Job description
Recently,
a grant of the Dutch Technology Foundation (STW) was awarded for the
project “3D Ultrafast Functional Ultrasound Imaging for Detection of
Tumors in Breast”. Goal of this project is to enhance the performance
Automated Breast Volume Scanning (ABVS) by ultrafast imaging, to improve
detection of tumors by acquiring functional information, and to
facilitate treatment by ultrasound guiding of the intervention. The
project is a collaboration with Siemens Ultrasound. The developed
techniques will be implemented on a commercial ABVS scanner and
evaluated in the clinic.
For this research project, we have a
vacant position for an enthusiastic PhD student (4 years). Currently,
acquisition of a full volume takes 1 minute. By ultrafast acquisition, a
full volume can be acquired in seconds. Intelligent hardware
architecture as well as data storage strategies have to be developed and
implemented for ultrafast imaging while also improving the image
quality. Furthermore, dedicated imaging sequences will be developed to
deal with breathing motion. The PhD student will work in close
collaboration with a PhD student that recently started on improved 3D
functional breast imaging.
a grant of the Dutch Technology Foundation (STW) was awarded for the
project “3D Ultrafast Functional Ultrasound Imaging for Detection of
Tumors in Breast”. Goal of this project is to enhance the performance
Automated Breast Volume Scanning (ABVS) by ultrafast imaging, to improve
detection of tumors by acquiring functional information, and to
facilitate treatment by ultrasound guiding of the intervention. The
project is a collaboration with Siemens Ultrasound. The developed
techniques will be implemented on a commercial ABVS scanner and
evaluated in the clinic.
For this research project, we have a
vacant position for an enthusiastic PhD student (4 years). Currently,
acquisition of a full volume takes 1 minute. By ultrafast acquisition, a
full volume can be acquired in seconds. Intelligent hardware
architecture as well as data storage strategies have to be developed and
implemented for ultrafast imaging while also improving the image
quality. Furthermore, dedicated imaging sequences will be developed to
deal with breathing motion. The PhD student will work in close
collaboration with a PhD student that recently started on improved 3D
functional breast imaging.
PhD ultrafast 3D ultrasound imaging of the breast Radboud university medical center - — AcademicTransfer
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