NSTL国家科技图书文献中心

1. Unveiling metabolic patterns in dementia: Insights from high-resolution quantitative blood-oxygenation-level-dependent MRI NSTL国家科技图书文献中心

Arun Raj T. | Karthik K.... - 《Medical Physics》 - 2024,51(9) - 6002～6019 - 共18页

摘要： oxygenation level dependent (qBOLD) analysis of magnitude | by leveraging high-resolution quantitative blood | suitable for fitting the log-magnitude* difference (L-MDif* | Background: Oxygen extraction fraction (OEF | ) and deoxyhemoglobin (DoHb) levels reflect variations

关键词： dementia | deoxyhemoglobin (DoHb) | gradient-echo MRI | K-means clustering | oxygen extraction fraction (OEF) | r-qBOLD

2. Brain oxygen extraction fraction mapping in patients with multiple sclerosis SCIE Web of Science核心 NSTL国家科技图书文献中心

Cho, Junghun | Nguyen, Thanh D.... - 《Journal of Cerebral Blood Flow and Metabolism: Official Journal of the International Society of Cerebral Blood Flow and Metabolism》 - 2022,42(2) - 338～348 - 共11页 - 被引量：14

摘要： quantitative susceptibility mapping were identified, and the | a useful quantitative* marker of tissue oxygen* | We aimed to demonstrate the feasibility of | whole brain oxygen extraction fraction (OEF) mapping | for measuring lesion specific and regional OEF

关键词： Oxygen extraction fraction | multiple sclerosis | quantitative susceptibility mapping | quantitative blood oxygenation level dependent magnitude | QSM plus qBOLD | CEREBRAL METABOLIC-RATE | ENABLED DIPOLE INVERSION | MAGNETIC-SUSCEPTIBILITY | ZERO REFERENCE | NITRIC-OXIDE...

3. Spatial specificity of the functional MRI blood oxygenation response relative to neuronal activity NSTL国家科技图书文献中心

Denis Chaimow | Essa Yacoub ... - 《NeuroImage》 - 2018,164 - 32～47 - 共16页 - 被引量：20

摘要： the spatial specificity of the blood oxygenation | level dependent functional MRI (BOLD fMRI) response by | that best predict the spatial structure and magnitude | contributions from macroscopic blood* vessels were 0.86?mm (SE* | ) and 0.99?mm (GE). Our results provide a quantitative

关键词： High-resolution functional MRI | Point-spread function | Blood oxygenation level dependent | BOLD | Gradient-Echo functional MRI | Spin-Echo functional MRI | Cortical columns | Ocular dominance map | Markov chain Monte Carlo

4. Investigation of BOLD fMRI resonance frequency shifts and quantitative susceptibility changes at 7 T SCOPUS Scopus数据库 SCIE Web of Science核心 NSTL国家科技图书文献中心

Bianciardi,M. | vanGelderen,P.... - 《Human brain mapping》 - 2014,35(5) - 2191～2205 - 共15页 - 被引量：28

摘要：Although blood oxygenation level dependent | blood oxygenation and blood volume changes. We found | magnitude of the signal, they also provide frequency | magnitude signals. Moreover, our results suggest the | feasibility of mapping BOLD quantitative* susceptibility*

关键词： BOLD fMRI phase signal changes | BOLD fMRI quantitative susceptibility changes | BOLD fMRI resonance frequency shifts | Fractional oxygen saturation

5. Functional quantitative susceptibility mapping (fQSM) SCOPUS Scopus数据库 SCIE Web of Science核心 NSTL国家科技图书文献中心

David Z. Balla | Rosa M. Sanchez-Panc...... - 《NeuroImage》 - 2014,100 - 112～124 - 共13页

摘要：Blood oxygenation level dependent (BOLD | the magnitude* component of the complex time-series* | the fMRI time-series and used quantitative | magnitude BOLD fMRI. High spatial resolution data (1 mm | parametric maps (SPM) were reconstructed for magnitude

关键词： fMRI | Functional QSM | MR phase imaging | Susceptibility mapping | Quantitative BOLD | Specific brain activation

