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Nicole Ruiter
Contact:
Frau Dr. Nicole Ruiter

Tel.: +49 721 608 2 5668
E-Mail: Nicole Ruiter

 

Preise des USCT Projektes

         Dr. Torsten Hopp

          Dr. Nicole Ruiter,

          Dr. Robin Dapp

          A MATLAB GUI for

          the Analysis and

          Exploration of Signal

          and Image Data of

          an Ultrasound

          Computer Tomograph;

          T. Hopp,

          G. F. Schwarzenberg,

          M. Zapf, N.V. Ruiter

NEULAND - KIT INNOVATION

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Hans Sauer Stiftung

Weitere Informationen

Early Breast Cancer Detection with Ultrasound Computertomography

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Film about the project USCT

Early Breast Cancer Detection with Ultrasound Computertomography

Breast cancer is one of the most common and fatal cancerous diseases among women. Worldwide, there are approx. 1,600,000 cases of breast cancer every year. Although the breast is not a vital organ, the number of women healed of this disease is not as large as it could be. If breast cancer is diagnosed early, patients have a good prognosis.

 

In the project "Ultrasound Computer Tomography" (USCT) a new imaging methodology for early breast cancer detection is developed. It promises three dimensional images of the breast with high spatial resolution. Our aim is the detection of tumors with an average diameter of less than 5 mm to improve the survival probability of the patients.

 

 


The development of hardware and methods for USCT is a significant challenge. The USCT method is based on thousands of small ultrasound transducers, which are mounted in a water filled examination reservoir. For each image of the breast a large amout of raw data is acquired, which is subsequently applied for reconstruction of different 3D volumes.

 
Detailed view of the examination reservoir with mounted transducer arrays
Detailed view of the in-house built transducer arrays 
Detailed view of the in-house built transducer arrays

For developement of the prototypes for USCT we apply the joined compentences of our institute: Ranging from the mechanical design, development and production of ultrasound transducers, layout of analog and digital electronics to the development of the reconstruction algorithms, the complete realization of the system is carried out in our institute. In addition we are cooperating with a number of national and international partners.

Currently the second generation of the 3D-USCT prototype is being tested in a clinical study at University hospital Mannheim.

 

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