Artificial Intelligence in Dosimetry
2024-11-08 13:30 - 14:30 (Europe/Vienna)
The rapid development in machine learning has generated new artificial intelligence (AI) based methods for improving dosimetry within nuclear medicine. This webinar will present the current status of AI within the dosimetry workflow for targeted radionuclide therapy. First, AI methods for reducing SPECT acquisition times, noise reduction and scatter correction will be covered. Thereafter, AI methods for organ segmentation and voxel-based dosimetry, together with AI methods for pre-therapeutically dosimetry estimate will be highlighted.

Learning Objectives: The aim of this webinar is to understand the basics of AI methodologies used for dosimetry and receive knowledge about the current status of AI applications within dosimetry for targeted radionuclide therapies.

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Faculty

Peter BernhardtModeratorGöteborg, Sweden

Yuni Dewaraja SpeakerMichigan, USA

Johannes Tran-GiaSpeakerWürzburg, Germany

Registration

myEANM accountLog into your myEANM account or create a new one.

ESMIT eLearningAccess the eLearning platform. You can also navigate to it directly from your myEANM database: ESMIT→ESMIT Registrations

eLearning Course StoreEnter the course store, make your selection and check out.

Enroll yourselfFind your desired webinar under ‘Single Webinar Tickets’ or enroll for all 2024 webinars with the eLearning Access Plan – FREE OF CHARGE

Enjoy!The link for the Zoom Webinar will be made available to you on the eLearning platform in the course contents

Event Overview

Focus on Molecular-guided Surgery
2024-11-14 08:00 - 2024-11-15 17:00 | Hospital Clínico de Barcelona, Carrer de Villarroel, 170, L'Eixample, Barcelona, 08036, Spain
An application has been submitted to the UEMS EACCME for CME accreditation.

The course has a hybrid format with on-site lectures and hands-on practical and technic sessions, It will cover the basic and some advanced and future aspects of Radioguided surgery with a focus on the technologist’s work and support the multidisciplinary team in charge of Radioguided procedures.

Save yourself a seatRegistration closed. For last-minute sign up please contact esmit@eanm.org

Target Audience

This course aims to spread information and practice to technologist, nurses, medical staff (nuclear medicine, surgeons, radiologist) in order to provide an interactive setting to share ideas and refine current and future approaches in the field of Radioguided Surgery

Learning Objectives

To Define the radioguided surgery principles, applications, methodology.

Overview the current state of the art of the radioguided surgery.

List the clinical indications of introducing radioguided surgery to the patients.

Explain the paper of a multidisciplinary team in the context of radioguided surgery.

Protocols and methodologies of conventional NM exams used in radioguided surgery

Conventional nuclear medicine in the context of radioguided surgery: best practice, radiation protection and safety, organisation and patient management.

To provide the potential benefits of new technologies like IA and future perspectives.

ProgrammeClick to see the Preliminary Programme. Please note, that it may be subject to change at any time. View the Programme

Faculty

Sergi Vidal-SicartSpeaker

Chiara Maria GranaSpeaker

Renato Valdés OlmosSpeaker

John OrozcoSpeaker

Registration Details

Registration FeeMode of PaymentCancellation Policy

Course Fee € 863.64

Registration Fee includes:

Electronic Course Book, including all Slides

Coffee & Lunch Breaks on each Course Day

Registration Fee does NOT include:

Travel to the Venue

Accommodation

Registration fees need to be paid 1 week prior to the event. In case the payment is not received by this deadline, the registration needs to be cancelled. Payment can be settled by Credit Card Cheques will not be accepted

Cancellations must be notified in writing to the EANM Office. Telephone cancellations cannot be accepted. Substitutions will be accepted if the name and e-mail address of the substitute are sent to the EANM Office 4 weeks prior to the event. In the case of cancellation 4 weeks before the course, we will refund you the fee less a € 100,- administration charge. After this date, we cannot grant any refund for cancellations. Any refund will take place after the respective course. EANM will not be held liable for cancellation fees of hotels, airlines or other means of transportation.

Event Overview

Challenges of Zr89 Imaging
2024-11-22 13:30 - 14:30
While PET imaging with radionuclides such as F18 and Ga68 have proven to provide high quality diagnostic imaging, imaging with other radionuclides can be more challenging. Zr-89 is one such radionuclide. Although Zr-89 has advantageous labelling properties for cell imaging and the imaging of monoclonal antibodies, the radionuclide is non-ideal imaging qualities mostly due to its low dosage, and also brings with it radiation safety challenges. This webinar will present both sides of Zr-89 imaging, the clinically relevant opportunities for the radionuclide, and the quantification challenges, handling and the safety aspects of Zr-89.

Learning Objectives: The aim of this webinar is to show the potential and the challenges of Zr-89 imaging.

Save yourself a FREE seatEnter the eLearning store to register for the course. Having trouble? See the short tutorial here. Register now FOR FREE!

Faculty

Floris H.P. van VeldenModeratorLeiden, Netherlands

Erik AarntzenSpeakerNijmegen, Netherlands

Marc C. HuismanSpeakerAmsterdam, Netherlands

Registration

myEANM accountLog into your myEANM account or create a new one.

ESMIT eLearningAccess the eLearning platform. You can also navigate to it directly from your myEANM database: ESMIT→ESMIT Registrations

eLearning Course StoreEnter the course store, make your selection and check out.

Enroll yourselfFind your desired webinar under ‘Single Webinar Tickets’ or enroll for all 2024 webinars with the eLearning Access Plan – FREE OF CHARGE

Enjoy!The link for the Zoom Webinar will be made available to you on the eLearning platform in the course contents

Event Overview
