Top Tweets for #DMRI
ABCC release 3.1.0として24000件超の処理済みdMRI成長dataを公開
ICVF(NODDI)/MKT(DKI)/RTOP(MAP-MRI)はFAより平均4–5倍高い年齢関連効果量を示す
👇data (下記入手方法参照）
https://t.co/BgmPsJT8Tb
#dMRI
#development
#papers
https://t.co/MpOz13Twej
📢Submissions are OPEN for the Computational Diffusion MRI Workshop @#MICCAI 2026 in Strasbourg, France!
Explore cutting-edge dMRI research—from reconstruction & modeling to AI-driven analysis and clinical applications.
#dMRI #MICCAI2026 #Neuroimaging #MedicalImaging
🍃 Week 18 of #DiffusionMRIZeroToHero series!
Learn how CSD creates sharp fiber ODFs resolving crossings down to ~30-40°, and how Multi-Tissue CSD goes further by separating WM, GM & CSF for cleaner results.
Full post: https://t.co/NFCkC7lV6L
#DIPY #Neuroimaging #dMRI
🍃 Week 17 of #DiffusionMRIZeroToHero series!
After Spherical Harmonics, we explore how Q-Ball Imaging & CSA transform diffusion signals into fiber-aligned ODFs.
Read the full post: https://t.co/KXVY9wGo6r
#DIPY #Neuroimaging #dMRI
🏔️ IST 2026 in the Canadian Rockies! 🏔️
The 2nd annual meeting of the International Society for Tractography is set for this fall. After Bordeaux, we’re bringing the community together again at the frontiers of #tractography, #dMRI & brain connectivity.
👇 Details
🍃 Week 16 of #DiffusionMRIZeroToHero!
Spherical Harmonics - Fourier Transform on the sphere & the math behind ODF reconstruction from HARDI data.
Full Post - https://t.co/lkBQliveAn
#DIPY #Neuroimaging #dMRI #ODF
Proud to share new work led by my lab’s Patryk Filipiak: tackling the hard problem of fiber #tractography for #neurosurgery through cerebral vasogenic edema—on real clinical #dMRI datasets. Now in MRM https://t.co/dcLqpapkhi
Earlier this week in #DiffusionMRIZeroToHero, we covered fwDTI to remove fluid contamination from standard DTI metrics. 🧠
Here’s a practical guide to fitting the bi-tensor modeI in Python using DIPY: https://t.co/8BXTrRZzBD
#DIPY #Neuroimaging #fwDTI #dMRI
While DKI improves upon DTI, it can still struggle with noise and fiber orientations.
This week in #DiffusionMRIZeroToHero, we explore Mean Signal DKI (MS-DKI) to get stable, dispersion-free microstructure maps. 🧠
Read More: https://t.co/IfCJIXW6HM
#DIPY #dMRI #MedicalImaging
This week in #DiffusionMRIZeroToHero we look at where DTI breaks down when voxels contain crossing fibers or mixed tissue.
Why DTI struggles, and how advanced models go beyond the tensor: https://t.co/pN1GwYVjPu
#DIPY #dMRI #Neuroimaging #DTI
#DMRI is prone to misalignment between volumes which can throw off downstream analysis.
This week in #DiffusionMRIZeroToHero, we discuss Image Registration, the process to ensure your volumes are anatomically aligned. 🧠
Full Post - https://t.co/1V2nSi1lH3
#DIPY #NeuroImaging
Earlier this week in #DiffusionMRIZeroToHero, we covered Gibbs Ringing artifacts. You can try Gibbs correction in #DIPY with a simple command line workflow:
dipy_gibbs_ringing “path_to_dwi.nii.gz” --out_dir “gibbs_output”
For more details: https://t.co/azodew7LGw
#dMRI #Neuroimaging #MedicalImaging
Seeing ripples near sharp edges in your MRI? That's Gibbs Ringing. 🌊
This week's #DiffusionMRIZeroToHero explains why this happens, how it affects dMRI metrics, and how to fix it without blurring your data.
Full Post - https://t.co/wLayxvfsGN
#dMRI #DIPY #MedicalImaging #NeuroImaging
Seeing ripples near sharp edges in your MRI? That's Gibbs Ringing. 🌊
This week's #DiffusionMRIZeroToHero explains why this happens, how it affects dMRI metrics, and how to fix it without blurring your data.
Full Post - https://t.co/wLayxvfsGN
#dMRI #DIPY #MedicalImaging #NeuroImaging
#dMRI data is noisy, even after motion & distortion correction, obscuring subtle microstructural details.
Week 7 of #DiffusionMRIZeroToHero, we look at Denoising - the process of recovering the underlying signal without blurring.
Read: https://t.co/PizMNPzSeQ
#DIPY #Denoising
Week 6a of #DiffusionMRIZeroToHero: Brain extraction made easy with DIPY CLI 🧠⚙️
Run median_otsu for diffusion data or EVAC+ for T1 images in just one command. Simple, fast, and pipeline friendly.
Read: https://t.co/uZGy0OIdfN
#DIPY #DiffusionMRI #dMRI #NeuroImaging
Week 6 of #DiffusionMRIZeroToHero: Why brain extraction QC protects your analysis pipeline.
Poor extraction → failed processing algorithms. Simple visual checks protect everything downstream.
Full post: https://t.co/iIq3rnWaPH
#DIPY #dMRI #NeuroImaging
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