SharePoint
Aide
IRSN, Institut de radioprotection et de sûreté nucléaire

Search our site :

ok

Contact us :

ok
En Fr

Enhancing Nuclear Safety


Research

Back to all the news

Award

IRSN team wins Electronic Poster Award

14/02/2017

An IRSN team (PRP-HOM/UEM) working with physicists from several medical centers [1] won the jury's "special mention" for its electronic poster presented during the Journées Francophones de la Radiologie (JFR) in Paris in October 2016. Among the 700 posters on display during the event, it was one of the most viewed by participants.

 

The poster, "Breast Digital Tomosynthesis:[2] Dose and Internal Quality Control", highlighted the findings of a study aiming to assess various 3D mammography systems in terms of dose and image quality, as well as to evaluate several phantoms that could be recommended for quality control. Many centers in France already offer Breast Digital Tomosynthesis (DBT), and the introduction of this technique within the French breast cancer screening program is being considered by the authorities in the coming years. Quality control protocols must therefore be developed for this technology.

 

The study has shown that the diversity in design of DBT systems leads to variability in terms of image quality and dose depending on breast thickness. Therefore it seems necessary to monitor DBT systems on a regular basis. Moreover, two phantoms exhibit interesting features for internal quality control.

 

Organized by the Société Française de la Radiologie (SFR), which promotes scientific advances in radiology, the yearly JFR event is a major event for French and French-speaking radiology specialists.

 

To see the electronic poster (PDF in French)

 

Notes:
[1] Georges Pompidou European Hospital/Paris V University, Jean Verdier Hospital/Paris XIII University, Gustave Roussy Institute, Curie Institute, Saint-Louis Hospital/Paris VII University
[2] Breast Digital Tomosynthesis is a new breast imaging technology that some clinical studies say offers more sensitive and specific cancer detection because the superimposition of tissue is reduced compared to 2D mammography.


Send Print


Close

Send to a friend

The information you provide in this page are single use only and will not be saved.
* Required fields

Recipient's email:*  

Sign with your name:* 

Type your email address:*   

Add a message :

Do you want to receive a copy of this email?

Send

Cancel

Close

WP_IMPRIMER_TITLE

WP_IMPRIMER_MESSAGE

Back

Ok