Table 1.
Topic(s) | Date online† |
Cohort(s) | Title (abbrev.) | First and last authors |
Source | 7T vendor |
Spine region |
Signal detection |
Note(s) | Reference |
---|---|---|---|---|---|---|---|---|---|---|
Anatomical imaging | 05/05/08 | 4 healthy volunteers | Preliminary experience with whole body MRI @ 7T | Maderwald S, …, Ladd ME | Proc Int Soc Magn Reson Med | Siemens | Thoracic | 34-cm inner-diameter circularly-polarized coil | Conference abstract; not exclusively imaging spine | Maderwald et al., 2008 |
Coil design | 05/05/08 | n/a (phantom) | An 8-channel non-overlapped spinal cord array coil… | Xie Z, Zhang X | Proc Int Soc Magn Reson Med | GE | n/a (phantom) | 8-channel non-overlapping coil array | Conference abstract; only scanned phantom | Xie & Zhang, 2008 |
Coil design/Anatomical imaging | 05/21/07 // 12/18/08 | Healthy volunteer(s) | Whole-body imaging at 7T: preliminary results | Vaughan JT, …, Ugurbil K | Magn Reson Med | Magnex | Thoracolumbar | 16-channel transceive coil | Not exclusively imaging spine | Vaughan et al., 2009 |
Anatomical imaging | 04/20/09 | 3 healthy volunteers | High-resolution in vivo MR imaging of the human sp… | Bae KT, …, Park S-H | Proc Int Soc Magn Reson Med | Siemens | Cervical | butterfly-shaped coil and smaller inner coil to generate quadrature field | Conference abstract | Bae et al., 2009 |
Coil design | 04/20/09 // 08/25/09 | 10 healthy volunteers | 7T human spine imaging arrays with adjustable indu… | Wu B, …, Zhang X | IEEE Trans Biomed Eng | GE | Thoracic | linear array of microstrip transmission line transceive coils | Wu et al., 2010 | |
Coil design/Anatomical imaging | 04/20/09 // 10/20/09 | 1 healthy volunteer and 2 patients with scoliosis | An eight-channel phased array RF coil for spine MR… | Kraff O, …, Quick HH | Invest Radiol | Siemens | Cervico-thoracolumbo-sacral | 8-element transceive array | Kraff et al., 2009 | |
Coil design | 05/03/10 | n/a (phantom) | Optimizing 7T spine array design through offsettin… | Duan Q, …, Wiggins GC | Proc Int Soc Magn Reson Med | Siemens | n/a (phantom) | five coil designs with one, two, or three coils | Conference abstract; only scanned phantom | Duan et al., 2010 |
Coil design/Anatomical imaging | 05/09/11 // 12/04/10 | 10 healthy volunteers | A radiofrequency coil configuration for imaging th… | Vossen M, …, Webb AG | J Magn Reson | Philips | Cervico thoracolumbo-sacral | quadrature transmit and 8-channel receive | Vossen et al., 2011 | |
Coil design | 05/09/11 | 1 healthy volunteer | Investigation of 7 Tesla spine MRI with a 5-channe… | Kraff O, …, Bitz AK | Proc Int Soc Magn Reson Med | Siemens | Cervical | two transceive coils: 5-channel stripline array and 8-channel loop array | Kraff et al., 2011 | |
Anatomical imaging | 05/03/10 // 05/24/11 | 5 healthy volunteers and 1 patient with spina bifida | MRI of the lumbar spine at 7 Tesla in healthy volu… | Grams AE, …, Gizewski ER | Skeletal Radiol | Siemens | Thoracolumbar | 8-channel phased array transceive | Grams et al., 2012 | |
Coil design/Anatomical imaging | 05/03/10 // 12/20/11 | 10 healthy volunteers | High-resolution human cervical spinal cord imaging… | Sigmund EE, …, Helpern JA | NMR Biomed | Siemens | Cervical | 4-channel transceive (Rapid Biomedical) | Sigmund et al., 2012 | |
Quantitative magnetization transfer | 05/07/12 | 4 healthy volunteers | Quantitative magnetization transfer imaging of hum… | Dortch RD, …, Smith SA | Proc Int Soc Magn Reson Med | Philips | Cervical | quadrature transmit and 16-channel receive (Nova Medical) | Conference abstract | Dortch et al., 2012 |
Algorithm validation-image recon. | 05/07/12 // 07/20/12 | 23 healthy volunteers | Automated algorithm for reconstruction of the comp… | Dzyubachyk O, …, van der Geest RJ | Magn Reson Med | Philips | Cervico-thoracolumbo-sacral | 10-element linear array | Dzyubachyk et al., 2013 | |
