ISMRM AMPC Selected Posters
Traditional Poster
Central Office
Sunday, 10 May 2026
Abstracts that the ISMRM Annual Meeting Planning Committee wish to highlight in the program. These posters are on display in the Exhibition Hall; however, there is no poster session for the AMPC Highlights. To attend the scientific presentation, please look in the program for the presentation date and time.
|
271-01-001.
Online 3D-MRF for Population-Scale Quantitative Neuroimaging: A 3,849-Exam Clinical Deployment
Impact: This 3,849-exam clinical deployment demonstrates population-scale quantitative relaxometry through automated online 3D-MRF integrated with PACS and EHR systems. Linking tissue parameter maps with clinical metadata enables systematic retrospective cohort analysis previously limited by manual workflows and qualitative imaging.
|
||
|
271-01-002.
High-SNR Whole-Brain Mesoscale Diffusion MRI Using Rotating-View Acquisitions (ROVER-dMRI)
Impact: ROVER-dMRI integrates thick-slice acquisitions for intrinsically high SNR with an implicit neural representation (INR) for continuous, noise-robust super-resolution reconstruction. This approach enables submillimeter dMRI with superior fidelity and structural delineation, greatly benefiting microstructural and connectivity analysis of fine-scale brain architecture.
|
||
|
271-01-003.
Motion-robust biventricular cardiac function assessment via novel 4D CINE by real-time MRI and slice-to-volume reconstruction
Impact: The RT-SVR approach enables 1mm3 4D cardiac CINE with zero patient corporation, with compatible bi-ventricular volumes, contrast, and sharpness compared to breath-hold CINE. This approach may benefit patients that are non-cooperative, children, and those with irregular breathing and/or arrhythmia.
|
||
|
271-01-004.
Effect of gradient non-linearity correction on whole leg Diffusion tensor imaging
Impact: Voxel-wise
correction of gradient non-linearities is crucial for accurate muscle DTI. It
reduces MD bias, minimizes orientation-dependent FA errors, and improves
tractography reliability, ensuring reproducible whole-leg analyses and enabling
more robust biomarkers for muscle microstructure in health and disease.
|
||
|
271-01-005.
Distinct pressure- and flow-driven propagation pathways of low-frequency oscillations in the human brain
Impact: This work identifies two distinct mechanisms by which
low-frequency oscillations propagate through the brain: pressure- and
flow-driven pathways. Characterizing these transmission modes advances their application
in key domains: probing brain fluid dynamics and serving as endogenous markers
of cerebrovascular health.
|
||
|
271-01-006.
Advanced Diffusion-Weighted Imaging Markers for Prediction of Breast Cancer Treatment Response in a Multisite Trial
Impact: Diffusion-weighted imaging markers
demonstrate accurate early prediction of pathologic response in breast tumors treated
with neoadjuvant chemotherapy, outperforming RECIST. Results support their
potential as imaging biomarkers to help optimize breast cancer treatments in
the future.
|
||
|
271-01-007.
Repeatability and reproducibility of knee cartilage T1ρ and T2 mapping: A multi-site multi-vendor study by QMIC
Impact: This study demonstrated excellent intra-site repeatability
and inter-site reproducibility of knee cartilage T1ρ and T2 imaging using QMIC
MSK committee–recommended protocols across multiple sites and vendors, supporting
their potential future use in clinical practice and large-scale clinical trials.
|
||
|
271-01-008.
Functional lung MRI during tachypnea detects changes in regional ventilation after dual bronchodilator treatment in COPD
Impact: Metronome-paced tachypnea is a feasible
alternative to exercise testing and demonstrates greater sensitivity to single-dose
dual bronchodilator effects in COPD patients when assessed using single-slice
functional lung MRI.
|
||
|
271-01-009.
Signatures of structural disorder in axons and glial processes in human white matter using time-dependent diffusion MRS
Impact: Diffusion-tensor MRS uncovers time-dependence of diffusion coefficient for axon- and glia-specific metabolites in human white matter. The derived axon geometry parameters agree for NAA and water, and differ for choline, suggesting that glial processes are microstructurally distinct from axons.
|
||
|
271-01-010.
Permeability changes measured by dynamic contrast enhancement and revascularization surgery in patients with moyamoya disease
Impact: In patients with moyamoya disease, blood brain barrier (BBB)
dysfunction may correlate with hemodynamic disturbances and be reversible after
revascularization surgery. Further investigation is needed to clarify whether
BBB dysfunction affects cognition in this disease population.
|
||
|
271-01-011.
