Advanced Molecular Imaging Training Course (PET, MR, SPECT,and CT), 3.5 hp


Course number-
Year2022
TypeMethodcourse
TrackCancer, Cardiovascular diseases, Drug development, Infection, Inflammation, Metabolism, Muscoloskeletal system, Neuroscience,
Max participants12
Application deadline2022-01-17
LanguageEn
Course leaderRam kumar Selvaraju
DepartmentPreclinical PET-MRI Platform, Department of Medicinal Chemistry
Visiting address
Post addressDag Hammarskjöldsv 14C, 3 tr, 751 83 Uppsala
DatesWeeks 15-17 (11-29 April 2022)
LocationPreclinical PET-MRI Platform, Dag Hammarskjöldsv 14C, 3 tr,
Course length2.5 weeks
Course report 
Course plan 

 

Description

Description:
This course is designed mainly for Ph.D. students. It will be an introduction to the realms of molecular imaging techniques in preclinical settings. Emphasis is on using state-of-the-art modalities -
• Positron emission tomography (PET)
• Magnetic resonance imaging (MRI)
• Computed tomography (CT), and
• Single-photon emission computed tomography (SPECT).

These are the advanced approaches used for drug development, in visualizing or evaluating the pharmacokinetics of novel tracers associated with various diseases in a living model. Lectures on principles of imaging modalities and hands-on lab sessions in study design, subject preparation, image acquisition, reconstruction methods, data analysis, and basic kinetic modeling will be provided.

FELASA C certification is not a requirement for this course.

Interested post-doctorates and researchers have to pay a course fee of 10000 SEK.

Departments will be charged SEK 2,000 per student who registers for the course but fails to participate.

Registered participant(s) who wants to quit is requested to inform us 6 weeks before the course commences. A reminder will be sent to the applicant(s) on the waiting list, who applied the earliest.

Applicants are requested to attend a radiation safety course before attending this training. It is not mandatory for applying for the AMIT course.Contact for further details on the radiation safety course.
• Aaro Ravila (Aaro.Ravila@uadm.uu.se) or
• Sviatlana.Yahorava (Sviatlana.Yahorava@bmc.uu.se)

Learning outcomes

Learning objectives:
The course will provide the participants with knowledge in instrumentation on four different molecular imaging modalities. After the course, the participants should be able to:
• Explain the theory and basic procedure of PET, MR, SPECT, and CT
• Plan an in vivo imaging study
• Perceive conditions on subject preparation and monitoring its vital signs during a scan
• Perform image acquisition using different imaging modalities
• Learn radiation safety routines involved in imaging
• Collect subject and injection information for image analysis
• Reconstruct raw imaging data and save them as DICOM files
• Co-registration of data from different modalities
• Critically evaluate and analyze images using software such as Interview Fusion and PMOD
• Understand basic kinetic modeling.
• Realize practicality and limitations of PET, MR, SPECT, and CT in preclinical settings

Contents

Content:
The course will contain lectures and lab sessions covering the following topics:
Subject preparation (Demo)
• Anesthesia
• Placement of the catheter
• Monitor and register breathing and heart rate
• Position trigger interval for MR scan

PET
• Dynamic scan for pharmacokinetic study
• Semi-dynamic whole-body PET scan
• Dosimetry using PET (demo)
• Cardiac gated scan (demo)

MRI
• Introduction to MRI
• MR Image formation
• Techniques (triggering, surface coils)
• Multi-bed whole-body imaging

SPECT
• Acquire quantitative SPECT scan
• Semi-dynamic SPECT scan
• Dual isotope scanning (demo)
• Multi-bed whole-body SPECT scan

CT
• Helical & semi-circular CT scan
• Ultra-low Dose scan protocol
• Soft tissue protocol
• Use of CT for attenuation correction

Image analysis (Interview Fusion & PMOD)
• Multi-modality fusion
• Quantification of PET and SPECT data
• Kinetic modeling (demo)
• Fusion with brain atlas (demo)

Instructions

Instructions:
• Language – English
• Lectures – Zoom/at the platform
• Lab sessions – at the platform
• Image analysis - at the platform

Participants will be divided into small groups to have hands-on experience with various imaging modalities and for image analysis. They will be provided with gloves, masks, and face visors.

Examination

Examination:
The examination takes place through the following compulsory elements:
• 100% attendance for lectures, lab, and image analysis sessions
• Individual home exam
• Oral presentations from the imaging and image analysis lab sessions performed as a group
• Participants from outside UU, for whom no credits can be registered in Ladok, will receive a course certificate.

Literature

Literature:
Lectures, relevant course materials, and imaging data for exams will be posted on the studentportalen and some data will be provided in USB stick.

Books:
Basics of PET Imaging Physics, Chemistry, and Regulations. Gopal B. Saha.2016.Springer International Publishing Switzerland. Ebook ISBN 978-3-319-33058-7.DOI 10.1007/978-3-319-16423-6.

Preclinical MRI Methods and Protocols.María Luisa García MartínPilar López Larrubia. 2018.Springer Science+Business Media, LLC 2018.eBook ISBN 978-1-4939-7531-0. DOI 10.1007/978-1-4939-7531-0.

Computed Tomography From Photon Statistics to Modern Cone-Beam CT.Thorsten Buzug. 2008. Springer-Verlag 2008. eBook ISBN 978-3-540-39408-2.DOI 10.1007/978-3-540-39408-2.

Small animal imaging: basic and practical guide. Fabian Kiessling, Bernd J. Pichler. 2011. Springer-Verlag Berlin Heidelberg. ISBN 978-3-642-12945-2. DOI 10.1007/978-3-642-12945-2.

Teaching staff

Teacher:
Ram kumar Selvaraju, Jan Weis, Veronika Wingstedt, Bogdan Mitran, Sergio Estrada, Olof Eriksson,Ola Åberg, Mark Lubberink, Anna Orlova, Vladimir Tolmachev, Marika Nestor, Stina Syvänen, Dag Sehlin, Diana Spiegelberg

More information

Contact:
Ram kumar Selvaraju Ph.D.
Researcher,
phone: +46-18-471 5301
mobile: +46-704-122188
email: ramkumar.selvaraju@ilk.uu.se

Preclinical PET-MRI Platform
Dept. of Medicinal Chemistry
Dag Hammarskjöldsv 14C;
751 83 Uppsala,
Sweden

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