6. An anatomically unbiased approach for analysis of renal BOLD magnetic resonance images NSTL国家科技图书文献中心

Robert I. Menzies | Andrew Zammit-Mangio...... - 《American Journal of Physiology》 - 2013,305(3 Pt.2) - F845～F852 - 共8页

摘要： methodologies. Blood* oxygen level-dependent magnetic resonance* | renal oxygenation* than the absolute magnitude of R2* | Oxygenation defects may contribute to renal | < 0.01). This was nitric oxide dependent* and temporally* | bioavailability. This global map of oxygenation, defined by

关键词： k-means | acetylcholine | angiotensin II | nitric oxide | hypoxia

7. Quantitative functional MRI: Concepts, issues and future challenges SCOPUS Scopus数据库 SCIE Web of Science核心 NSTL国家科技图书文献中心

Pike,G.B. - 《NeuroImage》 - 2012,62(2) - 1234～1240 - 共7页 - 被引量：45

摘要： based on the blood* oxygenation level dependent (BOLD* | magnitude of the BOLD response is often used in these | studies as a surrogate for the level* of neuronal* | indirect. The BOLD response is dependent* upon hemodynamic* | (blood* flow and volume) and metabolic (oxygen*

关键词： BOLD | Calibrated BOLD | Cerebral blood flow | Cerebral blood volume | Oxygen metabolism | Quantitative fMRI

8. Effects of aging on cerebral blood flow, oxygen metabolism, and blood oxygenation level dependent responses to visual stimulation. SCIE Web of Science核心 NSTL国家科技图书文献中心

Ances BM | Liang CL ... - 《Human brain mapping》 - 2009,30(4) - 1120～1132 - 共13页

摘要： magnitude of the blood oxygenation level dependent (BOLD | ) and cerebral blood* flow (CBF) responses in the* | activation paradigm, the magnitude* of the BOLD response was* | undershoot with no significant difference in this magnitude | calibrated approach provides a more quantitative* reflection*

关键词： CBF | CEREBRAL BLOOD FLOW IMAGING | Cell Respiration | In Blood | 细胞呼吸

9. Perfusion-based fMRI: insights from animal models. SCIE Web of Science核心 NSTL国家科技图书文献中心

Silva AC - 《Journal of magnetic resonance imaging: JMRI》 - 2005,22(6) - 745～750 - 共6页

摘要： oxygenation level-dependent (BOLD)- or cerebral blood volume | quantitative measures of brain activation than blood | coupling between neural activity and cerebral blood* flow* | of the magnitude* of electrical activity. Increases* | means of better assessing the magnitude, spatial

关键词： fMRI | CBF | neural | Methodology

10. Perfusion-Based Functional Magnetic Resonance Imaging SCIE Web of Science核心 NSTL国家科技图书文献中心

AFONSO C. SILVA | SEONG-GI KIM - 《Concepts in magnetic resonance, Part A. Bridging education and research》 - 2003,16A(1) - 16～27 - 共12页

摘要： conventional blood* oxygenation level dependent (BOLD* | The measurement of cerebral blood* flow (CBF* | quantitative measurements within and across subjects, and for | magnitude of neural activity change. Thus, CBF-based fMRI | ) is a very important way of assessing tissue

摘要： oxygenation level dependent (qBOLD) analysis of magnitude | by leveraging high-resolution quantitative blood | suitable for fitting the log-magnitude* difference (L-MDif* | Background: Oxygen extraction fraction (OEF | ) and deoxyhemoglobin (DoHb) levels reflect variations

关键词： dementia | deoxyhemoglobin (DoHb) | gradient-echo MRI | K-means clustering | oxygen extraction fraction (OEF) | r-qBOLD

摘要： quantitative susceptibility mapping were identified, and the | a useful quantitative* marker of tissue oxygen* | We aimed to demonstrate the feasibility of | whole brain oxygen extraction fraction (OEF) mapping | for measuring lesion specific and regional OEF

关键词： Oxygen extraction fraction | multiple sclerosis | quantitative susceptibility mapping | quantitative blood oxygenation level dependent magnitude | QSM plus qBOLD | CEREBRAL METABOLIC-RATE | ENABLED DIPOLE INVERSION | MAGNETIC-SUSCEPTIBILITY | ZERO REFERENCE | NITRIC-OXIDE...

