NSTL国家科技图书文献中心

1. The proton resonance enhancement for CEST imaging and shift exchange (PRECISE) family of RF pulse shapes for CEST MRI NSTL国家科技图书文献中心

Mohanta, Zinia | Stabinska, Julia ... - 《Magnetic resonance in medicine》 - 2025,93(5) - 1954～1968 - 共15页

摘要： producing CEST* MRI contrast and evaluate in mice.MethodsA* | family of 100 point, 100 ms pulses for use in CEST | pulse trains (proton resonance enhancement for CEST | proton resonance enhancement for CEST* imaging and shift* | using a phantom containing three representative CEST

关键词： CEST | gradient ascent pulse design | iopamidol | MRI contrast agent

2. Rapid and quantitative CEST‐MRI sequence using water presaturation NSTL国家科技图书文献中心

Wenxuan Chen | Zhensen Chen ... - 《Magnetic resonance in medicine》 - 2025,93(2) - 730～740 - 共11页

摘要： clinical applications, CEST* MRI suffers from long scan* | thereby facilitate CEST* imaging acceleration and* | beginning of each TR. WPS CEST* quickly knocks down the* | CEST was assessed by simulations, creatine phantom | simulation and phantom experiment, WPS CEST* allows accurate*

关键词： chemical exchange saturation transfer (CEST) | exchange rate | quantitative imaging

3. Calibration‐free whole‐brain CEST imaging at 7T with parallel transmit pulse design for saturation homogeneity utilizing universal pulses (PUSHUP) NSTL国家科技图书文献中心

Yannik Völzke | Suzan Akbey ... - 《Magnetic resonance in medicine》 - 2025,93(2) - 630～642 - 共13页

摘要： transfer (CEST) measurements at ultra‐high field (UHF | saturation homogeneity and the group mean CEST* amplitudes* | contrast to CP saturation, where accurate CEST* maps were* | B1$$ {mathrm{B}}_1 $$‐correction, PUSHUP CEST* maps* | homogeneous whole‐brain CEST* imaging at 7 Tesla without the*

关键词： CEST | magnetization transfer | parallel transmit | ultra‐high field | universal pulses

4. RF Heating Effects in CEST NMR with Hyperpolarized 129 Xe Considering Different Spin Exchange Kinetics and Saturation Schemes NSTL国家科技图书文献中心

Hernandez-Solarte, D... | Schroeder, Leif - 《Chemphyschem》 - 2025,26(8) - n/a～n/a - 共14页

摘要：Chemical exchange saturation transfer (CEST | CEST build-up (depolarization rate), spectral | changes in chemical shifts of CEST* responses. We present* | typically used CEST* acquisition parameters, including the* | ) improves the sensitivity of NMR but depending on the spin

关键词： NMR | CEST | Hyperpolarized xenon | RF heating

5. Differentiating Glioma Recurrence and Pseudoprogression by APTw CEST MRI NSTL国家科技图书文献中心

Karimian-Jazi, Kianu... | Enbergs, Noah ... - 《Investigative radiology.》 - 2025,60(6) - 414～422 - 共9页

摘要：Objectives: Recurrent glioma is highly | treatment resistant due to its metabolic, cellular, and | molecular heterogeneity and invasiveness. Tumor monitoring | by conventional MRI has shortcomings to assess | these key glioma characteristics. Recent studies

关键词： recurrent malignant glioma | amide proton transfer-weighted imaging | CEST | recurrence | heterogeneity | imaging biomarker

6. Multinuclear Interleaving of 1 H CEST, Water T 2 *, and 23 Na MRI at 3 T NSTL国家科技图书文献中心

Kolkovsky, Alfredo L... | Wang, Chencai ... - 《NMR in biomedicine》 - 2025,38(3) - e70003～e70003 - 共14页

摘要： (CEST) allow measuring metabolic information including | weighting. An interleaved radial amine CEST* and sodium* | MRI in vivo is a powerful clinical diagnosis | tool as it allows acquiring noninvasively images with | an ample range of contrasts. Advanced imaging

关键词： 23Na imaging | CEST | exercise | MRI | multinuclear | pH | skeletal muscle | X‐nucleus | Na-23 imaging | X-nucleus

7. Specific APT and NOE Imaging Using DSP‐CEST in Humans at 3 T NSTL国家科技图书文献中心

Li Li | Hongquan Zhu ... - 《NMR in biomedicine》 - 2025,38(6) - e70052～e70052 - 共19页

