Simultaneous assessment of the brain and the cervical spinal cord is of great importance in clinical decision making in areas such as head & neck cancer, traumatic injury, multiple sclerosis or stroke. The small diameter of the cervical spinal cord necessitates high spatial resolution, so there is a growing need to provide 7T simultaneous head and cervical spinal cord imaging, to greatly benefit from increased signal-to-noise ratio and contrast at ultrahigh field. In this work, we developed a 7T 16ch transceiver array that is capable for simultaneous and high-resolution brain and cervical spinal cord imaging
We describe the design and testing of a quadrature transmit, eight-channel receive array RF coil con...
International audiencePurposeDiffusion tensor imaging (DTI), which is frequently used to characteriz...
To enable high spatial and temporal breast imaging resolution via combined use of high field MRI, ar...
Spinal cord imaging at 7T MRI is challenging and limited by the need for dedicated RF coils. In this...
With the guidance of our in-house analytical modeling tool that was developed originally for minimiz...
Ultra-high field (UHF) (>7T) transmit (Tx) and transceiver surface loop phased arrays improve Tx-eff...
Purpose: Arranging transmit array elements in multiple rows provides an additional degree of freedo...
The paper describes technological advances in high-field (7 T) transceiver-phased arrays developed f...
While the Universal Pulse approach to mitigate the RF field inhomogeneity effect has been successful...
Transmit elements arranged in multiple rows are beneficial in extending longitudinal coverage and ac...
Purpose Imaging the carotid arteries at 7T ideally requires a flexible multichannel array that allow...
Purpose: To develop a 16-channel transceive body imaging array at 7.0 T with improved transmit, rece...
RÉSUMÉ: The quality of cervical spinal cord images can be improved by the use of tailored radiofrequ...
PURPOSE: To design, construct and validate radiofrequency (RF) transmit and receive phased array coi...
We describe the design and testing of a quadrature transmit, eight-channel receive array RF coil con...
International audiencePurposeDiffusion tensor imaging (DTI), which is frequently used to characteriz...
To enable high spatial and temporal breast imaging resolution via combined use of high field MRI, ar...
Spinal cord imaging at 7T MRI is challenging and limited by the need for dedicated RF coils. In this...
With the guidance of our in-house analytical modeling tool that was developed originally for minimiz...
Ultra-high field (UHF) (>7T) transmit (Tx) and transceiver surface loop phased arrays improve Tx-eff...
Purpose: Arranging transmit array elements in multiple rows provides an additional degree of freedo...
The paper describes technological advances in high-field (7 T) transceiver-phased arrays developed f...
While the Universal Pulse approach to mitigate the RF field inhomogeneity effect has been successful...
Transmit elements arranged in multiple rows are beneficial in extending longitudinal coverage and ac...
Purpose Imaging the carotid arteries at 7T ideally requires a flexible multichannel array that allow...
Purpose: To develop a 16-channel transceive body imaging array at 7.0 T with improved transmit, rece...
RÉSUMÉ: The quality of cervical spinal cord images can be improved by the use of tailored radiofrequ...
PURPOSE: To design, construct and validate radiofrequency (RF) transmit and receive phased array coi...
We describe the design and testing of a quadrature transmit, eight-channel receive array RF coil con...
International audiencePurposeDiffusion tensor imaging (DTI), which is frequently used to characteriz...
To enable high spatial and temporal breast imaging resolution via combined use of high field MRI, ar...