Education

ESMRMB offers a variety of different education programmes

School of MRI 2025 Programme

Practical MR Physics

ELEARNING: COMPREHENSIVE COURSE ON PRACTICAL MR PHYSICS FOR CLINICIANS, BIOLOGISTS, RADIOGRAPHERS AND TECHNOLOGISTS

Part I: June 3, June 10, June 17, June 24, 2025
Part II: September 2, September 9, September 16, September 23, 2025

This eLearning course consists of 8 modules, each lasting 60 minutes, organized into two parts (4 modules each). It is designed to provide participants with a comprehensive understanding of key MRI concepts, including signal generation, image formation, sequences, image quality, quantitative imaging, advanced techniques, image interpretation, and safety.

Course Organisers
Melanie Bauer, Innsbruck/AT & Maria Celeste Bonacci, Catanzaro/IT

Format
Online live course (8 modules – 2 parts with independent registrations).

Confirmation of Attendance
To receive the confirmation of attendance, participants have to join a minimum of 2 modules out of 4 per part.

Certificate of Competency
To receive a certificate of competency, participants must pass a multiple-choice test after completing each part. Tests must be taken within one week following each part.

Recordings
All modules will be recorded and made available to registered participants for 4 weeks after the course concludes.

Best speaker award (NEW!)
Participants will have the opportunity to evaluate each speaker at the end of every module. The best speaker from each part will be announced at the ESMRMB Congress 2025.

 

TARGET GROUP

Clinicians, biologists, MR radiographers, MR technologists, PhD students with some physical and mathematical background

 

AIM

Are you familiar with spins and k-space? Are you eager to deepen your understanding of MRI physics? ESMRMB presents an online eLearning course tailored for clinicians, biologists, radiographers, technicians and PhD students working with MRI or interested in using MRI for research. The course is designed to accommodate participants at various experience levels in MR techniques and MR physics. Whether you’re just starting or looking to expand your knowledge, this course is the perfect fit.

The eLearning course consists of 8 modules, each lasting 60 minutes. These modules occur weekly and include a self-assessment test after each part to reinforce learning. You’ll have the opportunity to attend live lectures by experts in the field and interact directly with the speakers during dedicated Q&A sessions at the end of each module.

For added flexibility, the course is divided into two parts with independent registrations. All lectures are recorded and available on demand. To receive a certificate of attendance, a minimum attendance requirement must be met, along with successful completion of the self-assessment test for a certificate of competence.

 

GOALS

By attending this course on practical MRI physics, participants will gain a comprehensive understanding of:

  • Signal and contrast generation in MR images under various conditions (morphological, biophysical and technical)
  • Image formation and reconstruction
  • Basic and advanced MR sequences to address clinical questions and avoid pitfalls
  • Assessing and enhancing image quality by optimizing sequence and imaging parameters
  • Quantitative imaging and the use of contrast agents
  • advanced MRI techniques such as diffusion imaging, perfusion sequences, functional MRI and PET/MRI
  • Interpreting MR images in relation to tissue components and functional activities
  • Safe MRI practices, understanding the involved hardware components, and managing basic safety risks

 

General overview of the lectures:

Part I: Basic MRI Principles

  1. The Physical Basis of Nuclear Magnetic Resonance
  2. Image Formation and Reconstruction
  3. Basic Sequences and Image Quality
  4. MR Safety

 

Part II: Advanced and Applied MRI Principles

  1. Fat Suppression and Introduction to Quantitative Imaging
  2. Diffusion and Beyond
  3. More Clinical Sequences, Contrast Agents and Hybrid PET/MRI
  4. Machine learning in MRI

 

More information will follow soon!

 

Registration will open in April

For questions please contact us at office@esmrmb.org

Link to Online Course
The link to join will be send to you (shortly) before the course.

Terms and Conditions
Terms & Conditions 2025

The MRI-RADS in 10 Cases: from head to toe

November 6-7, 2025, Prague/CZ

The live training course is organized to allow leaders who have long-time experience in the use of the specific RADS scoring system to give a 90 minute training course of definite and conflictual interactive cases. A total of 18 hours of interactive cases is planned through the whole course.

Since 1993, Reporting and Data Systems (RADS), firstly proposed by the American College of Radiology, have proliferated as a standardized methodology for reporting on imaging findings. Among others, RADS apply to findings in MRI and are meant to reduce the variability in diagnostic reports, to facilitate communication in radiology and to provide a framework for clinical decision and patient management.

