@lab_midas
Joined February 2020
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  • Following15
  • Followers41
4Media
📷 Check out our new deep learning-based framework for non-rigid registration of accelerated cine images for different sampling trajectories and accelerations of up to x16 at #ismrm23. If curious, drop by today at abstract #1368 @lab_midas @aimlab_tum
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In case you missed it, we presented at #ISMRM23 on "Attention Mechanisms for Sharing Low-Rank, Image, and k-Space Information during MR Image Reconstruction"! #0819: Top 100 Abstracts, Magna Cum Laude Merit Award. @lab_midas @aimlab_tum
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📢 Excited to present at #ISMRM23 on "Contrastive Self-Supervised Learning for Cardiac MR Image Reconstruction"! Join me at 15:45 for an innovative approach to learn from undersampled cardiac Cine MR images. Abstract ID: #0709 #WhyCMR @lab_midas @aimlab_tum
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📷 We will be presenting our research on 'Avoiding shortcut learning by Mutual Information Minimization in deep learning-based MRI processing' at #ISMRM23! Join us at 13:45 for insights on causal learning in medical imaging! Abstract#0154 @lab_midas
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Our whole-body FDG-PET/CT lesion dataset is now on @TCIA_News 📢doi.org/10.7937/gkr0-xv29 With this dataset we address the limited public availability of annotated high-quality PET/CT data for #AI research🔬 @lab_midas
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📢Participate in the autoPET challenge hosted at #MICCAI autopet.grand-challenge.org A machine learning-based automated tumor lesion segmentation on 1000 whole-body FDG-PET/CT datasets🔬 💰Compete for the prize money of 15000 Euro💶 @lab_midas @MICCAI_Society @ESHI_Society

autoPET - Grand Challenge

Automatic lesion segmentation in whole-body FDG-PET/CT

autopet.grand-challenge.org
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A wonderful and fun collaboration that started with a tutorial @ISMRM with @KuestnerThomas, @khammernik, @WendyStrugnell, T Ismail & S Weingärtner led to this ❤🧲 review 📃doi.org/10.3389/fcvm.2022.82… 🤷🏻‍♀️Maybe you will find it useful #whyCMR #CardioTwitter 🙋🏻‍♀️More to come at #ISMRM22
Cardiac MRI review paper

ALT Cardiac MRI review paper

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November MRM Editor's Pick #3: "Deep-learning based super-resolution for 3D isotropic coronary MR angiography in less than a minute", by Thomas Küstner (@KuestnerThomas) et al. @lab_midas @uni_tue. onlinelibrary.wiley.com/doi/…
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#DeepLearning model measures geometric hip joint parameters doi.org/10.1148/ryai.2021200… @lab_midas @Uni_Stuttgart #HipPain #MRI #MachineLearning
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Automatic extraction of hip morphometry from MRI using deep learning doi.org/10.1148/ryai.2021200… @lab_midas @Uni_Stuttgart #DeepLearning #arthritis #MRI
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Automatic extraction of hip morphometry from MRI using deep learning doi.org/10.1148/ryai.2021200… @lab_midas @Uni_Stuttgart #DeepLearning #arthritis #ML
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Join the Cardiac MR 👩🏼‍🏫 tutorial and 👨🏻‍💻 challenges 🏆 @ISMRM @SMRT_ISMRM if you're curious 🤔 about #whyCMR or need to refresh or deepen your understanding on ❤🧲 clinical applications, protocols, physics and reconstruction methods. 🌐 ismrm-mit-cmr.github.io #ISMRM21
Cardiac MRI tutorial @ISMRM

ALT Cardiac MRI tutorial @ISMRM

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Join the Cardiac MR tutorial @ISMRM @SMRT_ISMRM to learn from our distinguished speakers about #whyCMR: why we need it, how to run a CMR protocol, the physics behind it, and how we can analyse the data with machine learning ismrm-mit-cmr.github.io #ismrm21
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Congratulations
Thomas Kuestner@KuestnerThomas10 Dec 2020
Grateful to receive the best paper award at APSIPA 2020 for our work on DL-based motion-compensated reconstruction via non-rigid registration in k-space @lab_midas @KCL_CardiacMR @BioMedIAICL @RMIT @CUHKofficial
"[A]dipose tissue distribution in the body has been shown to be a key indicator of the pathogenesis of insulin resistance and type 2 #diabetes mellitus" doi.org/10.1148/ryai.2020200… @KuestnerThomas @lab_midas #AI #RadAI #MachineLearning
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Grateful to receive the ESMRMB Magna Cum Laude Award for our work on DL super resolution to enable fast sub-millimeter coronary MRA. If you are @ESMRMB please join me at my lightning talk: bit.ly/3jbilrg #ESMRMB2020 @KCL_CardiacMR @KingsImaging @SmartHeartUK @rbotnar
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Check out our recent work on free-running 3D isotropic Cartesian cardiac CINE in less than 2 minutes: onlinelibrary.wiley.com/doi/… #KCL @KCL_CardiacMR @KingsImaging @SmartHeartUK @rbotnar
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Check out our recent work in Nature Scientific Reports on a 4D recon network to enable 3D cardiac CINE with isotropic left ventricle coverage in a single breath-hold of <12s: nature.com/articles/s41598-0… #KCL @KCL_CardiacMR @KingsImaging @BioMedIAICL @SmartHeartUK @rbotnar @lab_midas
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Join us today at the #ISMRM20 Myocardial Perfusion & Function Q&A at 15.50 UTC⌚️. @KuestnerThomas will be answering questions on our work on Free-Running 3D Whole-Heart CINE (#1312,👉 ww5.aievolution.com/ism2001/… ). #KCL #ISMRM @KingsImaging @rbotnar @SmartHeartUK
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Check out the work of @khammernik “On the influence of Prior Knowledge in Learning Non-Cartesian 2D CINE Image Reconstruction" at #ISMRM20 (#602, ww5.aievolution.com/ism2001/…). #ISMRM #KCL @KingsImaging @rbotnar @SmartHeart @DanielRueckert @BioMedIAICL
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