Add to ORKGWe have recently shown that the tissue-fluid contrast of nonbalanced steady state free precession (SSFP) shows an unexpected strong sensitivity on resolution: an increase in the spatial resolution goes with an increase in spoiling moments leading to a pronounced diffusion damping of fluids. Clearly, this effect is not confined to SSFP, but can affect the contrast of other multi-pulse sequences that show resolution dependent spoiling moments, such as RARE (TSE, FSE). In this work, we will show that RARE sequences show a similar fluid-tissue contrast modulation as nonbalanced SSFP
Steady-state free precession with pulsed field gradients in the presence of spin diffusion is invest...
Functional MRI (fMRI) by means of spin-echo (SE) techniques provides an interesting alternative to g...
International audienceA theoretical analysis of the effects of diffusion and perfusion in steady-sta...
We have recently shown that the tissue-fluid contrast of nonbalanced steady state free precession (S...
In general, MR image contrast is expected to be resolution independent, but a pronounced loss of con...
The S2-SSFP echo (the echo before the RF pulse in non-balanced SSFP sequences, or F-0, PSIF, CE-FAST...
Diffusion-weighted steady-state free precession (DW-SSFP) accumulates signal from multiple echoes ov...
In fast MR imaging with a steady-state free precession (SSFP) pulse sequence the coherent signal tha...
Flow compensation is a critical issue in non-balanced SSFP imaging because high first-order moments ...
In this work, we have evaluated the performance of a diffusion-sensitive fast spin-echo (FSE) pulse ...
Musculoskeletal (MSK) imaging benefits from increased resolution at higher fields, as this may impro...
Balanced steady-state free precession (bSSFP) has become increasingly important in clinical applicat...
Abstract—Balanced steady state free precession (bSSFP) offers high signal efficiency and relative mo...
Signal generation in magnetic resonance imaging is driven by either of two fundamental mechanisms: s...
RF spoiling is a well established method to produce T1-weighted images with short repetition time gr...
Steady-state free precession with pulsed field gradients in the presence of spin diffusion is invest...
Functional MRI (fMRI) by means of spin-echo (SE) techniques provides an interesting alternative to g...
International audienceA theoretical analysis of the effects of diffusion and perfusion in steady-sta...
We have recently shown that the tissue-fluid contrast of nonbalanced steady state free precession (S...
In general, MR image contrast is expected to be resolution independent, but a pronounced loss of con...
The S2-SSFP echo (the echo before the RF pulse in non-balanced SSFP sequences, or F-0, PSIF, CE-FAST...
Diffusion-weighted steady-state free precession (DW-SSFP) accumulates signal from multiple echoes ov...
In fast MR imaging with a steady-state free precession (SSFP) pulse sequence the coherent signal tha...
Flow compensation is a critical issue in non-balanced SSFP imaging because high first-order moments ...
In this work, we have evaluated the performance of a diffusion-sensitive fast spin-echo (FSE) pulse ...
Musculoskeletal (MSK) imaging benefits from increased resolution at higher fields, as this may impro...
Balanced steady-state free precession (bSSFP) has become increasingly important in clinical applicat...
Abstract—Balanced steady state free precession (bSSFP) offers high signal efficiency and relative mo...
Signal generation in magnetic resonance imaging is driven by either of two fundamental mechanisms: s...
RF spoiling is a well established method to produce T1-weighted images with short repetition time gr...
Steady-state free precession with pulsed field gradients in the presence of spin diffusion is invest...
Functional MRI (fMRI) by means of spin-echo (SE) techniques provides an interesting alternative to g...
International audienceA theoretical analysis of the effects of diffusion and perfusion in steady-sta...