Despite the effort that has been done, only few have been implemented into clinical practice while the most are not yet generally used or their impact have been underestimated without any documented evidence on efficacy and efficiency in the MRI workflow.

The implementation of RADS requires standard terminology, probability-based diagnostic approach, image assessment finalized to categorization, structured reporting.

In addition, the fast evolving world of MRI and its nature as a multiparametric modality require constant monitoring of RADS and eventually adaptations for accuracy improvement.

Registration & Programme

More info & registration will be available in due time.

Learning Objectives

As a result of attending the course, participants will be able to:

  • Describe the state-of-the-art of all currently available RADS in MRI
  • Discover the purpose of the developed MRI RADS and how it affects clinical decision
  • Interact with referring clinicians on challenging cases and uncertainty
  • Discuss on image interpretation and error mitigation approaches
  • Integrate the RADS in the standard MRI reports
  • Recognize the opportunities as well as the limitations and challenges of scoring systems

Target Group

Radiologists, Fellows, Residents who are interested in structured reporting in MRI, Clinical oncologists and Radiology Directors and Mentors who want to discover the full potential of available RADS scoring systems in MRI as well as their limitations and implement RADS scoring systems in their institutions for diagnosis and patient management.

Course Chairs

Josef Vymazal (Charles University Prague)
Carlo C. Quattrocchi (University of Trento)
Kai Vilanova (University of Girona)

Lectures on MR 2025 Programme

 

RF coils: Design, build and characterise your own

London/UK – September 16-19, 2025 (max. 20 participants)

School of Biomedical Engineering and Imaging Sciences, King’s College London, St.Thomas Hospital

Course Chairs: Özlem Ipek (King’s College London), Andrew Webb (University of Leiden)
Local Organizers: Özlem Ipek (King’s College London), Marty Rajaratnam (King’s College London)
Lecturers: Angelo Galante (University of L’Aquila), Ali Caglar Özen (University of Freiburg), Irena Zivkovic (Technical University Eindhoven)

Programme

Hands On MRI 2025 Programme

 

CHECK BACK SOON FOR NEW EDUCATIONAL OFFERINGS UNDER THE HANDS ON MRI TRACK!

Past Courses from SMRI, LMR, HOMRI

 

Practical MR Physics – 2024

 

ELEARNING: COMPREHENSIVE COURSE ON PRACTICAL MR PHYSICS FOR CLINICIANS, BIOLOGISTS, RADIOGRAPHERS AND TECHNOLOGISTS

Part I: June 4, June 11, June 18, June 25, 2024
Part II: September 3, September 10, September 17, September 24, 2024

17:00 – 18:00 CEST

This eLearning course is divided into 8 modules, each 60 minutes long (2 parts of 4 modules each). It will equip participants to understand signal generation, image formation, sequences, image quality, quantitative imaging, advanced techniques, image interpretation and safety in MRI.

Course Organisers
Melanie Bauer, Innsbruck/AT & Maria Celeste Bonacci, Catanzaro/IT

Description
Online live course (8 modules – 2 parts with independent registrations).

Confirmation of Attendance
To receive the confirmation of attendance, participants have to join a minimum of 2 modules out of 4 per part.

Certificate of Competency
To receive a certificate of competency, participants have to pass a multiple-choice test after the completion of the course. The multiple-choice test should be taken within one week after the end of the modules.

Recordings
All modules will be recorded and recordings will be provided to registered participants for 4 weeks after the end of the course.

ESMRMB Members can benefit from discounted member rates. Please ensure an active and paid ESMRMB 2024 membership before registering. If your membership is pending some documents/proofs for activation might be missing.

Terms and Conditions
Terms & Conditions 2024

 

TARGET GROUP

Clinicians, biologists, MR radiographers and MR technologists with some physical and mathematical background.

 

AIM

Are you already familiar with spins and k-space? Are you’re eager to delve deeper into these concepts and gain a comprehensive understanding of MRI physics? ESMRMB presents an online eLearning course tailored for clinicians, biologists, radiographers, and technicians who work with MRI or have a keen interest in utilizing MRI for research. The course is designed to accommodate participants with varying levels of experience in MR techniques and MR physics. Whether you’re just starting or looking to enhance your existing knowledge, this course is the perfect fit for you.

