Fuyixue Wang
@FuyixueWang
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Assistant Professor, MRI researcher @MGHMartinos @HarvardMed | #MRI acquisition&recon, fMRI, dMRI and qMRI | Funded #BRAINInitiative @NIH |PhD @MIT_HST @MIT
Boston, Massachusetts, USA
Joined June 2021
Our Romer-EPTI paper is featured as the MRM Cover Image and selected as an Editor’s Pick! 🎉 Check out the paper to see the image quality it achieves at mesoscale resolution for dMRI on clinical scanners @MGHMartinos @FuyixueWang:
onlinelibrary.wiley.com
Purpose To overcome the major challenges in diffusion MRI (dMRI) acquisition, including limited SNR, distortion/blurring, and susceptibility to motion artifacts. Theory and Methods A novel Romer-EP...
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Grateful to receive an R01 grant (4% percentile) #NIH/#NIBIB on developing next-gen diffusion MRI acquisition for mesoscale dMRI and microstructure imaging using Romer-EPTI! We continue to seek #Postdoctoral MRI researchers to join our team: https://t.co/zNFocHj9Mv.
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Our work on single-shot EPTI is now published in MRM! Single-shot EPTI achieves distortion-free multi-echo fMRI and dMRI with a temporal resolution comparable to single-shot EPI. Sequence available at https://t.co/3lK06zRFHb Read more:
onlinelibrary.wiley.com
Purpose To develop a single-shot SNR-efficient distortion-free multi-echo imaging technique for dynamic imaging applications. Methods Echo planar time-resolved imaging (EPTI) was first introduced a...
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Check out our latest paper on Romer-EPTI published in MRM! Romer achieves in vivo dMRI at unprecedented mesoscale resolutions at both 3T (500um-iso) and 7T (485um-iso) by addressing several major challenges: SNR, motion, distortion, and various artifacts https://t.co/jLRr6Xg7p1
onlinelibrary.wiley.com
Purpose To overcome the major challenges in diffusion MRI (dMRI) acquisition, including limited SNR, distortion/blurring, and susceptibility to motion artifacts. Theory and Methods A novel Romer-EP...
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Great work from Ovidiu Andronesi and team! Whole-brain MRSI-EPTI method provides fast absolute quantification of brain metabolic concentrations at 2.4-mm isotropic resolution #mri #glioma | Radiology
pubs.rsna.org
Fast super-resolution whole-brain MR spectroscopic imaging integrated with multiparametric echo-planar time-resolved imaging for relaxation and proton density correction yielded absolute metabolite...
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Excited to launch EPTI dissemination for fMRI & beyond! Explore EPTI in your studies as the next-gen EPI readout, with distortion-free, rich multi-echo & contrasts: https://t.co/p1ZA471jNI. Thanks to @NINDS BRAIN Initiative U24 & our committee: @layerfMRI @JJeanChen @cately00 &
martinos.org
About EPTI including available EPTI sequences, reconstruction, recent development/applications
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Great event! Grateful for the recognition and award for our Romer-EPTI technique! @FuyixueWang @Leehhtw @SusieHuangMDPhD @MGHMartinos @DiffusionISMRM
Congratulations to all our presenters in the Americas timezone, including our prize winners: Zijing Dong, Jake Hamilton, Ali Abdollahzadeh & Paulina Jael Villaseñor. Really impressive work !🌟🏆🧲
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Our submillimeter in-vivo diffusion MRI Opendata @MGHMartinos @MGHImaging featured in Dryad as one of the most popular dataset. Find out more about this open data at https://t.co/SgJyktGkxs.
#OpenData #MRI #OpenScience
nature.com
Scientific Data - In vivo human whole-brain Connectom diffusion MRI dataset at 760 µm isotropic resolution
We’ve rounded up some of our most viewed data publications, always free to access and reuse without restriction 🔓 Featuring data from @YoonhoKim_MIT @FelixLeivaL @wcepverberk @amir_fromm @paul_hime @forestecogrp @FuyixueWang @joshuaiglaser & more https://t.co/XDEKv7Y1jW
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Congrats! Well deserved! Really exciting project and look forward to exploring more on CSF imaging!
Excited to receive my #K99/R00 award from @NIHAging to develop new CSF flow imaging techniques and apply them to aging and AD research. Huge thanks to my mentors and collaborators! Now we can see 4D CSF flow dynamics of the entire human brain! @MGHMartinos @FuyixueWang @lauradata
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We're hiring a postdoc with interest in MRI pulse sequence design. Please reach out if you are interested!
Postdoc Position! We're #hiring a #postdoc for sequence work in body functional #MRI. Join our interdisciplinary group of engineers and clinicians as we build patient facing 🧲imaging technology in ☀️ sunny 🚣🏾♀️, 🥏🥸hip, and 😎weird 🦇🦂 Austin, TX! Let's chat at #ISMRM2023 plzRT
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Amazing work done by Dr. Lisa Krishnamurthy on "Data-Driven Analysis Of EPTI MRI Suggests Frequency-Specific Mechanisms Of Brain Fluctuations With Unique TE Signatures". also great thoughts on using DL to extract more info from multi-echo EPTI fMRI! @vdcalhoun @CenterTrends
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#ISMRM23 Come see our work on Romer-EPTI for in-vivo mesoscale dMRI at 3T&7T (Oral #0541 Tues13:30-15:30 701A) and for high-b value and time-dependent dMRI (Oral #0690 Tues15:45-17:45 718B). High SNR (√25X), motion-robust&distortion-free @MGHMartinos @mgh_mesoscale @MGHImaging
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Excited to see the transformation of ultra-high gradient diffusion MRI as Connectome 2.0 arrives @MGHMartinos @MGHImaging next month!! Looking forward to sharing many new developments @ISMRM in partnership with @NIBIBgov @SiemensHealth @RebeccaRamb
It's the last scan ever on the Connectome 1.0 scanner 🥲 It is getting ramped down on Tue, to be replaced by Connectome 2.0. The last subject is an ex vivo brain. End of an era! So many memories here in @MGHMartinos Bay 8... @chiaramff @GLlorden @SusieHuangMDPhD @WitzelThomas
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Excited to share that I am looking for talented and motivated #Postdoctoral MRI researchers to join our team @MGHMartinos @MGHImaging to work on advanced acquisition and reconstruction methods for neuroimaging. Please reach out if interested, and help us spread the word!
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So we used @FuyixueWang's incredible 760 µm diffusion MRI dataset (shared in DSI Studio format by @FangChengYeh) to estimate connections between superior temporal cortex and dorsal striatum. (dMRI data link: https://t.co/24c17TrQhU) (3/n)
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