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Time-efficient high resolution diffusion weighted SSFP measurements at 14.1T
{This study investigates the use of diffusion weighted SSFP imaging for high-resolution diffusivity measurements of post-mortem tissue, using two different models (Wu-Buxton and Freed) and draws a comparison to conventional DW SE-Measurements. A toolbox was developed to optimize SSFP imaging parameters for selected tissue regions which was then used successfully. We showed that the SSFP approach is highly valuable for time-efficient high-resolution post-mortem diffusion weighted imaging.}
@misc{item_3054579, title = {{Time-efficient high resolution diffusion weighted SSFP measurements at 14.1T}}, booktitle = {{ISMRM 27th Annual Meeting \& Exhibition}}, abstract = {{This study investigates the use of diffusion weighted SSFP imaging for high-resolution diffusivity measurements of post-mortem tissue, using two different models (Wu-Buxton and Freed) and draws a comparison to conventional DW SE-Measurements. A toolbox was developed to optimize SSFP imaging parameters for selected tissue regions which was then used successfully. We showed that the SSFP approach is highly valuable for time-efficient high-resolution post-mortem diffusion weighted imaging.}}, year = {2019}, slug = {item_3054579}, author = {Bosch, D and Hagberg, G and Pohmann, R and Shiozawa-Bayer, T and Hirt, B and Scheffler, K} }