Initial Clinical Evaluation of DeepAcq: Ultra-Fast Multi-Contrast MRI and T₁/T₂ Mapping in Multiple Sclerosis
Impact: DeepAcq enables high-resolution multi-contrast
MRI and quantitative mapping in under 3 minutes, with performance comparable to
reference acquisitions. With clinical validation, it holds promise for
increasing scanner efficiency, improving patient comfort, and facilitating
longitudinal monitoring of disease progression in MS.
|
||
|
271-01-012.
Accuracy and Sensitivity of 3D qDESS in T2-mapping of Skeletal Muscle Before and After Exercise-induced Increases in T2
Impact: The 3D qDESS method is in good agreement with MESE and STEAM muscle-water $T_2$ values in skeletal muscle under pre- and post-exercise conditions, making it a sensitive and viable tool for FSHD clinical trials.
|
||
|
271-01-013.
Physics-Driven MRI Reconstruction with Autoregressive State-Space Modelling
Impact: MambaRoll enhances image fidelity through improved contextual sensitivity while maintaining high computational efficiency, enabling more reliable reconstructions. This capability can improve the utility of accelerated imaging protocols and learning-based reconstruction in clinical applications.
|
||
|
271-01-014.
Context is everything: Reducing false positives in longitudinal health assessment using deep learning with prior information
Impact: A reduction in false positive rates using individualized prior context without degrading sensitivity could offer a pathway to expand longitudinal health-monitoring programs to large populations with comparatively low baseline risk of disease, leading to earlier detection and improved health outcomes.
|
||
|
271-01-015.
A 7T MRI-Compatible Piano for Neuroscientific Research
Impact: This
piano enables artifact-free, high-field fMRI studies of naturalistic music
tasks through weighted keys equipped with 3D-printed hammers and low system latency, supporting research in brain function, motor
control, and neurorehabilitation.
|
||
|
271-01-016.
Characterising neurodevelopment in low and middle-income settings with ultra-low field MRI.
Impact: Reliable prediction of cognitive
development is critical for rapid early evaluation of maternal and child health
interventions. Low-field MRI may fill this need, allowing interventions to
be rapidly assessed, improved, and implemented to improve child “thrival” in
LMIC settings.
|
||
|
271-01-017.
Diffusion-Relaxation Correlation Spectroscopic MRI for Characterizing Prostate Cancer versus Whole-Mount Histopathology
Impact: Prostate microstructure parameters obtained from diffusion-relaxation correlation spectroscopic MRI (DR-CSI) demonstrated differences between indolent and clinically significant prostate cancer. DR-CSI has the potential to improve the characterization of prostate cancer.
|
||
|
271-01-018.
Deuterium metabolic imaging for assessing response to chemoradiotherapy in high grade glioma: a multisite study
Impact: Our
findings suggest DMI can non-invasively measure treatment response in high
grade glioma following chemoradiotherapy. The
relationship between metabolic measurements and prognosis for patients supports further
investigation into the application of DMI for oncological treatment response.
|
||
|
271-01-019.
Infrared control signaling for a fully wireless stand-alone RF coil with analog optical signal transfer
Impact: We
demonstrate a fully wireless MR receive-only coil combining infrared control
signaling, analog optical signal transmission, and battery power supply. The IR
link enables reliable, low-latency detuning without performance loss,
representing a key step toward practical stand-alone wireless MRI coils.
|
||
|
271-01-020.
Investigations on RF Shimming with a 16-Channel Coaxial-End Dipole Array for Combined Head and C-spine MRI at 9.4T
Impact: We show that 2D RF
shimming with a 16-channel double-row dipole array improves excitation
uniformity for combined brain and spine imaging at 9.4T, while improvements for
3D excitation are limited. This informs future developments in parallel
transmission for ultra-high-field neuroimaging.
|
||
|
271-01-021.
All-in-One DeepGrasp: A Unified Self-Supervised Model for Accelerated 4D Radial MRI Across Organs, Resolutions, and Dynamics
Impact: The proposed All-in-One DeepGrasp allows for efficient and high-quality, highly-accelerated 4D
MRI reconstruction across organs, resolutions, and temporal dynamics, offering
significant potential for different clinical applications, including both DCE and non-DCE applications.
|
||
|
271-01-022.