摘要： the spatial specificity of the blood oxygenation | level dependent functional MRI (BOLD fMRI) response by | that best predict the spatial structure and magnitude | contributions from macroscopic blood* vessels were 0.86?mm (SE* | ) and 0.99?mm (GE). Our results provide a quantitative

关键词： High-resolution functional MRI | Point-spread function | Blood oxygenation level dependent | BOLD | Gradient-Echo functional MRI | Spin-Echo functional MRI | Cortical columns | Ocular dominance map | Markov chain Monte Carlo

摘要：Although blood oxygenation level dependent | blood oxygenation and blood volume changes. We found | magnitude of the signal, they also provide frequency | magnitude signals. Moreover, our results suggest the | feasibility of mapping BOLD quantitative* susceptibility*

关键词： BOLD fMRI phase signal changes | BOLD fMRI quantitative susceptibility changes | BOLD fMRI resonance frequency shifts | Fractional oxygen saturation

摘要：Blood oxygenation level dependent (BOLD | the magnitude* component of the complex time-series* | the fMRI time-series and used quantitative | magnitude BOLD fMRI. High spatial resolution data (1 mm | parametric maps (SPM) were reconstructed for magnitude

关键词： fMRI | Functional QSM | MR phase imaging | Susceptibility mapping | Quantitative BOLD | Specific brain activation

摘要： methodologies. Blood* oxygen level-dependent magnetic resonance* | renal oxygenation* than the absolute magnitude of R2* | Oxygenation defects may contribute to renal | < 0.01). This was nitric oxide dependent* and temporally* | bioavailability. This global map of oxygenation, defined by

关键词： k-means | acetylcholine | angiotensin II | nitric oxide | hypoxia

摘要： based on the blood* oxygenation level dependent (BOLD* | magnitude of the BOLD response is often used in these | studies as a surrogate for the level* of neuronal* | indirect. The BOLD response is dependent* upon hemodynamic* | (blood* flow and volume) and metabolic (oxygen*

关键词： BOLD | Calibrated BOLD | Cerebral blood flow | Cerebral blood volume | Oxygen metabolism | Quantitative fMRI

关键词： CBF | CEREBRAL BLOOD FLOW IMAGING | Cell Respiration | In Blood | 细胞呼吸

摘要： oxygenation level-dependent (BOLD)- or cerebral blood volume | quantitative measures of brain activation than blood | coupling between neural activity and cerebral blood* flow* | of the magnitude* of electrical activity. Increases* | means of better assessing the magnitude, spatial

关键词： fMRI | CBF | neural | Methodology

摘要： conventional blood* oxygenation level dependent (BOLD* | The measurement of cerebral blood* flow (CBF* | quantitative measurements within and across subjects, and for | magnitude of neural activity change. Thus, CBF-based fMRI | ) is a very important way of assessing tissue

关键词： arterial spin labeling | brain | cerebral blood flow | magnetic resonance imaging

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： oxygenation level dependent (qBOLD) analysis of magnitude | by leveraging high-resolution quantitative blood | suitable for fitting the log-magnitude difference (L-MDif | Background: Oxygen extraction fraction (OEF | ) and deoxyhemoglobin (DoHb) levels reflect variations

关键词： dementia | deoxyhemoglobin (DoHb) | gradient-echo MRI | K-means clustering | oxygen extraction fraction (OEF) | r-qBOLD

摘要： quantitative susceptibility mapping were identified, and the | a useful quantitative marker of tissue oxygen | We aimed to demonstrate the feasibility of | whole brain oxygen extraction fraction (OEF) mapping | for measuring lesion specific and regional OEF

关键词： Oxygen extraction fraction | multiple sclerosis | quantitative susceptibility mapping | quantitative blood oxygenation level dependent magnitude | QSM plus qBOLD | CEREBRAL METABOLIC-RATE | ENABLED DIPOLE INVERSION | MAGNETIC-SUSCEPTIBILITY | ZERO REFERENCE | NITRIC-OXIDE...

