this exam has been considered as a screening tool for rare diseases such as vestibular schwannoma, multiple sclerosis, ischemic events of the posterior fossa. MRI using IAC protocol failed to diagnose the most frequent conditions leading to these symptoms and was therefore frequently normal. Over the last decade, advances in MRI have led to the development of new sequences that allow detailed analysis of the inner ear components, particularly the membranous labyrinth. Those new MRI acquisitions use a high-resolution dedicated inversion-recovery sequences (FLAIR), with delayed acquisition and deep-learning reconstructions in order to obtain a high contrast between endolymphatic and perilymphatic compartments. These technical advances, correlated with those of vestibular functional explorations performed in otoneurology, have generated a new dynamic in the understanding and management of cochleovestibular disorders. This presentation is intended to make you an actor in the radiological transition towards new MRI protocols for clinical conditions whose exploration has been limited for too long.
Learning objectives:
10:00 - 11:00 (Room 0.16)
Advanced MR Imaging of the inner ear
About the speaker:
Dr. Guillaume Poillon, MD
Neuroradiologist
Adolphe de Rothschild Foundation Hospital
29 rue Manin – 75019, Paris - France
Professional Biography:
Dr. GP is a neuroradiologist specialized in head and neck imaging, with an expertise in ear and temporal bone imaging. He works at the Adolphe de Rothschild Foundation Hospital, which is a tertiary care hospital for brain, eye and ear diseases in adults and children, with a strong academic research mission. Thanks to his position, he is involved in the training of radiology residents and medical students. Member of the French Societies of Neuroradiology and Head and Neck Imaging, his research works essentially focus on the clinical implementation of new advanced labyrinth MR imaging protocols dedicated to the exploration of cochleovestibular disorders.
Abstract:
Dizziness, hearing loss and tinnitus are common symptoms that may require an MRI. For many years, this exam has been considered as a screening tool for rare diseases such as vestibular schwannoma, multiple sclerosis, ischemic events of the posterior fossa. MRI using IAC protocol failed to diagnose the most frequent conditions leading to these symptoms and was therefore frequently normal. Over the last decade, advances in MRI have led to the development of new sequences that allow detailed analysis of the inner ear components, particularly the membranous labyrinth. Those new MRI acquisitions use a high-resolution dedicated inversion-recovery sequences (FLAIR), with delayed acquisition and deep-learning reconstructions in order to obtain a high contrast between endolymphatic and perilymphatic compartments. These technical advances, correlated with those of vestibular functional explorations performed in otoneurology, have generated a new dynamic in the understanding and management of cochleovestibular disorders. This presentation is intended to make you an actor in the radiological transition towards new MRI protocols for clinical conditions whose exploration has been limited for too long.
Learning objectives:
- Learn and master the technical principles of a successful MRI of the labyrinth.
- Review the normal anatomy of the membranous labyrinth.
- Recognize the main pathologies encountered in inner ear imaging through different clinical cases: Meniere’s disease, vestibular atelectasis, labyrinthitis and vestibular neuritis, and others.
HIT
11:30 – 12:30 (Room 0.16)
AI-Enhanced CT Workflow in Acute Stroke
About the speaker:
Dr. Anton Meijer, MD, PhD
Neuroradiologist
Radboud University Medical Center
Nijmegen, the Netherlands
Professional Biography:
Dr. Anton Meijer is a neuroradiologist at the Radboud University Medical Centre, Nijmegen, the Netherlands. He participates in both clinical and research activities that aim to improve the diagnosis and treatment of neurovascular and neurodegenerative diseases. He is also enthusiastic about developing and implementing artificial intelligence solutions that can help neuroradiology achieve higher quality and efficiency.
Abstract:
Stroke is a leading cause of death and disability worldwide, and timely diagnosis and treatment are crucial for improving patient outcomes. Computed tomography (CT) is the most widely used imaging modality for stroke evaluation, but it requires manual interpretation and processing, which can be time-consuming and prone to errors. Artificial intelligence (AI) has the potential to enhance the CT workflow in acute stroke by automating tasks such as image acquisition, lesion detection, and perfusion analysis. This interactive workshop will discuss the current state-of-the-art CT imaging and future directions of AI applications for acute stroke diagnosis and management. The use case will be the Automation Platform and Vitrea Advanced Visualization. The challenges and opportunities of implementing AI solutions in clinical practice will be discussed.
Learning objectives:
11:30 – 12:30 (Room 0.16)
AI-Enhanced CT Workflow in Acute Stroke
About the speaker:
Dr. Anton Meijer, MD, PhD
Neuroradiologist
Radboud University Medical Center
Nijmegen, the Netherlands
Professional Biography:
Dr. Anton Meijer is a neuroradiologist at the Radboud University Medical Centre, Nijmegen, the Netherlands. He participates in both clinical and research activities that aim to improve the diagnosis and treatment of neurovascular and neurodegenerative diseases. He is also enthusiastic about developing and implementing artificial intelligence solutions that can help neuroradiology achieve higher quality and efficiency.
Abstract:
Stroke is a leading cause of death and disability worldwide, and timely diagnosis and treatment are crucial for improving patient outcomes. Computed tomography (CT) is the most widely used imaging modality for stroke evaluation, but it requires manual interpretation and processing, which can be time-consuming and prone to errors. Artificial intelligence (AI) has the potential to enhance the CT workflow in acute stroke by automating tasks such as image acquisition, lesion detection, and perfusion analysis. This interactive workshop will discuss the current state-of-the-art CT imaging and future directions of AI applications for acute stroke diagnosis and management. The use case will be the Automation Platform and Vitrea Advanced Visualization. The challenges and opportunities of implementing AI solutions in clinical practice will be discussed.
Learning objectives:
- Learn how AI can enhance CT workflow in acute stroke care
- Learn about the advantages and limitations in implementing AI in clinical practice
UL
12:00 - 13:00 (Room 0.14)
A Guide to MRI/US Breast Fusion in Routine Clinical Practice
About the speaker:
Prof. Dr. Adrian Lim, MD FRCP FRCR
Professor and Consultant Radiologist
Imperial College London and Healthcare NHS Trust
London, UK
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 current 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:
12:00 - 13:00 (Room 0.14)
A Guide to MRI/US Breast Fusion in Routine Clinical Practice
About the speaker:
Prof. Dr. Adrian Lim, MD FRCP FRCR
Professor and Consultant Radiologist
Imperial College London and Healthcare NHS Trust
London, UK
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 current 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.
- To understand its clinical utility in routine clinical practice.