The eLearning course consists of 8 modules, each lasting 60 minutes. These modules occur weekly and include a self-assessment test to reinforce your learning. You’ll have the unique opportunity to attend live lectures presented by experts in the field. The course also promotes direct interaction with the speakers during the lectures and dedicated question-and-answer sessions at the end of each module.

For added flexibility, the course is divided into two parts, allowing for independent registrations. All lectures are recorded and accessible on demand. A minimum number of attendance is required for a certificate of attendance and a successful passing of the self-assessment test for a certificate of competence.

 

GOALS

Attendance of the course on practical MR physics for clinicians, biologists, radiographers and technicians will enable you to understand:

  • signal and contrast generation in MR images at different conditions (morphological, biophysical and technical)
  • image formation and reconstruction
  • basic and advanced MR sequences for your clinical questions and avoid pitfalls
  • how to assess and enhance image quality by optimizing sequence and imaging parameters
  • quantitative imaging and the use of contrast agents
  • advanced MRI techniques such as diffusion imaging, perfusion sequences, functional MRI and PET/MRI
  • how MR images can be interpreted back to tissue components and functional activities
  • safe applications of MRI by knowing the involved hardware components and basic safety risks

 

General overview of the lectures

Part I: Basic MRI Principles

  1. The Physical Basis of Nuclear Magnetic Resonance, Jan Hövener (Germany)
  2. Image Formation and Reconstruction, Rita Nunes (Portugal)
  3. Basic Sequences and Image Quality, Jochen Leupold (Germany)
  4. Machine learning in MRI, Dirk Poot (Denmark and Netherlands)

 

Part II: Advanced and Applied MRI Principles

  1. Fat Suppression and Introduction to Quantitative Imaging, Jessica Bastiaansen (Switzerland)
  2. Diffusion and Beyond, Cornelius Faber (Germany)
  3. MR Safety, Francesco Santini (Switzerland)
  4. More Clinical Sequences, Contrast Agents and Hybrid PET/MRI, Maria Eugenia Caligiuri (Italy)

 

PART I-detailed

Module 1: The Physical Basis of Nuclear Magnetic Resonance

Tuesday, June 4
Lecturer: Jan Hövener, Kiel/DE

  • Spin and magnetic moment
  • Spin precession and Larmor frequency
  • Magnetic properties of nuclei
  • Spin-lattice relaxation
  • Transverse magnetization and transverse relaxation
  • Radiofrequency pulse, return to equilibrium and the magnetic resonance signal
  • Information available from NMR, Clinical spectroscopy

 

Module 2:  Image Formation and Reconstruction

Tuesday, June 11
Lecturer: Rita Nunes, Lisboa/PT

  • Introduction to Fourier Transform
  • Magnetic field gradients
  • Spatial encoding
  • k-space (2D / 3D)
  • Image reconstruction
  • Image resolution
  • FOV / aliasing
  • Advanced imaging techniques (e.g. sampling techniques, parallel imaging, compressed sensing)

 

Module 3: Basic Sequences and Image Quality

Tuesday, June 18
Lecturer: Jochen Leupold, Freiburg/DE

  • Gradient echo and Spin echo
  • Basic contrasts: T1, T2 and proton density
  • Fast imaging: SSFP and RARE
  • Contrast in SSFP and RARE sequences
  • Sequence-independent influences on SNR
  • The impact of readout bandwidth

 

Module 4: Machine learning in MRI

Tuesday, June 25
Lecturer: Dirk Poot, Rotterdam/NL

  • Image reconstruction
  • Data processing
  • Registration
  • Segmentation
  • Classification

 

PART II-detailed

Module 5: Fat Suppression and Introduction to Quantitative Imaging

Tuesday, September 3
Lecturer: Jessica Bastiaansen, Bern/CH

  • Different fat suppression techniques: STIR, FatSat, SPAIR, water excitation, Dixon imaging
  • Quantitative T1 and T2 mapping
  • MR fingerprinting, Quantitative Parameter Mapping
  • More examples and organs of interest for quantitative imaging

 

Module 6: Diffusion and Beyond

Tuesday, September 10
Lecturer: Cornelius Faber, Münster/DE

  • Diffusion
  • Perfusion
  • Functional MRI
  • Susceptibility weighted imaging

 