摘要： transfer (CEST) imaging, especially at low‐field clinical | challenging. Recently, a double saturation power (DSP)‐CEST | quantifying two major CEST* variations: amide proton transfer* | ‐CEST* saturation and apply it to human imaging at 3 T* | demonstrate its applications. Two CEST* quantification*

关键词： amide proton transfer (APT) | apparent exchange‐dependent relaxation (AREX) | chemical exchange saturation transfer (CEST) | double saturation power (DSP) | human brain | Lorentzian difference (LD) analysis | magnetization transfer ratio (MTR) | nuclear Overhauser enhancement (NOE)

8. Toward quantitative CEST imaging of glutamate in the mouse brain using a multi-pool exchange model calibrated by 1 H-MRS NSTL国家科技图书文献中心

Maguin, Cecile | Mougel, Eloise ... - 《Magnetic resonance in medicine》 - 2025,93(3) - 1394～1410 - 共17页

摘要：Purpose: To develop a CEST* quantification* | conventional glutamate-weighted CEST* (gluCEST) contrast* | quantification to calibrate a CEST-based quantitative pipeline | model to map glutamate concentration in the mouse | brain at 11.7T, overcoming the limitations of

关键词： H-1-MRS | Bloch-McConnell fitting | CEST | glutamate | quantification | quantitative CEST | 1H‐MRS | Bloch‐McConnell fitting

9. Motion and magnetic field inhomogeneity correction techniques for chemical exchange saturation transfer (CEST) MRI: A contemporary review NSTL国家科技图书文献中心

Simegn, Gizeaddis La... | Sun, Phillip Zhe ... - 《NMR in biomedicine》 - 2025,38(1) - e5294～e5294 - 共22页

摘要：Chemical exchange saturation transfer (CEST | composition, pH, and metabolic processes in situ. CEST* MRI* | concentration (millimolar range) of CEST* compounds, the* | potential of CEST* MRI. Motion, whether from patient* | distort the CEST* signal, hindering accurate*

关键词： APT MRI | B 0 inhomogeneity | B 1 (+) inhomogeneity | CEST MRI | motion correction | prospective correction | retrospective correction | shim correction | B0 inhomogeneity | B1+ inhomogeneity

10. Validation of qMT and CEST MRI as Biomarkers of Response to Treatment After Lumbar Spinal Cord Injury in Rats NSTL国家科技图书文献中心

Mu, Chaoqi | Reed, Jamie L.... - 《NMR in biomedicine》 - 2025,38(4) - e70015～e70015 - 共14页

摘要： multiparametric chemical exchange saturation transfer (CEST) and | in CEST* and qMT MRI metrics before and after a* | spinal cord. CEST* APT pool (3.5 ppm) amplitude* | myelination (qMT PSR) and neuroinflammation (CEST* APT) in* | The progression and repair of a traumatically

关键词： chemical exchange saturation transfer (CEST) | imaging biomarker | MRI | neuroprotective treatment | preclinical imaging | quantitative magnetization transfer (qMT) | spinal cord injury

摘要： producing CEST MRI contrast and evaluate in mice.MethodsA | family of 100 point, 100 ms pulses for use in CEST | pulse trains (proton resonance enhancement for CEST | proton resonance enhancement for CEST imaging and shift | using a phantom containing three representative CEST

关键词： CEST | gradient ascent pulse design | iopamidol | MRI contrast agent

摘要： clinical applications, CEST MRI suffers from long scan | thereby facilitate CEST imaging acceleration and | beginning of each TR. WPS CEST quickly knocks down the | CEST was assessed by simulations, creatine phantom | simulation and phantom experiment, WPS CEST allows accurate

关键词： chemical exchange saturation transfer (CEST) | exchange rate | quantitative imaging

关键词： CEST | magnetization transfer | parallel transmit | ultra‐high field | universal pulses

摘要：Chemical exchange saturation transfer (CEST | CEST build-up (depolarization rate), spectral | changes in chemical shifts of CEST responses. We present | typically used CEST acquisition parameters, including the | ) improves the sensitivity of NMR but depending on the spin