MRI
13:00 - 14:00 (Room 0.16)
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
Hôpital Fondation Adolphe de Rothschild,
25-29 Rue Manin, 75019 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:
The purpose of this presentation is to
13:00 - 14:00 (Room 0.16)
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
Hôpital Fondation Adolphe de Rothschild,
25-29 Rue Manin, 75019 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:
The purpose of this presentation is to
- 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)
MPUS for Thyroid Evaluation: Update
About the speaker:
Prof. Vito Cantisani, MD, PhD
Vice-Dean of Faculty of Medicine and Dentistry
Sapienza University Rome, UOC Radiology Policlinics Umberto I
Rome, Italy
Professional Biography:
Prof. Vito Cantisani is Associate Prof. of Radiology and Vice-Dean of the Faculty of Medicine and Dentistry, Univ. Sapienza of Rome. He is Chairman of the Complex Unit of Teleradiology, Polo Reatino, Univ. Sapienza and also EFSUMB President-Elect, SIUMB Past-President, and SIRM US Chapter Chairman. He served as EFSUMB Honorary Secretary and Honorary Treasurer, EFSUMB EPSC and Publication Committee Chairman, as Secretary and then President of the SIUMB Contrast Media Section. Furthermore, he is a Lazio Ethic Committee Member and a Scientific Board Member of the Italian Navy Seal. His research interest focuses on US contrast media in abdominal and non-abdominal applications in correlation with multislice-CT and enhanced-MRI and US-elastography, mainly in the thyroid, testicle, liver, breast, and salivary glands. Prof. Cantisani wrote or co-wrote more than 260 papers published in Italian or international peer-reviewed journals. Besides winning the EURORAD prize at ECR two times, he was also awarded the EFSUMB Young Investigator Award and the Best Scientific Presenter in Head and Neck Session Award at ECR. He is part of the Expert Steering Committee of most of the EFSUMB and WFUMB Guidelines. He served as Editor of EJU, Ultraschall, is part of the Editorial Board of Radiologia Medica and JUS and was Editor of JUS and Editorial Board Member of European Radiology.
Abstract:
MPUS is actual modality of evaluating several pathologies, especially regarding Thyroid. Recently technology improvement opened new further possibilities for AI, US-Elastography and CEUS both for diagnostic and interventional purposes. The updated Literature knowledge will be presented, especially for EFSUMB, WFUMB Guidelines. Cases from personal daily experience will be presented for providing to the audience tips and tricks to assess the patients.
Learning objectives:
13:30 - 14:30 (Room 0.14)
MPUS for Thyroid Evaluation: Update
About the speaker:
Prof. Vito Cantisani, MD, PhD
Vice-Dean of Faculty of Medicine and Dentistry
Sapienza University Rome, UOC Radiology Policlinics Umberto I
Rome, Italy
Professional Biography:
Prof. Vito Cantisani is Associate Prof. of Radiology and Vice-Dean of the Faculty of Medicine and Dentistry, Univ. Sapienza of Rome. He is Chairman of the Complex Unit of Teleradiology, Polo Reatino, Univ. Sapienza and also EFSUMB President-Elect, SIUMB Past-President, and SIRM US Chapter Chairman. He served as EFSUMB Honorary Secretary and Honorary Treasurer, EFSUMB EPSC and Publication Committee Chairman, as Secretary and then President of the SIUMB Contrast Media Section. Furthermore, he is a Lazio Ethic Committee Member and a Scientific Board Member of the Italian Navy Seal. His research interest focuses on US contrast media in abdominal and non-abdominal applications in correlation with multislice-CT and enhanced-MRI and US-elastography, mainly in the thyroid, testicle, liver, breast, and salivary glands. Prof. Cantisani wrote or co-wrote more than 260 papers published in Italian or international peer-reviewed journals. Besides winning the EURORAD prize at ECR two times, he was also awarded the EFSUMB Young Investigator Award and the Best Scientific Presenter in Head and Neck Session Award at ECR. He is part of the Expert Steering Committee of most of the EFSUMB and WFUMB Guidelines. He served as Editor of EJU, Ultraschall, is part of the Editorial Board of Radiologia Medica and JUS and was Editor of JUS and Editorial Board Member of European Radiology.
Abstract:
MPUS is actual modality of evaluating several pathologies, especially regarding Thyroid. Recently technology improvement opened new further possibilities for AI, US-Elastography and CEUS both for diagnostic and interventional purposes. The updated Literature knowledge will be presented, especially for EFSUMB, WFUMB Guidelines. Cases from personal daily experience will be presented for providing to the audience tips and tricks to assess the patients.
Learning objectives:
- To update knoeledge for thyroid evaluation
- To improve technology update knowledge
- To learn tips and tricks for prompt MPUS
CT
14:30 - 15:30 (Room 0.16)
Diagnosis and Management of Lung Nodules in a Screening Setting
About the speaker:
Prof. Cornelia M. Schaefer-Prokop, MD, PhD
Radiologist
Head of Imaging Department
Meander Medical Centre and Radboud University Medical Center (Radboudumc)
Nijmegen, the Netherlands
Professional Biography:
Cornelia Schaefer-Prokop is a radiologist at Meander Medical Centre, Amersfoort, the Netherlands. She has worked as a radiologist in Hannover, Germany (1993-98), AKH Vienna, Austria (1998-2004), AMC Amsterdam (2005-2009) and since 2009 in Meander Medical Centre Amersfoort. For her research, she is affiliated with Radboudumc, Nijmegen. Her main research interests are in computer-aided detection and classification, lung cancer screening and interstitial lung diseases. She is an editorial board member of European Radiology, Journal of Thoracic Imaging and Insights into Imaging and was editorial member of Radiology for many years. She was president of the European Society of Thoracic Imaging (ESTI) in 2014 and president of the Fleischner Society. She is the author of 190 peer-reviewed publications and editor of three books.
Learning objectives:
14:30 - 15:30 (Room 0.16)
Diagnosis and Management of Lung Nodules in a Screening Setting
About the speaker:
Prof. Cornelia M. Schaefer-Prokop, MD, PhD
Radiologist
Head of Imaging Department
Meander Medical Centre and Radboud University Medical Center (Radboudumc)
Nijmegen, the Netherlands
Professional Biography:
Cornelia Schaefer-Prokop is a radiologist at Meander Medical Centre, Amersfoort, the Netherlands. She has worked as a radiologist in Hannover, Germany (1993-98), AKH Vienna, Austria (1998-2004), AMC Amsterdam (2005-2009) and since 2009 in Meander Medical Centre Amersfoort. For her research, she is affiliated with Radboudumc, Nijmegen. Her main research interests are in computer-aided detection and classification, lung cancer screening and interstitial lung diseases. She is an editorial board member of European Radiology, Journal of Thoracic Imaging and Insights into Imaging and was editorial member of Radiology for many years. She was president of the European Society of Thoracic Imaging (ESTI) in 2014 and president of the Fleischner Society. She is the author of 190 peer-reviewed publications and editor of three books.
Learning objectives:
- Master lung nodule diagnosis and management in screening settings, covering imaging interpretation, diagnostics, and evidence-based strategies.
