This Philips whole-body 3 T MRI scanner features a 70 cm bore and includes the latest acquisition techniques for human MRI research, including multinuclear capabilities, functional MRI (fMRI) and advanced diffusion imaging (dMRI), and magnetic resonance elastography (MRE), spectroscopy (MRI/S), whole-body scanning and much more. The extra space better accomodates in-bore equipment, like the Resoundant probe for MR elastography studies of the liver. The magnet provides the largest homogenous field-of-view, 55 cm, in a commercial 70 cm system while still providing strong gradients. The Elition is equipped with Philips’ unique broadband digital MR architecture, the d-STREAM, which samples the signal directly at the coil and transmits the signal through fiber optics to reduce noise and increase SNR. The system comes with the latest technologies for neuro, cardiac, MSK, liver, and whole-body imaging including, compressed SENSE technology, and numerous RF coil and pulse sequence packages for advanced MR imaging and spectroscopy research. The system is equipped with a BOLDscreen32 from Cambridge Research Systems for functional MRI task paradigms presentation as well as entertainment during MRI scan. A plug-and-play button response device ("Package 932") by Current Designs Inc. is available for collecting subject responses in fMRI studies.
- System Console Model: Ingenia Elition 3T X / 70 cm
- Software Release: R5.6.1 and R5.6.0 (Multinuclear)
- Field: 3 tesla
- Bore size: 70 cm
- Homogeneity: 0.1 ppm
- Open for users who would pay for magnet time: Yes
- Body coil – 2 element quadrature design coil. Quadrature transmit B1 is 13.5 mT peak except for Multi-Band SENSE where amplitude is increased to 20 mT.
- Head 3.0 T – 15 elements head or up to 51 elements total spine
- HeadNeck – 20 elements head/neck or up to 52 elements Head neck spine
- TotalSpine – 44 elements if imaging spine w/o anterior head or NV attachment
- T/R Head- single element transmit / single element receive *T/R Interface
- Head 32ch – 32 elements
- Torso 3.0T – 32 elements
- Flex M 3.0T – 6 elements
- Flex L 3.0T – 8 elements
- dKnee 16 – 16 elements
- Small Extremity 16ch – 16 elements
- Expansion WholeBody: Includes 2nd anterior Torso coil for total body imaging up to 108 elements with 200 cm coverage
- Infant (Pediatric) head, neck and torso coils
- Rapid Biomedical quad 1H/31P volume coil (Ø = 26.5 cm)
- 31P linear surface coils from Philips and PulseTech
- Working bore diameter of 70 cm
- High-performance gradient system for 70 cm bore (45 mT/m @ 220 T/m/)
- Philips d-stream RF architecture sampling signals directly at the RF coils to reduce noise and increase SNR
- 55 x 55 x 50 cm3 field of view
- Multinuclear capabilities
- Application packages for neuro and whole-body imaging, including cardiac, angiography, MSK, fMRI, dMRI, and spectroscopy
- Compressed SENSE technology for high speed, high quality images with high SNR
- MR elastography equipment from Resoundant, Inc.
Instrument Time for Protocol Development
The AMRIS Facility can allocate up to 2 hours of development time for each funded project to implement and test protocols. If the development is more involved than can be accomplished in this time, the investigator(s) must fund additional time from their project budget and/or include Dr. Rosenberg in the project as a co-investigator. For pilot studies, there are several funding mechanisms available through the MBI, CTSI, and SECIM programs at UF.
If the hardware required for a project does not exist and/or the necessary MR protocols or sequences are not currently available on the 3T, Dr. Rosenberg will discuss options for acquiring the needed hardware, sequences and/or developing the required protocol. If the needed MR techniques and protocols are not already available on our scanner and will require Dr. Rosenberg's time to develop them, the grant application budget must include Dr. Rosenberg's time as an MR physicist in addition to any funds needed for acquisition of the hardware and/or software.
Investigator(s) are also encouraged to review with Dr. Rosenberg their needs for processing and analysis of data acquired on the 3T MRI/S scanner in order to ensure sufficient resources are allocated for this purpose in grant applications.