Coil design/Anatomical imaging | 05/03/10 // 09/28/12 | Healthy volunteers | Coaxial waveguide for travelling wave MRI at ultra… | Andreychenko A, …, van den Berg CAT | Magn Reson Med | Philips | Lumbar | Transmit antenna with coaxial waveguide | Not exclusively imaging spine | Andreychenko et al., 2013 |
Anatomical imaging | 04/22/13 // 11/13/12 | 1 healthy volunteer and 1 patient with amyotrophic lateral sclerosis | 7-T MRI of the spinal cord can detect lateral cort… | Cohen-Adad J, …, Atassi N | Muscle Nerve | Siemens | Cervical | 4-channel transmit and 19-channel receive | Case study | Cohen-Adad et al., 2013 |
Anatomical imaging | 04/22/13 // 11/27/12 | 1 patient with spinal cord injury | 7T MRI of spinal cord injury | Cohen-Adad J, …, Oaklander AL | Neurology | Siemens | Cervical | 4-channel transmit and 19-channel receive | Case study | Cohen-Adad et al., 2012 |
Chemical exchange saturation transfer | 05/07/12 // 04/09/13 | 7 healthy volunteers | Imaging of glutamate in the spinal cord using GluC… | Kogan F, …, Reddy R | Neuroimage | Siemens | Cervical | 8-channel head coil | Kogan et al., 2013 | |
Coil design/Anatomical imaging | 05/07/12 // 08/20/13 | 2 healthy volunteers | Nineteen-channel receive array and four-channel tr… | Zhao W, …, Wald LL | Magn Reson Med | Siemens | Cervical | 4-channel transmit and 19-channel receive | Zhao et al., 2014 | |
Coil design | 04/22/13 // 04/18/14 | n/a (In silico) | SAR reduction in 7T C-spine imaging using a “dark … | Eryaman Y, …, Wald LL | Magn Reson Med | n/a (In silico) | n/a (In silico) | n/a (simulations of 4-channel loop array with/without “dark” dipole elements) | Simulations | Eryaman et al., 2015 |
Coil design | 05/12/14 | 4 healthy volunteers | En route to clinical ultrahigh field musculoskelet… | Graessl A, …, Niendorf T | Proc Int Soc Magn Reson Med | Siemens | Cervico-thoracolumbar | 16-channel transceive using 4 planar modules | Conference abstract; not exclusively imaging spine | Graessl et al., 2014 |
B0 field mapping | 05/12/14 | 1 healthy volunteer | B0 fluctuations within the human spinal cord durin… | Pennell DR, …, Smith SA | Proc Int Soc Magn Reson Med | Philips | Cervical | quadrature transmit and 16-channel receive (Nova Medical) | Conference abstract | Pennell et al., 2014 |
Functional MRI | 04/22/13 // 08/05/14 | 22 healthy volunteers | Resting state functional connectivity in the human… | Barry RL, …, Gore JC | Elife | Philips | Cervical | quadrature transmit and 16-channel receive (Nova Medical) | Barry et al., 2014 | |
Coil design/Anatomical imaging | 06/01/15 | Healthy volunteer(s) | A four channel transmit receive “loophole” array fo… | Lakshmanan K, …, Wiggins GC | Proc Int Soc Magn Reson Med | Siemens | Lumbar | 4-channel “loophole” transceive array | Conference abstract | Lakshmanan et al., 2015 |
Post-mortem diffusion imaging | 06/01/15 | Ex vivo: 2 patients with multiple sclerosis and 1 patient with motor neuron disease | Whole post-mortem spinal cord imaging with diffusi… | Foxley S, …, Miller K | Proc Int Soc Magn Reson Med | Siemens | Cervico-thoracolumbo-sacral | 24-channel coil (Quality Electrodynamics) and 16-channel coil (Rapid Biomedical) | Conference abstract | Foxley et al., 2015 |
Algorithm validation-image segmentation | 06/01/15 | 18 healthy volunteers and 20 patients with multiple sclerosis | Measuring cross sectional area of the spinal cord … | Conrad BN, …, Smith SA | Proc Int Soc Magn Reson Med | Philips | Cervical | quadrature transmit and 16-channel receive (Nova Medical) | Conference abstract | Conrad et al., 2015 |
Coil design/Anatomical imaging | 05/12/14 // 07/20/15 | 2 healthy volunteers | A 7T spine array based on electric dipole transmit… | Duan Q, …, Merkle H | Magn Reson Med | Siemens | Thoracic | Transmit: two electric dipole antennae; Receive: 8 loop coils | Duan et al., 2015 | |