UL
15:00 - 16:00 (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:
15:00 - 16:00 (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
CT
16:00-17:00 (Room 0.16)
Spectral CT Iodine Maps: Clinical Benefits
About the speaker:
Dr. Manuel Belgrano
Radiologist
Ospedale di Cattinara
Trieste, Italy
Professional Biography:
Manuel Belgrano is an University Assistant Professor, specialized in Cardiovascular Imaging and Interventional Radiology at the Department of Radiology at Cattinara Hospital in Trieste. He heads the radiographer Degree Program and serves as the Delegate for International Mobility program for the Faculty of Medicine. Manuel Belgrano is author and co-author of a substantial number of articles and book chapters primarily focused on cardiovascular imaging and CT technique.
Learning objectives:
16:00-17:00 (Room 0.16)
Spectral CT Iodine Maps: Clinical Benefits
About the speaker:
Dr. Manuel Belgrano
Radiologist
Ospedale di Cattinara
Trieste, Italy
Professional Biography:
Manuel Belgrano is an University Assistant Professor, specialized in Cardiovascular Imaging and Interventional Radiology at the Department of Radiology at Cattinara Hospital in Trieste. He heads the radiographer Degree Program and serves as the Delegate for International Mobility program for the Faculty of Medicine. Manuel Belgrano is author and co-author of a substantial number of articles and book chapters primarily focused on cardiovascular imaging and CT technique.
Learning objectives:
- Gain insights into the clinical advantages of Spectral CT Iodine Maps in medical imaging.
Thursday, February 29
CT
10:00 - 11:00 (Room 0.16)
Cardiac CT with PIQE: Coronaries and Beyond
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 cardiovascular imaging and chest imaging.
Abstract:
PIQE enables high resolution cardiac CT from regular acquisitions, with improved image quality, higher spatial resolution and lower image noise. PIQE can enhance your diagnostic capabilities in coronary CTA, but also in valve and structural heart diseases. In this workshop, we will get hands-on with demonstrative cases, from simple/classical to more complex/rare, to showcase how to handle PIQE and its advantages.
Learning objectives:
10:00 - 11:00 (Room 0.16)
Cardiac CT with PIQE: Coronaries and Beyond
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 cardiovascular imaging and chest imaging.
Abstract:
PIQE enables high resolution cardiac CT from regular acquisitions, with improved image quality, higher spatial resolution and lower image noise. PIQE can enhance your diagnostic capabilities in coronary CTA, but also in valve and structural heart diseases. In this workshop, we will get hands-on with demonstrative cases, from simple/classical to more complex/rare, to showcase how to handle PIQE and its advantages.
Learning objectives:
- Understand how PIQE can enhance your diagnostic confidence and workflow in coronary and cardiac CT.
UL
10:30 - 11:30 (Room 0.14)
MSK Hip
About the speaker:
Prof. Carlo Martinoli, MD
Radiologist
IRCCS San Martino University Hospital
Genoa, Italy
Professional Biography:
Carlo Martinoli is an Associate Professor of Radiology at the University of Genoa. As an active member of the European Society of Musculoskeletal Radiology (ESSR), Professor Martinoli has served the association as a member of its Executive Committee, as chairman for ultrasound, and as chairman of the Educational Committee. Prof. Martinoli has over 200 scientific articles and publications in international medical journals and has given over 1000 guest lectures at international courses and congresses.
10:30 - 11:30 (Room 0.14)
MSK Hip
About the speaker:
Prof. Carlo Martinoli, MD
Radiologist
IRCCS San Martino University Hospital
Genoa, Italy
Professional Biography:
Carlo Martinoli is an Associate Professor of Radiology at the University of Genoa. As an active member of the European Society of Musculoskeletal Radiology (ESSR), Professor Martinoli has served the association as a member of its Executive Committee, as chairman for ultrasound, and as chairman of the Educational Committee. Prof. Martinoli has over 200 scientific articles and publications in international medical journals and has given over 1000 guest lectures at international courses and congresses.
CT
11:30 – 12:30 (Room 0.16)
Neuro UHRCT: Solving Tricky 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:
In this workshops we will discuss challenging neuroradiological cases which were worked up with ultra-high-resolution CT. Typical and subtle clinical and radiological diagnostic clues will be presented. The cases will then be evaluated together with the speaker. The course comprises neurovascular, spinal and other advanced clinical cases.
Learning objectives:
11:30 – 12:30 (Room 0.16)
Neuro UHRCT: Solving Tricky 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:
In this workshops we will discuss challenging neuroradiological cases which were worked up with ultra-high-resolution CT. Typical and subtle clinical and radiological diagnostic clues will be presented. The cases will then be evaluated together with the speaker. The course comprises neurovascular, spinal and other advanced clinical cases.
Learning objectives:
- Learn to read and evaluate neuroradiological ultra-high-resolution images
- Discuss and analyze typical neurovascular and spinal diseases on ultra-high-resolution CT
UL
12:00 – 13:00 (Room 0.14)
Contrast-Enhanced US Added Value in Urogenital Pathologies
About the speaker:
Prof. Maija Radziņa, MD, PhD
Associate Professor
Pauls Stradiņš Clinical University Hospital
Riga, Latvia
Professional Biography:
Associated Professor Maija Radzina, MD, PhD, is a Chief of RSU Radiology Research laboratory and Past President of the Latvian Ultrasound Association (2011-2019) and 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 Radiology Society (ESR).
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 and advanced characterization of pathologies, including AI and education and performance standards in ultrasound.
Abstract:
This workshop will give insight into the various Contrast-enhanced ultrasound techniques that can be useful in urogenital imaging (kidneys, excretory system, testis, and penile pathologies), it will involve special situations (pediatric and transplant kidney) and current guidelines will be reviewed. There will be named and identified main indications of CEUS in the assessment of renal and urogenital pathology, including advantages and limitations of CEUS with reference to conventional US, CT and MRI. Description of patterns of benign and malignant lesions will be given via pictorial cases, and CEUS's role in excretory system obstructive and inflammatory processes will be highlighted.
The workshop will include Q and A at the end of the session.
Learning objectives:
12:00 – 13:00 (Room 0.14)
Contrast-Enhanced US Added Value in Urogenital Pathologies
About the speaker:
Prof. Maija Radziņa, MD, PhD
Associate Professor
Pauls Stradiņš Clinical University Hospital
Riga, Latvia
Professional Biography:
Associated Professor Maija Radzina, MD, PhD, is a Chief of RSU Radiology Research laboratory and Past President of the Latvian Ultrasound Association (2011-2019) and 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 Radiology Society (ESR).
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 and advanced characterization of pathologies, including AI and education and performance standards in ultrasound.
Abstract:
This workshop will give insight into the various Contrast-enhanced ultrasound techniques that can be useful in urogenital imaging (kidneys, excretory system, testis, and penile pathologies), it will involve special situations (pediatric and transplant kidney) and current guidelines will be reviewed. There will be named and identified main indications of CEUS in the assessment of renal and urogenital pathology, including advantages and limitations of CEUS with reference to conventional US, CT and MRI. Description of patterns of benign and malignant lesions will be given via pictorial cases, and CEUS's role in excretory system obstructive and inflammatory processes will be highlighted.