关键词： NMR | CEST | Hyperpolarized xenon | RF heating

摘要：Objectives: Recurrent glioma is highly | treatment resistant due to its metabolic, cellular, and | molecular heterogeneity and invasiveness. Tumor monitoring | by conventional MRI has shortcomings to assess | these key glioma characteristics. Recent studies

关键词： recurrent malignant glioma | amide proton transfer-weighted imaging | CEST | recurrence | heterogeneity | imaging biomarker

摘要： (CEST) allow measuring metabolic information including | weighting. An interleaved radial amine CEST and sodium | MRI in vivo is a powerful clinical diagnosis | tool as it allows acquiring noninvasively images with | an ample range of contrasts. Advanced imaging

关键词： 23Na imaging | CEST | exercise | MRI | multinuclear | pH | skeletal muscle | X‐nucleus | Na-23 imaging | X-nucleus

关键词： amide proton transfer (APT) | apparent exchange‐dependent relaxation (AREX) | chemical exchange saturation transfer (CEST) | double saturation power (DSP) | human brain | Lorentzian difference (LD) analysis | magnetization transfer ratio (MTR) | nuclear Overhauser enhancement (NOE)

摘要：Purpose: To develop a CEST quantification | conventional glutamate-weighted CEST (gluCEST) contrast | quantification to calibrate a CEST-based quantitative pipeline | model to map glutamate concentration in the mouse | brain at 11.7T, overcoming the limitations of

关键词： H-1-MRS | Bloch-McConnell fitting | CEST | glutamate | quantification | quantitative CEST | 1H‐MRS | Bloch‐McConnell fitting

摘要：Chemical exchange saturation transfer (CEST | composition, pH, and metabolic processes in situ. CEST MRI | concentration (millimolar range) of CEST compounds, the | potential of CEST MRI. Motion, whether from patient | distort the CEST signal, hindering accurate

关键词： APT MRI | B 0 inhomogeneity | B 1 (+) inhomogeneity | CEST MRI | motion correction | prospective correction | retrospective correction | shim correction | B0 inhomogeneity | B1+ inhomogeneity

摘要： multiparametric chemical exchange saturation transfer (CEST) and | in CEST and qMT MRI metrics before and after a | spinal cord. CEST APT pool (3.5 ppm) amplitude | myelination (qMT PSR) and neuroinflammation (CEST APT) in | The progression and repair of a traumatically

关键词： chemical exchange saturation transfer (CEST) | imaging biomarker | MRI | neuroprotective treatment | preclinical imaging | quantitative magnetization transfer (qMT) | spinal cord injury

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： producing CEST* MRI contrast and evaluate in mice.MethodsA* | family of 100 point, 100 ms pulses for use in CEST | pulse trains (proton resonance enhancement for CEST | proton resonance enhancement for CEST* imaging and shift* | using a phantom containing three representative CEST

摘要： clinical applications, CEST* MRI suffers from long scan* | thereby facilitate CEST* imaging acceleration and* | beginning of each TR. WPS CEST* quickly knocks down the* | CEST was assessed by simulations, creatine phantom | simulation and phantom experiment, WPS CEST* allows accurate*

摘要：Chemical exchange saturation transfer (CEST | CEST build-up (depolarization rate), spectral | changes in chemical shifts of CEST* responses. We present* | typically used CEST* acquisition parameters, including the* | ) improves the sensitivity of NMR but depending on the spin

摘要： (CEST) allow measuring metabolic information including | weighting. An interleaved radial amine CEST* and sodium* | MRI in vivo is a powerful clinical diagnosis | tool as it allows acquiring noninvasively images with | an ample range of contrasts. Advanced imaging

摘要：Purpose: To develop a CEST* quantification* | conventional glutamate-weighted CEST* (gluCEST) contrast* | quantification to calibrate a CEST-based quantitative pipeline | model to map glutamate concentration in the mouse | brain at 11.7T, overcoming the limitations of

摘要：Chemical exchange saturation transfer (CEST | composition, pH, and metabolic processes in situ. CEST* MRI* | concentration (millimolar range) of CEST* compounds, the* | potential of CEST* MRI. Motion, whether from patient* | distort the CEST* signal, hindering accurate*

摘要： multiparametric chemical exchange saturation transfer (CEST) and | in CEST* and qMT MRI metrics before and after a* | spinal cord. CEST* APT pool (3.5 ppm) amplitude* | myelination (qMT PSR) and neuroinflammation (CEST* APT) in* | The progression and repair of a traumatically