Abbreviated Cardiovascular MR (aCMR) for Efficient and Comprehensive Etiology Diagnosis of Acute Ischemic Stroke
Impact: The
aCMR-based imaging paradigm is expected to significantly enhance AIS care by
improving the accuracy and efficiency of etiology diagnosis, reducing rates of
cryptogenic stroke diagnosis, and effectively guiding treatment decisions for
secondary stroke prevention.
|
||
|
271-01-023.
High-Bandwidth PRF-Shift MR Thermometry for Temperature Imaging Near Metal
Impact: The proposed high-bandwidth MR thermometry method enables temperature imaging in tissues with large magnetic field offsets or gradients, such as those near metallic ablation probes or needles. This is desirable to monitor thermal therapies but not possible with existing methods.
|
||
|
271-01-024.
REACT-MAX: Comprehensive Vascular Evaluation with Non-Contrast Angiography, Vessel-Wall, and Calcification MRI in One Scan
Impact: REACT-MAX streamlines comprehensive
vascular evaluation by combining contrast-free angiography, vessel-wall, and
calcification imaging in one scan, reducing scan time and motion artifacts
while improving diagnostic workflow efficiency for potential early detection of
systemic atherosclerotic disease.
|
||
|
271-01-025.
Cortex-Inspired Hierarchical Reconstruction of Visual Stimuli from fMRI Signals
Impact: Our fMRI-based reconstruction creates a non-invasive window into the mind, translating thoughts into high-resolution visual imagery. This work offers significant potential for creating assistive technologies for the disabled and advancing research into visual neuroscience.
|
||
|
271-01-026.
Layer-fMRI at 0.39 mm isotropic meets vascular mapping at 0.35 mm isotropic: Partners or Confounders?
Impact: Layer-fMRI is approaching the scale of cortical microcircuits, yet its physiological underpinnings remain unclear. By pairing 0.39 mm layer-fMRI with 0.35 mm vascular imaging, we demonstrate that vascular architecture accounts for significant, previously unexplained variance in laminar signals.
|
||
|
271-01-027.
Neurochemical Indicators of Cognitive Performance assessed by 7T MR Spectroscopy in the Aging Adult Brain Connectome Cohort
Impact: This study enhances our
understanding of cognitive aging by revealing neurochemical patterns linked to
preserved cognitive abilities in older adults, highlighting the role of MR
spectroscopy in evaluating neuronal resilience in aging.
|
||
|
271-01-028.
First human subject images with a sealed, low-cryogen, high-performance head-only 7T MRI scanner (Compact 7T)
Impact: The low-cryogen, lightweight Compact 7T system makes it
easier to install and operate a 7T MRI. Furthermore, With SRmax = 820
T/m/s, 4x that of whole-body 7T, spatial distortion and signal loss in EPI typical at
7T are markedly reduced.
|
||
|
271-01-029.
AI-Based Detection of Liver Iron Overload and Steatosis from MRI Localizers
Impact: A deep learning method detects liver iron overload and
steatosis from the localizers acquired at the beginning of every exam, with
radiologist-level performance. This may enable immediate triage to identify
patients who would benefit from same-exam specialized iron/fat quantification.
|
||
|
271-01-030.
A Unified Vision-Language Foundation Model for Multi-Task MRI Application
Impact: OmniMRI
is a unified vision-language foundation model trained on large-scale
heterogeneous MRI data, performing reconstruction, segmentation, detection,
diagnosis, and report generation in one system to enhance automation,
efficiency, and generalization across diverse protocols, anatomies, and tasks
in the MRI workflow.
|
||
|
271-01-031.
Paramagnetic Changes in Multiple Sclerosis: Imaging-Pathology Correlations
Impact: Paramagetic Rim Lesions (PRL) have been proposed as an MRI-visible indicator of chronic immune activity in Multiple Sclerosis (MS). However, imaging-histology comparison suggests that the degree PRL reflect relevant pathology is unclear. Further research is required to adequately interpret PRL.
|
||
|
271-01-032.
Arrhythmia-Resolved Heart-Brain Hemodynamic Relationships in Atrial Fibrillation: A Feasibility Study
Impact: We demonstrated the
feasibility of an arrhythmia-resolved heart-brain MRI protocol that quantifies
hemodynamics across various heartbeat lengths in arrhythmia. This approach enables
investigation of potentially adverse hemodynamics that may contribute to brain
injury in atrial fibrillation.
|
||
|
271-01-033.