The workshop will include Q and A at the end of the session.
Learning objectives:
- To name and identify the main indications of CEUS in the assessment of renal and urogenital pathology, including transplant kidneys, advantages and limitations of CEUS with reference to conventional US, CT, and MRI
- To describe the patterns of benign and malignant lesions, and CEUS's role in excretory system obstructive and inflammatory processes, various techniques of CEUS in the urogenital system.
MRI
13:00 – 14:00 (Room 0.16)
Optic Neuropathies: New Radiological Semiology and Sequences of the Future
About the speaker:
Prof. Augustin LECLER, MD
Neuroradiologist
Hospital Foundation Adolphe de Rothschild,
25-29 Rue Manin, 75019 Paris
Professional Biography:
Professor Augustin Lecler is Professor at Paris-Cité University, and neuroradiologist at the A. de Rothschild Foundation Hospital. He is the author of more than 150 scientific articles and more than 20 reference works. He is a guest speaker in numerous national and international conferences. In particular, he has recognized expertise in ophthalmological imaging and neuro-ophthalmology, and in particular in imaging optic neuropathy.
Abstract:
This workshop will allow participants to refresh their knowledge in terms of MRI techniques and radiological semiotics in the context of detecting and characterizing major optic neuropathies: inflammatory neuropathies (idiopathic or associated with multiple sclerosis, NMO-SD, or MOG associated disease), ischemic neuropathies (arteritic or non-arteritic AION), compressive or infiltrative neuropathies, glaucomatous neuropathies, and toxic neuropathies.
Participants will have the opportunity to work directly and independently on imaging consoles and analyse typical or atypical cases of optic neuropathies, with expert analysis of the cases by Professor Augustin Lecler.
Learning objectives:
13:00 – 14:00 (Room 0.16)
Optic Neuropathies: New Radiological Semiology and Sequences of the Future
About the speaker:
Prof. Augustin LECLER, MD
Neuroradiologist
Hospital Foundation Adolphe de Rothschild,
25-29 Rue Manin, 75019 Paris
Professional Biography:
Professor Augustin Lecler is Professor at Paris-Cité University, and neuroradiologist at the A. de Rothschild Foundation Hospital. He is the author of more than 150 scientific articles and more than 20 reference works. He is a guest speaker in numerous national and international conferences. In particular, he has recognized expertise in ophthalmological imaging and neuro-ophthalmology, and in particular in imaging optic neuropathy.
Abstract:
This workshop will allow participants to refresh their knowledge in terms of MRI techniques and radiological semiotics in the context of detecting and characterizing major optic neuropathies: inflammatory neuropathies (idiopathic or associated with multiple sclerosis, NMO-SD, or MOG associated disease), ischemic neuropathies (arteritic or non-arteritic AION), compressive or infiltrative neuropathies, glaucomatous neuropathies, and toxic neuropathies.
Participants will have the opportunity to work directly and independently on imaging consoles and analyse typical or atypical cases of optic neuropathies, with expert analysis of the cases by Professor Augustin Lecler.
Learning objectives:
- You will know the optimal protocol for performing optic nerve imaging.
- You will be able to recognize the various etiologies of optic neuropathies.
UL
13:30 – 14:30 (Room 0.14)
Multiparametric US for the Evaluation of Chronic Liver Disease
About the speaker:
Dr. Giovanna Ferraioli, MD, PhD
Reference Doctor, Ultrasound Unit,
The 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 and 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:
An early and accurate detection of liver steatosis is important because metabolic dysfunction-associated steatotic liver (MASLD) is associated with several metabolic comorbidities that are risk factors for cardiovascular diseases. Moreover, the literature suggests that fibrosis progression may occur not only in patients with metabolic dysfunction-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 prognostication. Algorithms for a quantitative estimation of liver fat content are commercially available and most of them are based on the evaluation of the US attenuation coefficient. Multiple clinical studies, mostly performed with ATI (Canon Medical Systems), have demonstrated good accuracy and reproducibility of these new algorithms for fat quantification. For a few years, liver stiffness assessment with the shear wave elastography (SWE) techniques is considered a reliable substitute for liver biopsy in several clinical scenarios, including MASLD. Guidelines regarding the use of the SWE techniques for the staging of liver fibrosis have been released. For the US evaluation of MASLD, scores that combine US parameters have also been recently proposed.
Learning objectives:
13:30 – 14:30 (Room 0.14)
Multiparametric US for the Evaluation of Chronic Liver Disease
About the speaker:
Dr. Giovanna Ferraioli, MD, PhD
Reference Doctor, Ultrasound Unit,
The 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 and 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:
An early and accurate detection of liver steatosis is important because metabolic dysfunction-associated steatotic liver (MASLD) is associated with several metabolic comorbidities that are risk factors for cardiovascular diseases. Moreover, the literature suggests that fibrosis progression may occur not only in patients with metabolic dysfunction-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 prognostication. Algorithms for a quantitative estimation of liver fat content are commercially available and most of them are based on the evaluation of the US attenuation coefficient. Multiple clinical studies, mostly performed with ATI (Canon Medical Systems), have demonstrated good accuracy and reproducibility of these new algorithms for fat quantification. For a few years, liver stiffness assessment with the shear wave elastography (SWE) techniques is considered a reliable substitute for liver biopsy in several clinical scenarios, including MASLD. Guidelines regarding the use of the SWE techniques for the staging of liver fibrosis have been released. For the US evaluation of MASLD, scores that combine US parameters have also been recently proposed.
Learning objectives:
- Understand the clinical importance of early liver steatosis detection in Chronic Liver Disease.
- Gain familiarity with non-invasive tools like US algorithms and SWE techniques for assessing liver fat and fibrosis in MASLD diagnosis and management.
CT
14:30 – 15:30 (Room 0.16)
Ultra-high resolution, AI, and Photon Counting CT: Latest Advances in CT Technology
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.
Abstract:
After the “slice wars,” CT technology has still evolved in leaps and bounds over the last decade. Developments in both hardware and software have resulted in various revolutionary advances, some of which are just now breaking into the clinical realm and whose clinical impact are just starting to be determined. During this session, the technological advances that have brought about ultra-high-resolution CT, artificial intelligence-based reconstruction and image processing, and photon-counting CT will be reviewed. The impact that these advances have on image quality, dose optimization, and clinical applications will be discussed.
Learning objectives:
14:30 – 15:30 (Room 0.16)
Ultra-high resolution, AI, and Photon Counting CT: Latest Advances in CT Technology
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.