Anatomical imaging | 06/01/15 // 07/24/15 | 13 healthy volunteers and 15 patients with multiple sclerosis | Magnetic resonance imaging of the cervical spinal … | Dula AN, …, Smith SA | Mult Scler | Philips | Cervical | quadrature transmit and 16-channel receive (Nova Medical) | Dula et al., 2016a | |
Coil design/Anatomical imaging | 10/01/15 | Healthy volunteer(s) | Flexible dipoles for multi-transmit head-neck MRI … | Ali Haghnejad SA, …, Klomp DW | Eur Soc Magn Reson Med Biol | Philips | Head + Cervical | Transmit: eight flexible dipole antennae; Receive: 32-channel array | Conference abstract | Ali Haghnejad et al., 2015 |
Functional MRI | 06/01/15 // 02/26/16 | 23 healthy volunteers | Reproducibility of resting state spinal cord netwo… | Barry RL, …, Gore JC | Neuroimage | Philips | Cervical | quadrature transmit and 16-channel receive (Nova Medical) | Barry et al., 2016 | |
B0 field mapping | 05/09/16 | 2 healthy volunteers | Breathing-induced B0 field fluctuations in the cer… | Vannesjo SJ, …, Tracey I | Proc Int Soc Magn Reson Med | Siemens | Cervical | volume transmit and 16-channel receive (Quality Electrodynamics) | Conference abstract | Vannesjo et al., 2016 |
Coil design | 05/09/16 | 1 healthy volunteer | A cervical spine array coil with volume transmitte… | Zheng T, …, Fujita H | Proc Int Soc Magn Reson Med | Siemens | Cervical | volume transmit and 16-channel receive (Quality Electrodynamics) | Conference abstract | Zheng et al., 2016 |
Coil design | 05/09/16 | Healthy volunteer(s) | A 6 channel transmit-receive coil array for 7T cer… | Yu Z, …, Wiggins G | Proc Int Soc Magn Reson Med | Siemens | Cervical | 6-channel transceive | Conference abstract | Yu et al., 2016 |
Coil design | 05/09/16 | n/a (phantom) | Segmented dipole: a remotely reconfigurable near-f… | Duan Q, …, Merkle H | Proc Int Soc Magn Reson Med | Siemens | n/a (phantom) | segmented dipole antenna | Conference abstract | Duan et al., 2016 |
Functional MRI | 05/09/16 | 1 healthy volunteer | DANTE-EPI for CSF suppression in cervical spinal c… | Seifert AC, …, Xu J | Proc Int Soc Magn Reson Med | Siemens | Cervical | 4-channel transmit and 22-channel receive | Conference abstract | Seifert et al., 2016 |
Anatomical imaging | 05/09/16 | 1 healthy volunteer and 2 patients with multiple sclerosis | MRI of the thoracic spinal cord in multiple sclero… | Lefeuvre J, …, Nair G | Proc Int Soc Magn Reson Med | Siemens | Thoracic | Transmit: two electric dipole antennae; Receive: 8 loop coils | Conference abstract | Lefeuvre et al., 2016 |
Coil design/Spectroscopy | 05/07/12 // 05/18/16 | 3 healthy volunteers | 1H MRS in the human spinal cord at 7T using a diel… | Henning A, …, Klomp DWJ | NMR Biomed | Philips | Cervical | Transmit: two dipole antennae attached to a neck pillow filled with D2O; Receive: 30-channel array | Henning et al., 2016 | |
Chemical exchange saturation transfer | 05/07/12 // 07/26/16 | 10 healthy volunteers and 10 patients with multiple sclerosis | Chemical exchange saturation transfer of the cervi… | Dula AN, …, Smith SA | NMR Biomed | Philips | Cervical | quadrature transmit and 16-channel receive (Nova Medical) | Dula et al., 2016b | |
Diffusion/Parametric mapping (T1, T2, T2*) | 05/09/16 // 08/26/16 | 10 healthy volunteers | High-resolution multi-parametric quantitative magn… | Massire A, …, Callot V | Neuroimage | Siemens | Cervical | 8-channel transceive (Rapid Biomedical) | Massire et al., 2016 | |
Coil design/Anatomical imaging/Functional MRI/Diffusion | 06/01/15 // 11/17/16 | 2 healthy volunteers | 7 Tesla 22-channel wrap-around coil array for cerv… | Zhang B, …, Xu J | Magn Reson Med | Siemens | Cervical | 22-channel coil with 4 transceive elements and 18 receive-only elements | Zhang et al., 2017 |
The first date refers to initial presentation of the research as an abstract. A second date, if present, refers to the day that research was published online in a peer-reviewed journal. Rows are sorted in chronological order where date of journal publication supersedes date of conference presentation.