Swimming Attenuates Paraspinal Muscle Degeneration in Rats with Discogenic Low Back Pain: A Multimodal MRI Study
Impact: Provides
quantitative, noninvasive MRI markers of exercise-induced paraspinal muscle
remodeling, enabling objective monitoring and mechanism-informed
rehabilitation. These markers support responder stratification and dosing in
trials and can be standardized across centers to accelerate clinical
translation.
|
||
|
271-01-034.
Battery-Powered Portable MRI For Low-Resource Settings
Impact:
Autonomous battery powered low-field scanners enable uninterrupted scanning and decoupling from noise sources in regions where electricity is unreliable. |
||
|
271-01-035.
In-vivo mapping of whole-brain venous angioarchitecture and T2* at 350 microns with servo navigation and pTX at 7T and 11.7T
Impact: Simultaneous
whole-brain T2* mapping and in-vivo venous angioarchitecture mapping
at 350 μm isotropic is feasible at 11.7T (7T) within
11 (15.5) minutes scan time. To this end, multi-echo data were acquired using segmented 3D-EPI with pTX and prospective motion+field correction.
|
||
|
271-01-036.
Quantification of Infrapatellar Fat Pad Fatty Acid Composition across ACLR and KOA Cohorts using CSE-MRI at 5T
Impact: Joint quantification of PDFF, FAC, and R2* of IPFP using CSE-MRI can reveal disease differences between KOA and ACLR, supporting their potential use as non-invasive biomarkers for prognosis, early surveillance, and personalized intervention.
|
||
|
271-01-037.
Analysis of the Information Contribution of Different Contrast Scans in an MRI Examination aided by Content/style Modeling
Impact: Quantification of the information contribution of scans in
an MRI exam can assist the operator/radiologist in optimizing exam protocols for
high efficiency with minimum information loss. Such optimized exams could reduce
strain on the patient, while increasing the hospital’s patient-throughput.
|
||
|
271-01-038.
Social status individualizes brain connectome dynamics to buffer negative hippocampal recall
Impact: These findings establish connectome
adaptability as a systems-level mechanism linking everyday social-status
experiences to hippocampal control of negative memory. Thereby, we identify a
translational endophenotype that connects ecological behavior, network
dynamics, and cognitive resilience relevant to depression risk across species.
|
||
|
271-01-039.
UTE-MRI Detects Increased Fat Deposition in Cortical Pores of Diabetic Bones
Impact: We demonstrate for the first time that UTE-MRI can detect fat
deposition in cortical pores. Increased fat deposition in cortical pores of
diabetic bones may serve as a useful imaging marker for monitoring bone health
in patients with diabetes.
|
||
|
271-01-040.
Characterization and longitudinal assessment of myocardial microstructure in ICI myocarditis using ultra-high-gradient cDTI
Impact: Free-breathing cardiac diffusion tensor imaging enables contrast-free detection and monitoring of microstructural injury in immune checkpoint inhibitor-related myocarditis, providing a robust imaging biomarker that complements guideline-recommended T1/T2 criteria and may improve early diagnosis, risk stratification, and therapeutic monitoring.
|
||
|
271-01-041.
Physics-Guided Few-Shot Learnable Active Contour Model for Quantitative Body Composition Analysis on MRI PDFF images
Impact: This physics-guided learnable active contour model enables high-precision, whole-body tissue segmentation from MRI-PDFF images with minimal annotations. It facilitates scalable body composition analysis, overcoming a key bottleneck in clinical research and population health studies.
|
||
|
271-01-042.
Data-driven staging and subtyping reveal spatiotemporal trajectories of brain iron in Parkinson’s disease
Impact: This work establishes a data-driven framework to disentangle Parkinson’s disease heterogeneity, revealing biologically meaningful spatiotemporal trajectories of iron accumulation that may enable personalized disease staging, progression tracking, and biomarker-based patient stratification in clinical trials.
|
||
|
271-01-043.
Fast design of safe spirals on the scanner
Impact: The proposed algorithm enables spiral
imaging with safe designs allowing on-the-fly adjustment, as acquisition
parameters are modified. This flexibility enables safe and efficient use of
gradients alongside normal imaging workflow.
|
||
|
271-01-044.
T1 and T2 mapping of the human brain across magnetic field strengths from 0.047 T to 7.0 T
Impact: Measuring T₁
and T₂ in the same
subjects from 0.047T to 7.0T on the same software
allows more
rigorous determination of the dependency on field strengths, which in turn aids in contrast
optimization for mid- and low-field MRI.
|
||
|
271-01-045.