Abstract:
After the “slice wars,” CT technology has still evolved in leaps and bounds over the last decade. Developments in both hardware and software have resulted in various revolutionary advances, some of which are just now breaking into the clinical realm and whose clinical impact are just starting to be determined. During this session, the technological advances that have brought about ultra-high-resolution CT, artificial intelligence-based reconstruction and image processing, and photon-counting CT will be reviewed. The impact that these advances have on image quality, dose optimization, and clinical applications will be discussed.
Learning objectives:
- Describe the technological developments underlying the latest advances in CT.
- Discuss the current and potential upcoming innovations in clinical applications made possible by these advances.
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:
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.
MRI
16:00 – 17:00 (Room 0.16)
Multimodal Ophthalmological Imaging: From the Eye to the Brain
About the speaker:
Prof. Augustin LECLER, MD
Neuroradiologist
Hospital Foundation Adolphe de Rothschild,
25-29 Rue Manin, 75019 Paris
Professional Biography:
Professor Augustin Lecler is Professor at Paris-Cité University, and neuroradiologist at the A. de Rothschild Foundation Hospital. He is the author of more than 150 scientific articles and more than 20 reference works. He is a guest speaker in numerous national and international conferences. In particular, he has recognized expertise in ophthalmological imaging and neuro-ophthalmology, and in particular in imaging optic neuropathy.
Abstract:
This training will introduce you to the various modalities for exploring ophthalmological pathologies, enabling a precise analysis of the entire visual pathways from the cornea to the occipital cortex. We will cover optical imaging techniques, such as OCT (Optical Coherence Tomography) or confocal microscopy, ultrasound imaging techniques including Doppler ultrasound. Lastly, we will discuss MRI with dedicated protocols for imaging the optic nerve and the brain.
The presentation will focus on the value of combining these multimodal examinations to achieve a high-precision diagnosis, using image fusion techniques that leverage the strengths of each technique while minimizing their weaknesses.
Learning objectives:
16:00 – 17:00 (Room 0.16)
Multimodal Ophthalmological Imaging: From the Eye to the Brain
About the speaker:
Prof. Augustin LECLER, MD
Neuroradiologist
Hospital Foundation Adolphe de Rothschild,
25-29 Rue Manin, 75019 Paris
Professional Biography:
Professor Augustin Lecler is Professor at Paris-Cité University, and neuroradiologist at the A. de Rothschild Foundation Hospital. He is the author of more than 150 scientific articles and more than 20 reference works. He is a guest speaker in numerous national and international conferences. In particular, he has recognized expertise in ophthalmological imaging and neuro-ophthalmology, and in particular in imaging optic neuropathy.
Abstract:
This training will introduce you to the various modalities for exploring ophthalmological pathologies, enabling a precise analysis of the entire visual pathways from the cornea to the occipital cortex. We will cover optical imaging techniques, such as OCT (Optical Coherence Tomography) or confocal microscopy, ultrasound imaging techniques including Doppler ultrasound. Lastly, we will discuss MRI with dedicated protocols for imaging the optic nerve and the brain.
The presentation will focus on the value of combining these multimodal examinations to achieve a high-precision diagnosis, using image fusion techniques that leverage the strengths of each technique while minimizing their weaknesses.
Learning objectives:
- You will discover the various imaging modalities for exploring ophthalmological pathologies.
- You will understand how to combine these modalities to make the most of these examinations.
Friday, March 1
HIT
10:00 – 11:00 (Room 0.16)
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:
The development of Cardiac CT scanner and Imaging has outpaced all other modalities. Cardiac coronary CT is NICE’s first line investigation for suspected stable angina. A short lecture on acquiring and reading Cardiac CT will be enriched by hands on review of clinical cases.
Learning objectives:
10:00 – 11:00 (Room 0.16)
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:
The development of Cardiac CT scanner and Imaging has outpaced all other modalities. Cardiac coronary CT is NICE’s first line investigation for suspected stable angina. A short lecture on acquiring and reading Cardiac CT will be enriched by hands on review of clinical cases.
Learning objectives:
- Learn practical aspects of how Coronary CT is acquired.
- Learn by reviewing a range of Cardiac CT cases
UL
10:30 – 11:30 (Room 0.14)
Find the Nerve: Head, Neck and Upper Extremity - If You Know Where to Look for, You Can Find Everything!
About the speaker:
PD.Dr. 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:
High-frequent Sonography has become an essential adjunct in diagnosing pathological conditions of the peripheral nervous system: with high frequent ultrasound probes, even tiny peripheral nerves can easily be found, depicted, and assessed, enabling a precise diagnosis. Thereby, traumatic nerve lesions, compression neuropathies, or nerve tumors can be identified, allowing for a fast-forward treatment.
Learning objectives:
Learn how to find and assess peripheral nerves – the big and the small ones no matter where they are located in the body based on our “landmark technique.”
10:30 – 11:30 (Room 0.14)
Find the Nerve: Head, Neck and Upper Extremity - If You Know Where to Look for, You Can Find Everything!
About the speaker:
PD.Dr. 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:
High-frequent Sonography has become an essential adjunct in diagnosing pathological conditions of the peripheral nervous system: with high frequent ultrasound probes, even tiny peripheral nerves can easily be found, depicted, and assessed, enabling a precise diagnosis. Thereby, traumatic nerve lesions, compression neuropathies, or nerve tumors can be identified, allowing for a fast-forward treatment.
Learning objectives:
Learn how to find and assess peripheral nerves – the big and the small ones no matter where they are located in the body based on our “landmark technique.”
MRI
11:30 – 12:30 (Room 0.16)
Muscle injury MRI, let’s do it easy
About the speaker:
Dr. Sandra Mechó, MD, PhD
Radiologist
Hospital de Barcelona/Sports Medicine Center Futbol Club Barcelona
Barcelona (Spain)
Professional Biography:
Radiologist at the Hospital de Barcelona-SCIAS, specialist in musculoskeletal MRI and one of the people in charge of the Magnetic Resonance Department at the Joan Gamper Fútbol Club Barcelona Center. Collaborator in the FCB 2017 muscle injury guide and MLG-R classification of muscle injury.
Collaborator of several research projects of the Barça Innovation Hub.
Research degree (PhD) in Proximal myotendinous junction of the Rectus Remoris at the “Departament de Cirurgia i Ortopèdia”, Universitat Autònoma de Barcelona, Barcelona, Spain.
Abstract:
Dr. Sandra Mechó will present in this workshop a number of advanced muscle MRI cases in athletes to do a proper diagnose and follow-up. She will analyse the injured histoarchitecture, prognosis and the presence of warning signs during the follow-up.
This can range from very subtle pathology to injuries that are challenging to image using MRI. The attendees can also read the cases themselves in DICOM on a Workstation as to get the most out of this workshop.
Next to the presented cases, Dr. Mechó is available for questions and extra explanations with regard to what she thinks is important to notice or what to make sure is well visualized on the images to come to the right diagnosis.