Module 7: MR Safety

Tuesday, September 17
Lecturer: Francesco Santini, Basel/CH

  • The B0 field: biological effects and ferromagnetic attraction
  • The Gradient fields: biological effects, acoustic noise, and interaction with implants
  • The RF field: SAR, focal heating, and implants
  • The thought processes of an MR safety professional

 

Module 8: More Clinical Sequences, Contrast Agents and hybrid PET/MRI 

Tuesday, September 24
Lecturer: Maria Eugenia Caligiuri, Catanzaro/IT

  • Introduction to contrast agents and radiopharmaceuticals
  • Safety of contrast agents and radiopharmaceuticals
  • PET/MRI: advantages and disadvantages
  • PET/MRI: utility in clinical practice

 

“In-bore” MRI-guided biopsy: practical experience – 2024

 

“In-bore” MRI-guided biopsy: practical experience

September 13, 2024, Milan/IT

Location

European Institute of Oncology (IEO), via G. Ripamonti 435, 20141 Milan, Italy

Capacity

10 participants

Scientific Leader

Prof. Giuseppe Petralia

 

Course Rationale

The scientific event aims to optimize the diagnostic pathway of prostate cancer through the reasoned use of multiparametric MRI (MRI-mp) and “in-bore” MRI-guided biopsy. The main professionals involved in the diagnosis and treatment of prostate cancer (Radiologist, Urologist, Radiotherapist, Uropathologist, Radiographer) will be the lecturers of the course.
All participants will be provided with workstations for Clinical Case review, and will observe an MRI-guided biopsy of live case first-hand.

Specialties for which ECM accreditation is sought: radiology

 

Programme

8:45 – 9:00 AM Registration  
9:00 – 9.10 AM Opening of the course Prof. G. Petralia
9:10 – 9:30 AM When to take the biopsy? Indications for “in-bore” target biopsy Prof. G. Petralia
9:30 – 9.50 AM The Girona experience Dr. K. Vilanova
9.50- 10.10 AM Uropathologist’s point of view Dr. G. Renne
10:10- 10:30 AM Urologist’s point of view Prof. G. Musi
10:30 – 10:50 AM Radiotherapist’s point of view Prof. B. A. Jereczek-Fossa
10:50 – 11:00 AM Clinical case presentations Drs. S. Alessi / Q. Nguyen
11:00 – 11.15 AM Coffee Break  

Group A

11:15 – 12:00 AM

Live Case – “in-bore” MRI-guided biopsy Prof. G. Petralia

Group B

11:15 – 12:00 AM

Clinical cases on workstation Drs. S. Alessi / Q. Nguyen / C. Pizzi

Group B

12:00 – 12:45 AM

Live Case – “in-bore” MRI-guided biopsy Prof. G. Petralia

Group A

12:00 – 12:45 AM

Clinical cases on workstation Drs. S. Alessi / Q. Nguyen / C. Sattin
12:45 AM – 2:00 PM Lunch  
2:00 – 2:20 PM “In-bore” MRI-guided biopsy – technical aspects Dr. P. Summers
2:20 – 3:00 PM Discussion of histologic outcome and closure of the course Prof. G. Petralia / Dr. G. Renne

 

Particular attention will be given in the clinical cases, to patients with an indication to perform “in-bore” MRI-guided prostate biopsy:

  • PI-RADS 3-5 lesions with negative standard and/or fusion ultrasound guided biopsy;
  • Reclassification biopsy in patients on active surveillance with suspected clinical-laboratory and/or radiological progression;
  • Patients with suspected MRI lesions <8mm in size or with lesions in “difficult” sites (cranial, anterior).

The clinical cases to be presented as “live cases” will involve patients with lesions classified with PI-RADS category 3-5 in accordance with PI-RADS v2.1.
After a review of the patients’ MRI-mp and clinical history in the morning session, course participants will be divided into two groups to observe the MRI-guided biopsies of the same patients presented in the “live cases” session.
Other cases will be presented and reviewed under the guidance of the tutors. The patient’s entire diagnostic process will be reviewed, covering the procession from the initial request, through clinical findings, radiological examinations, mpMRI, biopsy and final outcome.

 

ESMRMB – GREC Meeting 2024

 

OCTOBER 2, 2024 | Barcelona/ES

The ESMRMB-GREC meeting is designed as a unique context aimed at sharing ideas and data on MRI contrast agents research and possible gadolinium toxicity after the administration of gadolinium-based contrast agents (GBCAs). We believe that joint international efforts will remain essential to optimize diagnostic efficacy and improve patient safety in MR imaging. Since 2016, the ESMRMB-GREC has adapted the contents of the discussion to current hot topics and has evolved in style even in difficult circumstances imposed by the pandemic restrictions.