What is the effect of a breath-hold on renal BOLD MRI scans?
Impact: Detailing renal BOLD changes from autoregulatory mechanisms may reveal impaired renal vasoreactivity, a feature of early diabetic kidney disease, and serve as a potential biomarker for early detection and monitoring.
|
||
|
271-01-046.
Cortical myeloarchitectural types in a 75μm isotropic whole human brain ex-vivo dataset
Impact: In ex-vivo, whole human brain data at 75μm isotropic, we show T2* contrast delineates all Vogt&Vogt striate types of myeloarchitecture. This presents an important step towards a whole-brain MRI-based atlas of laminar T2* contrast with close relationship to myeloarchitecture.
|
||
|
271-01-047.
Body fat distribution predicts cardiometabolic risk in healthy non-obese individuals: an opportunistic screening approach
Impact: Automated
MRI-derived VAT/SAT ratio reveals hidden cardiometabolic risk in apparently
healthy individuals missed by conventional measures, providing rationale for
opportunistic screening from routine clinical imaging to identify individuals
who could potentially benefit from earlier health interventions.
|
||
|
271-01-048.
Limbic Neurometabolic Network Segregation Underlies Cognitive Resilience in Alzheimer’s Disease
Impact: Neurometabolic
network segregation within the limbic system underlies cognitive resilience in
AD. Preserved neuronal network organization may buffer against glucose
hypometabolism, offer potential biomarkers and provide targets for interventions
aimed at maintaining cognition despite AD pathology.
|
||
|
271-01-049.
Can slice-GRAPPA enable water-fat separation in single-shot EPI for diffusion MRI?
Impact: This work introduces a GRAPPA-based water–fat separation for single-shot diffusion EPI, eliminating the need for fat-saturation or multi-echo acquisitions. It improves fat suppression efficiency and reduces scan time, potentially enhancing diffusion MRI robustness across anatomies.
|
||
|
271-01-050.
A Resonance-Tuned Butterfly Wireless Array for 3 T Prostate MRI
Impact: The wireless butterfly
array provides a compact, optimum decoupling solution for prostate MRI,
enhancing SNR and spatial specificity, simplifying deployment, and improving
diagnostic imaging and potential interventional procedures while
addressing limitations of current coils.
|
||
|
271-01-051.
Going wearable in simultaneous EEG-fMRI at 7T: 8TxRx dipole antenna combined with a 10Rx-only twisted-pair coil array
Impact: This
work establishes the feasibility of combining flexible TP receive arrays with
transceive dipole antennas in the presence of an EEG cap, demonstrating potential for
future wearable multimodal neuroimaging at 7T.
|
||
|
271-01-052.
Disrupted Brainstem Functional Architecture in Aging and in Isolated REM Sleep Behavior Disorder
Impact: This study integrates 7-Tesla fMRI and
transcriptomics to identify brainstem-associated functional and molecular biomarkers
of aging and early α-synucleinopathy, with strong translational correspondence
to 3-Tesla fMRI data, providing a framework for connectome–molecular biomarkers
and therapeutic interventions.
|
||
|
271-01-053.
Identifying network states linked to the therapeutic efficacy of deep brain stimulation for OCD
Impact: We found that therapeutic DBS in OCD reduced
recruitment of a default mode–like state and increased connectivity of a
salience–interoceptive state. Moving beyond trial-and-error DBS optimization,
these dynamic biomarkers can aid data-driven DBS optimization for
network-specific therapeutic engagement.
|
||
|
271-01-054.
A High-Resolution Deuterium Metabolic Imaging and Unsupervised Clustering Framework for Unraveling Intratumoral Heterogeneity
Impact: This
study introduces a noninvasive imaging framework that combines high
spatiotemporal resolution with unsupervised clustering of high-dimensional
dynamic metabolic data, enabling the in vivo detection and classification of intratumoral
heterogeneity.
|
||
|
271-01-055.
Integrated local B0-B1 array: a portable acceleration platform with nonlinear gradient waves numerically optimized in k-space
Impact: A portable, integrated B0-B1 array
generating flexible spatial-encoding fields has been developed to investigate
MRI acceleration limits. This setup stimulates a novel shift in sequence design
methodology: modulation waveform parameters are chosen from numerically-optimized
pools, while human-design becomes highly non-intuitive.
|
||
|
271-01-056.