Learning objectives:
11:30 – 12:30 (Room 0.16)
Muscle injury MRI, let’s do it easy
About the speaker:
Dr. Sandra Mechó, MD, PhD
Radiologist
Hospital de Barcelona/Sports Medicine Center Futbol Club Barcelona
Barcelona (Spain)
Professional Biography:
Radiologist at the Hospital de Barcelona-SCIAS, specialist in musculoskeletal MRI and one of the people in charge of the Magnetic Resonance Department at the Joan Gamper Fútbol Club Barcelona Center. Collaborator in the FCB 2017 muscle injury guide and MLG-R classification of muscle injury.
Collaborator of several research projects of the Barça Innovation Hub.
Research degree (PhD) in Proximal myotendinous junction of the Rectus Remoris at the “Departament de Cirurgia i Ortopèdia”, Universitat Autònoma de Barcelona, Barcelona, Spain.
Abstract:
Dr. Sandra Mechó will present in this workshop a number of advanced muscle MRI cases in athletes to do a proper diagnose and follow-up. She will analyse the injured histoarchitecture, prognosis and the presence of warning signs during the follow-up.
This can range from very subtle pathology to injuries that are challenging to image using MRI. The attendees can also read the cases themselves in DICOM on a Workstation as to get the most out of this workshop.
Next to the presented cases, Dr. Mechó is available for questions and extra explanations with regard to what she thinks is important to notice or what to make sure is well visualized on the images to come to the right diagnosis.
Learning objectives:
- Learn about challenging muscle MSK cases in athletes using advanced MRI
- Learn about important aspects to pay attention to while reading muscle MRI cases
UL
13:30 – 14:30 (Room 0.14)
Find the Nerve in the Groin and the Lower Extremity
About the speaker:
Prof. Dr. 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.
Abstract:
Show and Tell presentation of the small and special nerves of the groin and lower extremity with high-frequency transducers; we will define these above-mentioned nerves by POVs (points of optimal visibility), which help – beyond external and internal landmarks – to clearly define specific nerves for diagnostic and interventional purposes as well.
Learning objectives:
Definition of external and internal landmarks for definition and depiction of specific special nerves in the groin and lower extremity.
13:30 – 14:30 (Room 0.14)
Find the Nerve in the Groin and the Lower Extremity
About the speaker:
Prof. Dr. 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.
Abstract:
Show and Tell presentation of the small and special nerves of the groin and lower extremity with high-frequency transducers; we will define these above-mentioned nerves by POVs (points of optimal visibility), which help – beyond external and internal landmarks – to clearly define specific nerves for diagnostic and interventional purposes as well.
Learning objectives:
Definition of external and internal landmarks for definition and depiction of specific special nerves in the groin and lower extremity.
VL
14:30 – 15:30 (Room 0.16)
Optimization of IR procedures: clinical application of the Alphenix 4D CT system
About the speaker:
Dr. Daniele Maiettini, MD
Interventional Radiologist
IEO - Istituto Europeo di Oncologia
Milan, Italy
Professional Biography:
Dr. Daniel Maiettini is an Interventional Radiologist at the Istituto Europeo di Oncologia in Milan, Italy. He is involved in both clinical and research activities that focus on minimally invasive techniques, like embolization and ablation, which improve the treatment of complex diseases.
Abstract:
The objective of the presentation is to share the experience of a tertiary oncologic center in performing interventional procedures requiring the application of combined technologies. The presentation will focus both on vascular and non-vascular procedure, spacing from biopsies and drainages to percutaneous ablations and embolization (TAE, TACE or TARE). Moreover, the presentation will provide examples of daily and clinical application of the Alphenix 4D CT, highlighting the opportunities given in difficult cases by a combined system providing CT and angiography.
Learning objectives:
14:30 – 15:30 (Room 0.16)
Optimization of IR procedures: clinical application of the Alphenix 4D CT system
About the speaker:
Dr. Daniele Maiettini, MD
Interventional Radiologist
IEO - Istituto Europeo di Oncologia
Milan, Italy
Professional Biography:
Dr. Daniel Maiettini is an Interventional Radiologist at the Istituto Europeo di Oncologia in Milan, Italy. He is involved in both clinical and research activities that focus on minimally invasive techniques, like embolization and ablation, which improve the treatment of complex diseases.
Abstract:
The objective of the presentation is to share the experience of a tertiary oncologic center in performing interventional procedures requiring the application of combined technologies. The presentation will focus both on vascular and non-vascular procedure, spacing from biopsies and drainages to percutaneous ablations and embolization (TAE, TACE or TARE). Moreover, the presentation will provide examples of daily and clinical application of the Alphenix 4D CT, highlighting the opportunities given in difficult cases by a combined system providing CT and angiography.
Learning objectives:
- Learn about the multimodality approach to interventional procedures and its advantages
- Learn about the clinical application of Alphenix 4D CT system
HIT
16:00 – 17:00 (Room 0.16)
Imaging and Diagnostic Tools in Pulmonary Embolism CT
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:
Computed Tomography (CT) is a decisive diagnostic tool for detecting Pulmonary Embolism (PE), a life-threatening condition. CT pulmonary angiography (CTPA) is the gold standard for PE diagnosis, offering high sensitivity and specificity. Advanced CT technologies as Artificial Intelligence (AI) applications allow for screening for pulmonary embolisms even in venous CT scans allowing for faster and more confident diagnosis as well as further streamlining image analysis. To communicate PE results, different methods of visualization are possible to create impressive single key result images. CT-diagnostic in PE exemplifies a crucial intersection of technology and medicine, facilitating prompt and reliable diagnosis for improved patient outcomes.
Learning objectives:
16:00 – 17:00 (Room 0.16)
Imaging and Diagnostic Tools in Pulmonary Embolism CT
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:
Computed Tomography (CT) is a decisive diagnostic tool for detecting Pulmonary Embolism (PE), a life-threatening condition. CT pulmonary angiography (CTPA) is the gold standard for PE diagnosis, offering high sensitivity and specificity. Advanced CT technologies as Artificial Intelligence (AI) applications allow for screening for pulmonary embolisms even in venous CT scans allowing for faster and more confident diagnosis as well as further streamlining image analysis. To communicate PE results, different methods of visualization are possible to create impressive single key result images. CT-diagnostic in PE exemplifies a crucial intersection of technology and medicine, facilitating prompt and reliable diagnosis for improved patient outcomes.
Learning objectives:
- Learn how Ai can help you in diagnosing PE in various conditions.
- Learn how to create impactful key images with Vitrea to communicate location and impact of PE findings.
Saturday, March 2
MR
10:00 – 11:00 (Room 0.16)
Safety In MRI: From Theory to Practice
About the speaker:
Mr. Franck Blindauer, RT
Lead Radiographer
Group MIM - St. Anne Clinic
Rue Philippe Thys, 67000, Strasbourg
Professional Biography:
Franck Blindauer is the referent radiographer at Group MIM, Strasbourg. Graduating in 2010, he dedicated two years to research in Strasbourg IHU. As MRI referent, he is currently working at Clinic Ste Anne, practicing mostly oncology. Last year, he earned an advanced radiography degree in MRI physics from Strasbourg University.
