At Skope, our ultimate motivation lies in enabling researchers to utilize our products to develop the next generation of MR technology and to advance neuroscience. The ISMRM conference holds a special place in our calendar as it serves as a key conference where we not only connect with the MR community and showcase both our established and brand-new products, but it is also a gathering where we get to learn about the latest research updates from our user community.

This year we recorded the highest number of Skope user results presented in the company’s history!

Here comes a digest of the contributions presented at ISMRM 2024 in Singapore.

• O. Bjoerkqvist et al., “A fully autonomous system for sequence detection and gradient measurement,” ISMRM 2024, Singapore, program no. 1426.
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• Z. Zhang et al., “A stitching method for dynamic field monitoring using NMR probes,” ISMRM 2024, Singapore, program no. 1408.
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• P. Yazdanbakhsh et al., “A size-adaptive RF coil with integrated NMR field probes for pediatric brain imaging at 7T,” ISMRM 2024, Singapore, program no. 1414.
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• G. Ramos-Llordén et al., “Submillimeter in vivo human brain diffusion MRI at 500 mT/m with concurrent field monitoring,” ISMRM 2024, Singapore, program no. 2446.
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• B. Rutt et al., “Development of the H12 insertable head gradient set designed for 10.5T and optimized for both peripheral nerve stimulation and magnet heating,” ISMRM 2024, Singapore, program no. 476.
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• F. Mauconduit et al., “Opening new horizons with the first human brain in vivo experiments at 11.7T,” ISMRM 2024, Singapore, program no. 523.
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• N. Boulant et al., “What lies beyond 7T on the horizon,” ISMRM 2024, Singapore, program no. E8896 – Weekday Course.
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• G. Ramos Llordén, “Encoding/reconstruction to exploit high-performance gradients,” ISMRM 2024, Singapore, program no. E8894 – Weekday Course.
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• G. Ramos Llordén et al., “Connectome 2.0: Performance evaluation and initial in vivo human brain diffusion MRI results,” ISMRM 2024, Singapore, program no. 904.
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• M. McCready et al., “Safe spirals for your scanner,” ISMRM 2024, Singapore, program no. 946.
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• N. Boulant et al., “Impact of third order shim coils on gradient-magnet interactions and gradient waveform fidelity,” ISMRM 2024, Singapore, program no. 906.
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• E. Versteeget et al., “Accelerating MRI with a wireless insert gradient coil,” ISMRM 2024, Singapore, program no. 911. SUMMA CUM LAUDE award.
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• M. McCready et al., “Safe diffusion lobes for diminished gradient vibration,” ISMRM 2024, Singapore, program no. 912.
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• X. Wu et al., “Single-shot 2D spiral imaging of the human brain at 10.5 Tesla using 128 receive channels: initial experience,” ISMRM 2024, Singapore, program no. 3936.
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• Z. Shah et al., “FESTiVE – implicit Field Estimator for Spatio-Temporally Varying Eddy Currents,” ISMRM 2024, Singapore, program no. 3934.
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• M. Mahmutovic et al., “A 72-channel head coil with an integrated 16-channel field camera for the Connectome 2.0 scanner,” ISMRM 2024, Singapore, program no. 1030. SUMMA CUM LAUDE award.
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• M. Molendowska et al., “Unprecedented SNR efficiency in prostate DWI by combining ultra-strong gradients and spiral readouts,” ISMRM 2024, Singapore, program no. 1015. MAGNA CUM LAUDE award.
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• A. Scholz et al., “A 64-channel ex-vivo brain coil array for temperature-controlled diffusion imaging with the Connectome 2.0 MRI scanner,” ISMRM 2024, Singapore, program no. 4081. MAGNA CUM LAUDE award.
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• C. Le Ster et al., “Comparison at 7T of the Impulse head gradient and whole-body SC72 gradient transfer functions.,” ISMRM 2024, Singapore, program no. 4073.
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• J. Bause et al., “Design and application of a 16-channel field-probe insert for a 16Tx/32 Rx coil at 9.4 Tesla,” ISMRM 2024, Singapore, program no. 4084.
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• F. Mushtaha et al., “Echo-time dependence of microscopic fractional anisotropy using single-shot spiral encoding and free water elimination,” ISMRM 2024, Singapore, program no. 5114.
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• M. Loecher et al., “Removing background velocity errors in PC-MRI with optimized spoiler gradient waveforms,” ISMRM 2024, Singapore, program no. 4775.
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• P. Dubovan et al., “Basis function compression for compact representation of high spatial orders of field variation using field monitoring,” ISMRM 2024, Singapore, program no. 1255. SUMMA CUM LAUDE award.
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• N. Wang et al., “Field-correcting GRAPPA (FCG) for improved mitigation of even-odd and field-related artifacts in EPI,” ISMRM 2024, Singapore, program no. 1256.
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• M. Molendowska et al., “High fidelity imaging of tissue heterogeneity, micro-anisotropy and diffusion-time effects in prostate cancer,” ISMRM 2024, Singapore, program no. 1355.
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• M. Molendowska, “High performance diffusion MRI in the prostate: new opportunities & potential for clinical translation,” ISMRM 2024, Singapore, Member-Initiated Session.
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To see further publications from our users, visit our Paper Database.