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AROMA Accurate, Reliable and Optimized functional MAgnetic resonance imaging at unprecedented field strength for unique exploration of the human brain

Higher fields however bring about greater technical challenges that must be overcome to fully exploit the potential of the unique 11.7T instrument.

It will be addressed by using the emerging field sensors technology to achieve their correction with detection sensitivity of 10 μm for head motion and nanotesla-range field fluctuations.

Objective 3: Objectives 1 and 2 methodological developments will be ultimately tested on tens of healthy adult volunteers for validation of the anatomical scan quality as well as reliable detection of cortical-depth dependent neural activations at 500 μm isotropic resolution. It will build the foundations to enable brain layer-specific investigations with unrivalled sensitivity.

partners / contact

COMMISSARIAT A L ENERGIE ATOMIQUE ET AUX ENERGIES ALTERNATIVES

[ CEA ]

France

Nicolas BOULANT

Nicolas BOULANT

EIDGENOESSISCHE TECHNISCHE HOCHSCHULE ZUERICH

[ ETH ]

Switzerland

Klaas PRUESSMANN

Klaas PRUESSMANN

DEUTSCHES ZENTRUM FUR NEURODEGENERATIVE ERKRANKUNGEN EV

[ DZNE ]

Germany

Tony STOECKER

Tony STOECKER

UNIVERSITEIT MAASTRICHT

[ UMAAS ]

The Netherlands

Benedikt POSER

Benedikt POSER

UNIVERSITY OF GLASGOW

[ UGLAS ]

United Kingdom

Shajan GUNAMONY

Shajan GUNAMONY

SKOPE MAGNETIC RESONANCE TECHNOLOGIES AG

[ SKOPE ]

Switzerland

Christoph BARMET

Christoph BARMET

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 885876 . This publication [communication] reflects the views only of the author, and the Commission cannot be held responsible for any use which may be made of the information contained therein.

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graph - chart

Start 01/01/2021
10% 14/06/2021
End 31/12/2025
Budget allocation . M€ Budget allocation
Effort 299 p*m Effort
Effort 5 persons Full time equivalent

news

AROMA young recruits

2021-06-07

  1. Dr. Caroline Le Ster studied bioscience engineering before her PhD at Siemens Healthcare. Her thesis was about diffusion, pe...

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Gradient-Magnet interaction tests at up to 10...

2021-05-31

Gradient-Magnet interaction tests have been successfully conducted by CEA at 3T, 7T and 10.2T, in collaboration with Siemens Healthi...

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First milestone parallel transmission sequenc...

2021-05-05

The CEA and DZNE teams have successfully ported their plug and play parallel transmission solutions from the Magnetom 7T to the newest Si...

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AROMA project at the ISMRM conference

2021-03-30

Three submitted and AROMA-related abstracts were accepted at the annual meeting of the International Society of Magnetic Resonance in Med...

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Dr. Nicolas Boulant (CEA, Saclay) will give a...

2021-03-25

On March 25, 2021 at the University of Nottingham, the coordinator of the AROMA project, Dr.Nicolas Boulant (CEA, Saclay) will talk about...

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AROMA at the 3rd Skope User meeting

2021-01-28

The Skope User meeting gathers the Skope user community, researchers who are using magnetic field monitoring for...

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Kickoff Meeting

2021-01-21

The AROMA project has officially started.

On the 21st of January, AROMA project's consortium met remotely to launch the pr...

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Launch of AROMA project

2021-01-03

Launch of AROMA, a european project to exploit the full potential of NeuroSpin's future 11.7 T scanner.

AROMA, a FET-Open H2020...

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events

2021-05-31

Interview with Dr. Nicolas Boulant, coordinator of the AROMA project

We invite you to an interview with Dr. Nicolas Boulant, coordinator of the AROMA project. Dr. Boulant explains the stakes, challenges and motivation of the project. The interview is available at the link below :

https://skope.swiss/monitor/ultra-high-field-collaboration-for-accurate-high-resolution-fmri/

 

2021-03-30

AROMA project at the ISMRM conference

On March 30, 2021, Dr. Vincent Gras (NeuroSpin, CEA) will give a presentation entitled Universal Pulses - Making Neuro pTX Easy. The presentation will be part of High Field Study group virtual meeting of the ISMRM. Dr. Vincent Gras will talk about universal pulses to make parallel transmission a reality for easy clinical routine in MR brain Imaging.

More information you can find here: https://www.ismrm.org/virtual-meetings/.

2021-03-25

Dr. Nicolas Boulant will give a seminar at the University of Nottingham

On March 25, 2021 at the University of Nottingham, the coordinator of the AROMA project, Dr.Nicolas Boulant (CEA, Saclay) will talk about universal pulses to mitigate RF field inhomogeneity effects in neuro imaging at 7T, at zero cost for the user, thereby making it an attractive technique for clinical routine.
An update on the commissioning of the NeuroSpin 11.7T scanner will also be provided.

If you are interested in the seminar, please visit the website of the University of Nottingham: https://www.nottingham.ac.uk/research/groups/spmic/events.aspx

2021-01-28

AROMA at the 3rd Skope User meeting

The Skope User meeting gathers the Skope user community, researchers who are using magnetic field monitoring for their MRI research, to share their results and experiences. At the same time it is a place for networking with like-minded scientists who pursue research in a related area. 

During this third (virtual) Skope User Meeting taking place on January 28th, 2021, Dr. Nicolas Boulant is presenting the goals and stakes of the AROMA project, in addition to some of his newest research: MR thermometry with field monitoring. Dr. Klaas Pruessmann presents the challenges and rewards of high-performance gradients with the benefits of field monitoring. The organizer of the meeting, Skope, provides an update of their products and developments.

https://skopeusermeeting.swiss/agenda/

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