@emoysae presented the Oral “K-CC-MoCo: A fast respiratory motion correction in coil-compressed K-space for highly accelerated first-pass perfusion cardiac MRI”🫀 Program Number: 0029, Magna Cum Laude Merit Award 🥳
Do you need to apply motion corrections? @emoysae@LPI_Lab presents "K-CC-MoCo: A fast respiratory motion correction in coil-compressed K-space for highly accelerated first-pass perfusion cardiac MRI", 08:15am, Room 312.
🚨New paper out 🚨
Excited to share our latest research! 🧠 Our results demonstrate the feasibility of predicting tumor T1w-enhancement from pre-contrast conventional weighted images (without contrast agents!) using deep learning.
👇Check it out: https://t.co/Sq6yE8lXH3
Bye bye #ISMRM24 it was a pleasure to be part of such an incredible meeting full of outstanding talks, old (and new) friends, and inspiring MR-conversations 🧲🧠🫀Countdown for #ISMRMR25 🔛 See you in Hawaii 🌺
Deep Learning is very useful, so ask Elisa Moya-Sáez @emoysae about her work "Post-contrast multiparametric mapping from only pre-contrast conventional weighted images", Acquisitions and Reconstructions using AI II session, 14.30.
(1/6) After hard work in @CUBRICcardiff , my first-author paper has been published (https://t.co/ObFevZIM0y)! This work is focused on the optimisation of the brain diffusion-relaxation MRI sequence with a physics-informed (machine) learning approach.
Very proud of the last publication of our group! 🫀Limex: a novel method for measuring thickness of wall-like anatomical structures that outperforms state-of-the-art in classifying RV myocardial segments by their thickness. Check it out!
https://t.co/q5Bh9mhYtT
Los científicos de todo el mundo pagaron unos 1.000 millones de euros en cuatro años a las cinco grandes editoriales simplemente para que sus propios estudios se publicasen con acceso abierto, según un cálculo del equipo de @stefhaustein. MIL MILLONES
https://t.co/b4KpxTA9ld 👇
New research enables fast, low-light optical microscopy by restoring the fluorescence signal for a wide range of microscopy systems.
Learn more in this week’s issue of Science Advances: https://t.co/ydDCLSlHb9
Cuando Brunelleschi comenzó la cúpula de Santa María del Fiore en Florencia, nadie confiaba en que lo lograría. No se podía sostener, era demasiado difícil.
Tan difícil que, aún hoy, su construcción es el mayor misterio de la arquitectura.
Os lo cuento en #LaBrasaTorrijos
🧵⤵️