Programme

Download here

Contact us at office@esmrmb.org for any questions.

MR Safety Course: Reshape Your Skills – Cancelled

JANUARY 15-18, 2025 | Bolzano/IT

The course aims to promote multidisciplinary collaboration in MRI safety practice, as we are convinced that this is the key to improvement.
Therefore, we strongly suggest the participation of 3 persons from different professional profiles per facility. To encourage this, the registration fee for the second and, in particular, the third participant from the same facility has been significantly reduced.
According to the multidisciplinary philosophy, the speakers and tutors will be from different professional backgrounds. In addition, there will be a substantial practical part to practice different aspects of MRI safety.
And, of course, some social activity, as a welcome party and a private visit to the 5400 years old mummy “Ötzi” guided by our colleagues in charge of its conservation.
For those staying until Sunday, an optional half-day easy trekking tour can be organized, to get a taste of the stunning mountain surroundings.
Looking forward to see you all in Bolzano!

Nadia & Carlo

Course Content:

The course will provide a systematic overview of the risks connected to superconductive clinical MR systems. It will cover both patient safety and personnel safety. The potential hazards related to the 3 different electromagnetic fields used in MR (the static magnetic field, the switched gradient field and RF field) will be presented and experienced in practical sessions. Another important aspect are the standards of MR Safety and compatibility testing in active as well as non-active implants, with a focus on a training in clinical strategies how to handle implant safety issues in the MR environment, enhance patients’ safety and improve the MR workflow in daily routine. Special aspects such as cardio-vascular implants and MR Safety issues in interventional MR will be presented, too. The most recent developments and risks regarding MR contrast agents will be covered. Additionally, an introduction to risk management in clinical MR facilities will be given. Furthermore, the aspect of MRI sustainability will be explored.

The course will provide a combination of lectures and practical training sessions in smaller groups.

Additional MR Safety online pre-course (ESOR):

This course offers a foundational introduction to the topic of MRI Safety and is intended for young radiologists as well as seasoned colleagues wanting to refresh the basics.
Three experts will each share their knowledge in a 40-minute presentation, followed by a short interactive Q&A session.
The best thing is, this course is available for free to all radiologists and radiographers. Please find more details and the link to the online course HERE.
Renowned European experts ensure a high quality-teaching programme combining theory and case presentations with an interactive character.

The course was developed in collaboration with the ESOR and is a perfect preparation ahead of the MR Safety Course taking place in Bolzano.

Course Organisers

Nadia Oberhofer, Bolzano/IT & Carlo Quattrocchi, Torino/IT

Preliminary Programme

Online Only Pre-Course  – Wednesday, December 11, 2024
Register for free

More Information

  The 3 electromagnetic fiels in MR. What are they for and which are the associated risks? F. Santini
  MRI sequences from the safety point of view A. Lanaro
  The patient at risk for MR examinations M. Maieron

 

 

Day 1 – Jan. 15
08:00 Registration  
08:30 Introduction to the course – get to know each other N. Oberhofer & C. Quattrocchi
09:00 B0 safety issues and ferromagnetic detectors M. Keen
09:45 B0 and implantable devices U. Zanovello
10:30 Coffee Break  
11:00 RF related safety issues M. Bonatti
12:00 RF heating and implantable devices G. Schäfers
13:00 Lunch Break  
14:00 MR site planning: what works and what should be avoided N. Oberhofer
14:45 MR shielding (static & RF): a glance behind TBA – Speaker from IMEDCO
15:30 Coffee Break  
16:00 – 18:30 Hands on n.1a: magnetic field and ferromagnetic detectors representatives from companies
16:00 – 18:30 Hands on n.1b: tipps and tricks to reduce RF-heating G. Schäfers
     
19:00 Welcome Reception  

 