Test-time optimization for cortical surface reconstruction across image resolutions/contrasts using untrained neural networks
Impact: We
introduce a pretraining–free, generalizable cortical surface reconstruction
method delivering accurate results across imaging resolutions, contrasts, species
and brain regions, reducing barriers to cross-domain neuroimaging. This extends
morphometric analyses to new datasets, accelerating comparative/translational
neuroscience while standardizing analyses.
|
||
|
271-01-057.
Multi-Compartment Relaxometry for myelin water imaging with magnetic susceptibility source separation (MCR-MWI-Chisep)
Impact: We develop an improved MWI framework that enhances myelin water fraction estimation while enabling simultaneous iron quantification. This approach supports low SAR, efficient, high-resolution whole-brain imaging, advancing in vivo characterisation of myelin and iron for neurodegenerative disease research.
|
||
|
271-01-058.
Efficient High-Resolution Fat-Fraction Mapping for Myocardial Fat and Semaglutide Response in a Porcine HFpEF Model
Impact: We
present an 8-minute, free-running whole-heart MRI sequence for high-resolution
quantification of myocardial fat composition. This enables spatially resolved
assessment of adipose remodeling and demonstrates as a powerful imaging
biomarker for evaluating GLP-1 receptor agonist therapy in HFpEF patients.
|
||
|
271-01-059.
Direct dynamic 2H MRSI and metabolic modelling for 3D characterization of glucose oxidative metabolism in rats brain
Impact: This study establishes a metabolic modelling
empowered 3D ²H-MRSI approach for in-vivo dynamic mapping of regional
oxidative glucose metabolism. The protocol integration with 3D-1H-FID-MRSI acquisitions allows for real-time pool size measurement,
providing accurate metabolism kinetics characterization.
|
||
|
271-01-060.
Improving Amyloid Detection and Brain PET Image Quality Using MR-Guided Reconstruction on Integrated PET/MR
Impact: MR-guided PET reconstruction enhances reader consistency,
confidence, and diagnostic performance in amyloid PET/MR. This technique
provides a reliable framework for amyloid PET diagnosis, potentially improving
early detection and supporting the monitoring of anti-amyloid therapies in
Alzheimer’s disease.
|
||
|
271-01-061.
Comprehensive multi-modal MRI templates of the infant brain: a foundational resource for infant brain research
Impact: The
established foundational resource for infant brain research offers multi-modal age-specific
MRI templates at densely sampled infant ages. This resource uniquely featured
with co-registered cortical surfaces and atlases of small infant cerebellum significantly
improves infant neuroimaging analysis precision.
|
||
|
271-01-062.
Distinct Hydrodynamic and Hemodynamic Drivers in the Brain Parenchyma Revealed by Multi-modal Dynamic MRI
Impact: This study reveals respiration-driven hydrodynamics and LFOs-dominant hemodynamics
within the brain parenchyma, suggesting a more complex fluid regulation than in
the subarachnoid space. These findings underscore the importance of concurrently
assessing both fluid compartments to better understand cerebral clearance
physiology.
|
||
|
271-01-063.
A new paradigm for whole-night sleep neuroimaging using a wearable coil and quiet BOLD acquisition
Impact: This platform enables whole-night PSG-EEG-fMRI, making whole-brain dynamics during sleep in older adults and patients a reality. Spatial detail in the cortex and access to deep brain areas unlock the study of overnight consolidation processes in healthy and pathological aging.
|
||
|
271-01-064.
Combined MR – histology – micron-resolution fiber mapping towards multimodal microscopic validation of MRI
Impact: Showing that micron-resolution fiber orientations from ComSLI can be precisely mapped to MRI volume fata from human specimens, we aim to enable detailed validation and optimization of MR tractography, and combined MR-histology-microtractography investigations.
|
||
|
271-01-065.
AI-guided autonomous fetal MRI
Impact: A self-guided MRI examination was successfully developed, eliminating the need for specialist planning or offline processing and enabling future clinical translation of advanced fetal MRI techniques.
|
||
|
271-01-066.
Infant Brain Growth from Portable uLF MRI in LMICs: Site, Sex, and Nutrition Effects in the First 1,000 Days
Impact: By enabling
population-based infant brain growth charts from portable ultra-low-field MRI
across LMIC sites, this work supports earlier, equitable neurodevelopmental
surveillance and evaluation of nutrition and perinatal programs, guiding
evaluation of interventions when high-field MRI is unavailable or impractical.
|