Abstract:
With the aging population, the rise in the number of examinations, and technological advancements, both in implants and MRI systems, the risks associated with patient management are evolving. During this workshop, you will review the risks inherent to MRI (magnetism, gradients, RF) and discover tips to avoid them, emphasizing the role of the radiographer in patient care.
Learning objectives:
10:00 – 11:00 (Room 0.16)
Safety In MRI: From Theory to Practice
About the speaker:
Mr. Franck Blindauer, RT
Lead Radiographer
Group MIM - St. Anne Clinic
Rue Philippe Thys, 67000, Strasbourg
Professional Biography:
Franck Blindauer is the referent radiographer at Group MIM, Strasbourg. Graduating in 2010, he dedicated two years to research in Strasbourg IHU. As MRI referent, he is currently working at Clinic Ste Anne, practicing mostly oncology. Last year, he earned an advanced radiography degree in MRI physics from Strasbourg University.
Abstract:
With the aging population, the rise in the number of examinations, and technological advancements, both in implants and MRI systems, the risks associated with patient management are evolving. During this workshop, you will review the risks inherent to MRI (magnetism, gradients, RF) and discover tips to avoid them, emphasizing the role of the radiographer in patient care.
Learning objectives:
- Exploration of risks in MRI, not only those related to magnetism.
- Practical tips to enhance patient safety.
UL
10:30 – 11:30 (Room 0.14)
The new hype: US-guided minimal invasive Carpal Tunnel Release
About the speaker:
PD.Dr. 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:
Carpal tunnel Syndrome (CTS) is the most frequent compression neuropathy showing typical clinical symptoms and neurological findings. Conservative treatments or injection therapies may be helpful in mild forms of CTS, showing though only term improvements; in severe CTS forms or in cases of recurring symptoms after conservative treatment, only complete transection of the transverse carpal ligament has been proven effective. Open surgical or endoscopic release are the preferable treatment options, but US-guided releases are gaining more and more interest, as they are minimal-invasive, can be performed in an outpatient clinic under local anaesthesia, and allow for an immediate mobilization of the hand.
Learning objectives:
Learn about this new us-guided minimal invasive procedure for the treatment of carpal tunnel syndrome.
10:30 – 11:30 (Room 0.14)
The new hype: US-guided minimal invasive Carpal Tunnel Release
About the speaker:
PD.Dr. 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:
Carpal tunnel Syndrome (CTS) is the most frequent compression neuropathy showing typical clinical symptoms and neurological findings. Conservative treatments or injection therapies may be helpful in mild forms of CTS, showing though only term improvements; in severe CTS forms or in cases of recurring symptoms after conservative treatment, only complete transection of the transverse carpal ligament has been proven effective. Open surgical or endoscopic release are the preferable treatment options, but US-guided releases are gaining more and more interest, as they are minimal-invasive, can be performed in an outpatient clinic under local anaesthesia, and allow for an immediate mobilization of the hand.
Learning objectives:
Learn about this new us-guided minimal invasive procedure for the treatment of carpal tunnel syndrome.
CT
11:30 – 12:30 (Room 0.16)
Patient positioning in CT - tips and tricks
About the speaker:
Mr. Alex Riemer
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.
Abstract:
Proper patient positioning is crucial for high-quality CT scans and to minimize radiation exposure. It is important to consider these factors when performing a CT scan. CT scans may require „non-standard patient“ - positioning, such as for obese patients, those unable to lie on their backs, or for CT exams of the elbow in patients who cannot position their arm above their head. Patients with a hunched back may also require special positioning. Every day in CT, we face numerous challenges. This workshop will provide you with practical tips and tricks on patient positioning in CT.
Learning objectives:
11:30 – 12:30 (Room 0.16)
Patient positioning in CT - tips and tricks
About the speaker:
Mr. Alex Riemer
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.
Abstract:
Proper patient positioning is crucial for high-quality CT scans and to minimize radiation exposure. It is important to consider these factors when performing a CT scan. CT scans may require „non-standard patient“ - positioning, such as for obese patients, those unable to lie on their backs, or for CT exams of the elbow in patients who cannot position their arm above their head. Patients with a hunched back may also require special positioning. Every day in CT, we face numerous challenges. This workshop will provide you with practical tips and tricks on patient positioning in CT.
Learning objectives:
- Interest in practical tips and tricks for patient positioning in CT
- To improve the examination quality of your CT examinations, even for "non-standard" patients
UL
12:00 – 13:00 (Room 0.14)
US-Guided Minimal Invasive Cubital Tunnel Release and Upcoming Trends in Minimal Invasive Surgery
About the speaker:
Prof. Dr. 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.
Abstract:
Sonographically guided Surgery and Interventions is a very upcoming trend in interventional Radiology: bed-side procedures under local anesthesia are escalated beyond forms of sonographically guided carpal tunnel release: cubital tunnel release, trigger finger release and release of the 1st extensor compartment (De Quervain disease) and easily performed using special tools under sonographic guidance.
Learning objectives:
See and understand minimal invasive procedures beyond sonographically guided CTS-Release.
12:00 – 13:00 (Room 0.14)
US-Guided Minimal Invasive Cubital Tunnel Release and Upcoming Trends in Minimal Invasive Surgery
About the speaker:
Prof. Dr. 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.
Abstract:
Sonographically guided Surgery and Interventions is a very upcoming trend in interventional Radiology: bed-side procedures under local anesthesia are escalated beyond forms of sonographically guided carpal tunnel release: cubital tunnel release, trigger finger release and release of the 1st extensor compartment (De Quervain disease) and easily performed using special tools under sonographic guidance.
Learning objectives:
See and understand minimal invasive procedures beyond sonographically guided CTS-Release.
CT
13:00 – 14:00 (Room 0.16)
Basics of CT Brain Perfusion: from Scan to Post-Processing
About the speaker:
Mr. Cornelis Verlooij, BSc
International Senior European Clinical Application Specialist (retired)
Geesteren, the Netherlands
Professional Biography:
Mr. Cornelis 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 and educational initiatives at Medical Universities worldwide. Mr. Verlooij has also made notable contributions to various books on radiology.
Abstract:
Explore the routine integration of CT Brain Perfusion (CTP) in neuroimaging. This presentation covers scan and contrast injection protocols, delving into perfusion calculation basics and the use of resulting maps in diagnosis and treatment. Join us in decoding the journey from scan to post-processing, amplifying the role of CTP in contemporary neuroimaging practices.
Learning objectives:
13:00 – 14:00 (Room 0.16)
Basics of CT Brain Perfusion: from Scan to Post-Processing
About the speaker:
Mr. Cornelis Verlooij, BSc
International Senior European Clinical Application Specialist (retired)
Geesteren, the Netherlands
Professional Biography:
Mr. Cornelis 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 and educational initiatives at Medical Universities worldwide. Mr. Verlooij has also made notable contributions to various books on radiology.