Day 2 – Jan. 16
08:00 dB/dt related safety issues TBA
09:00 dB/dt and implantable devices TBA – speaker from a company with simulation software
10:00 Coffee Break  
10:30 RF induced patient heating: what do manufacturer offer to avoid hot spots? TBA – manufacturer representatives
11:30 dB/dt induced peripherical nerve stimulation (PNS): what do manufacturer offer to reduce PNS? TBA – manufacturer representatives
12:30 Lunch Break  
13:30 Contrast agents – state of the art C. Quattrocchi
14:15 The environmental burden of MRI (Gd, He, energy,…) A. Rovira
15:00 Coffee Break  
15:15 – 17:15 Hands on n.2a: SAR-safety in practice TBA
15:15 – 17:15 Hands on n.2b: tipps and tricks to evaluate dB/dt D. Trevisan

 

Day 3 – Jan. 17
08:00 Clinical workflow optimization for MR safety MR Team Bolzano
09:00 Risk management in MR environment TBA
10:00 Coffee Break  
10:30 MR accidents review – lessons learned Representative from INAIL, C. Quattrocchi, MD
11:30 Case study: decisions in case of incomplete information TBA
12:30 Lunch Break  
13:30 Hands on n.3: protocol adaptation TBA – Product Specialists
15:30 Coffee Break  
16:00 – 17:30 Hands on: examples of SAR and dB/dt handling by vendors Siemens, Philips, GE
     
18:00 Private guided visit to Ötzi-Museum  

 

Day 4 – Jan. 18
08:00 Hands on: practical MR safety (in groups): safety walk, emergency, critical situation simulation M. Bonatti, D. Trevisan, Bolzano MR team and others
11:00 Briefing N. Oberhofer, C. Quattrocchi
11:30 – 12:30 Final Exam  
     
13:30 – 17:00 Optional social activity: Easy trekking tour to a nearby panoramic site (Renon)  

 

Registration Fees

  Early bird until December 10th Late fee from December 10th
1st participant 600.00 € 730.00 €
2nd participant same institution 480.00 € 610.00 €
3rd participant same institution 250.00 € 360.00 €

To encourage the participation of multiple people of different professional profiles from the same facility, the registration fee for the 2nd and 3rd person has been reduced. However, the online registration platform can handle only individual registrations. For bundle registration from the same facility, kindly contact the course secretary directly k.lanza@bibagroup.it   +39 320 805 6286.

For individual registration click HERE

For further information regarding registration please contact Katia Lanza k.lanza@bibagroup.it    +39 320 805 6286.

For any other inquiries please contact either Nadia Oberhofer nadia.oberhofer@sabes.it

Local Info

Please find some information about Bolzano here.

The MRI-RADS in 10 Cases – 2024

November 7-8, 2024, Porto/PT

The live training course is organized to allow leaders who have long-time experience in the use of the specific RADS scoring system to give a 90 minute training course of definite and conflictual interactive cases. A total of 18 hours of interactive cases is planned through the whole course.

Since 1993, Reporting and Data Systems (RADS), firstly proposed by the American College of Radiology, have proliferated as a standardized methodology for reporting on imaging findings. Among others, RADS apply to findings in MRI and are meant to reduce the variability in diagnostic reports, to facilitate communication in radiology and to provide a framework for clinical decision and patient management.

Despite the effort that has been done, only few have been implemented into clinical practice while the most are not yet generally used or their impact have been underestimated without any documented evidence on efficacy and efficiency in the MRI workflow.

The implementation of RADS requires standard terminology, probability-based diagnostic approach, image assessment finalized to categorization, structured reporting.

In addition, the fast evolving world of MRI and its nature as a multiparametric modality require constant monitoring of RADS and eventually adaptations for accuracy improvement.

Registration & Programme

More info & registration available here: https://www.theoriacongresos.com/school-of-MRI-2024/

Learning Objectives

As a result of attending the course, participants will be able to:

  • Describe the state-of-the-art of all currently available RADS in MRI
  • Discover the purpose of the developed MRI RADS and how it affects clinical decision
  • Interact with referring clinicians on challenging cases and uncertainty
  • Discuss on image interpretation and error mitigation approaches
  • Integrate the RADS in the standard MRI reports
  • Recognize the opportunities as well as the limitations and challenges of scoring systems

Target Group

Radiologists, Fellows, Residents who are interested in structured reporting in MRI, Clinical oncologists and Radiology Directors and Mentors who want to discover the full potential of available RADS scoring systems in MRI as well as their limitations and implement RADS scoring systems in their institutions for diagnosis and patient management.

Course Organisers

Kai Vilanova, Girona/ES
Alberto Vieira, Porto/PT