Abstract:
Explore the routine integration of CT Brain Perfusion (CTP) in neuroimaging. This presentation covers scan and contrast injection protocols, delving into perfusion calculation basics and the use of resulting maps in diagnosis and treatment. Join us in decoding the journey from scan to post-processing, amplifying the role of CTP in contemporary neuroimaging practices.
Learning objectives:
- Understand the Essentials of CT Brain Perfusion Protocols
- Master the Fundamentals of Perfusion Maps Interpretation
- Get a basic knowledge of the different perfusion algorithms
UL
13:30 – 14:30 (Room 0.14)
From Colors to Rivers: Optimizing Abdominal Sonography with Color Doppler and PW Doppler
About the speaker:
Jasmin Reiter, MSc, BSc
Sonographer, Radiology Technologist
Institute for Imaging Diagnostics
Vienna, Austria
Professional Biography:
Jasmin Reiter is an experienced radiologic technologist specializing in cross-sectional imaging. I have successfully completed a master's degree in diagnostic ultrasound. With my passion for state-of-the-art imaging technologies, I strive to ensure precise and comprehensive patient diagnoses. My professional dedication is evident in my commitment to continuous education and keeping abreast of the latest medical developments to ensure high-quality healthcare.
Abstract:
The integration of color Doppler and PW Doppler techniques in abdominal sonography provides significant added value. These imaging methods allow real-time visualization of blood flow and velocity in abdominal vessels and organs. Color Doppler provides a rapid, color-coded representation of blood flow, while PW Doppler offers detailed information on the velocity and direction of blood flow. These combined techniques enhance anatomical orientation and improve diagnostic capabilities for liver and kidney diseases and other abdominal pathologies, leading to more precise diagnoses. The presentation will highlight the benefits of these Doppler modalities in abdominal sonography.
Learning objectives:
The diverse applications of color Doppler and PW Doppler techniques in abdominal sonography.
13:30 – 14:30 (Room 0.14)
From Colors to Rivers: Optimizing Abdominal Sonography with Color Doppler and PW Doppler
About the speaker:
Jasmin Reiter, MSc, BSc
Sonographer, Radiology Technologist
Institute for Imaging Diagnostics
Vienna, Austria
Professional Biography:
Jasmin Reiter is an experienced radiologic technologist specializing in cross-sectional imaging. I have successfully completed a master's degree in diagnostic ultrasound. With my passion for state-of-the-art imaging technologies, I strive to ensure precise and comprehensive patient diagnoses. My professional dedication is evident in my commitment to continuous education and keeping abreast of the latest medical developments to ensure high-quality healthcare.
Abstract:
The integration of color Doppler and PW Doppler techniques in abdominal sonography provides significant added value. These imaging methods allow real-time visualization of blood flow and velocity in abdominal vessels and organs. Color Doppler provides a rapid, color-coded representation of blood flow, while PW Doppler offers detailed information on the velocity and direction of blood flow. These combined techniques enhance anatomical orientation and improve diagnostic capabilities for liver and kidney diseases and other abdominal pathologies, leading to more precise diagnoses. The presentation will highlight the benefits of these Doppler modalities in abdominal sonography.
Learning objectives:
The diverse applications of color Doppler and PW Doppler techniques in abdominal sonography.
CT
14:30 – 15:30 (Room 0.16)
Contrast Medium Application in CT - Tips and Tricks for Everyday CT Work
About the speaker:
Mr. Alex Riemer
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.
Abstract:
To achieve the best CT examination results, it is crucial to optimally match the CT protocol and contrast medium protocol to the patient. This applies not only to routine CT examinations but also to contrast-enhanced CT examinations on non-standard patients, where poor injection conditions can make obtaining high-quality results challenging. This workshop will provide practical tips and tricks for structuring contrast agent protocols for CT examinations and adapting them to special examination conditions and patients if necessary. You will learn how to achieve good CT angiography results even with slow injection rates and how to obtain good contrast results in obese patients, among other topics. To improve your contrast-enhanced CT examinations, attend this practical workshop to learn helpful tips and tricks for mastering your day-to-day CT work.
Learning objectives:
14:30 – 15:30 (Room 0.16)
Contrast Medium Application in CT - Tips and Tricks for Everyday CT Work
About the speaker:
Mr. Alex Riemer
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.
Abstract:
To achieve the best CT examination results, it is crucial to optimally match the CT protocol and contrast medium protocol to the patient. This applies not only to routine CT examinations but also to contrast-enhanced CT examinations on non-standard patients, where poor injection conditions can make obtaining high-quality results challenging. This workshop will provide practical tips and tricks for structuring contrast agent protocols for CT examinations and adapting them to special examination conditions and patients if necessary. You will learn how to achieve good CT angiography results even with slow injection rates and how to obtain good contrast results in obese patients, among other topics. To improve your contrast-enhanced CT examinations, attend this practical workshop to learn helpful tips and tricks for mastering your day-to-day CT work.
Learning objectives:
- Basics on the optimal Design of Contrast Agent Protocols in CT
- Tips and Tricks for Adapting CT and Contrast Agent Protocols for Non-Standard Patients
CT
16:00 – 17:00 (Room 0.16)
CT Pulmonary Embolism: How to Do It Right
About the speaker:
Mr. Cornelis Verlooij, BSc
International Senior European Clinical Application Specialist (retired)
Geesteren, the Netherlands
Professional Biography:
Mr. Cornelis 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 and educational initiatives at Medical Universities worldwide. Mr. Verlooij has also made notable contributions to various books on radiology.
Abstract:
This presentation explores the nuances of performing CTPA, addressing challenges commonly encountered in the radiology department. Uncover essential principles, navigate potential pitfalls, and gain valuable insights through clinical case discussions. Learn how to optimize CTPA procedures for accurate and effective diagnosis.
Learning objectives:
16:00 – 17:00 (Room 0.16)
CT Pulmonary Embolism: How to Do It Right
About the speaker:
Mr. Cornelis Verlooij, BSc
International Senior European Clinical Application Specialist (retired)
Geesteren, the Netherlands
Professional Biography:
Mr. Cornelis 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 and educational initiatives at Medical Universities worldwide. Mr. Verlooij has also made notable contributions to various books on radiology.
Abstract:
This presentation explores the nuances of performing CTPA, addressing challenges commonly encountered in the radiology department. Uncover essential principles, navigate potential pitfalls, and gain valuable insights through clinical case discussions. Learn how to optimize CTPA procedures for accurate and effective diagnosis.
Learning objectives:
- This presentation will learn radiographers what a good scan protocol for CTPA is, what can go wrong and how to solve it.
- Master the skills to perform and optimize CTPA for accurate pulmonary embolism diagnosis, addressing potential pitfalls in radiology.
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