摘要： the spatial specificity of the blood oxygenation | level dependent functional MRI (BOLD fMRI) response by | that best predict the spatial structure and magnitude | contributions from macroscopic blood vessels were 0.86?mm (SE | ) and 0.99?mm (GE). Our results provide a quantitative

关键词： High-resolution functional MRI | Point-spread function | Blood oxygenation level dependent | BOLD | Gradient-Echo functional MRI | Spin-Echo functional MRI | Cortical columns | Ocular dominance map | Markov chain Monte Carlo

摘要：Although blood oxygenation level dependent | blood oxygenation and blood volume changes. We found | magnitude of the signal, they also provide frequency | magnitude signals. Moreover, our results suggest the | feasibility of mapping BOLD quantitative susceptibility

关键词： BOLD fMRI phase signal changes | BOLD fMRI quantitative susceptibility changes | BOLD fMRI resonance frequency shifts | Fractional oxygen saturation

摘要：Blood oxygenation level dependent (BOLD | the magnitude component of the complex time-series | the fMRI time-series and used quantitative | magnitude BOLD fMRI. High spatial resolution data (1 mm | parametric maps (SPM) were reconstructed for magnitude

关键词： fMRI | Functional QSM | MR phase imaging | Susceptibility mapping | Quantitative BOLD | Specific brain activation

摘要： methodologies. Blood oxygen level-dependent magnetic resonance | renal oxygenation than the absolute magnitude of R2 | Oxygenation defects may contribute to renal | < 0.01). This was nitric oxide dependent and temporally | bioavailability. This global map of oxygenation, defined by

关键词： k-means | acetylcholine | angiotensin II | nitric oxide | hypoxia

摘要： based on the blood oxygenation level dependent (BOLD | magnitude of the BOLD response is often used in these | studies as a surrogate for the level of neuronal | indirect. The BOLD response is dependent upon hemodynamic | (blood flow and volume) and metabolic (oxygen

关键词： BOLD | Calibrated BOLD | Cerebral blood flow | Cerebral blood volume | Oxygen metabolism | Quantitative fMRI

关键词： CBF | CEREBRAL BLOOD FLOW IMAGING | Cell Respiration | In Blood | 细胞呼吸

摘要： oxygenation level-dependent (BOLD)- or cerebral blood volume | quantitative measures of brain activation than blood | coupling between neural activity and cerebral blood flow | of the magnitude of electrical activity. Increases | means of better assessing the magnitude, spatial

关键词： fMRI | CBF | neural | Methodology

摘要： conventional blood oxygenation level dependent (BOLD | The measurement of cerebral blood flow (CBF | quantitative measurements within and across subjects, and for | magnitude of neural activity change. Thus, CBF-based fMRI | ) is a very important way of assessing tissue

关键词： arterial spin labeling | brain | cerebral blood flow | magnetic resonance imaging

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： oxygenation level dependent (qBOLD) analysis of magnitude | by leveraging high-resolution quantitative blood | suitable for fitting the log-magnitude* difference (L-MDif* | Background: Oxygen extraction fraction (OEF | ) and deoxyhemoglobin (DoHb) levels reflect variations

摘要： quantitative susceptibility mapping were identified, and the | a useful quantitative* marker of tissue oxygen* | We aimed to demonstrate the feasibility of | whole brain oxygen extraction fraction (OEF) mapping | for measuring lesion specific and regional OEF

摘要： the spatial specificity of the blood oxygenation | level dependent functional MRI (BOLD fMRI) response by | that best predict the spatial structure and magnitude | contributions from macroscopic blood* vessels were 0.86?mm (SE* | ) and 0.99?mm (GE). Our results provide a quantitative

摘要：Although blood oxygenation level dependent | blood oxygenation and blood volume changes. We found | magnitude of the signal, they also provide frequency | magnitude signals. Moreover, our results suggest the | feasibility of mapping BOLD quantitative* susceptibility*

摘要：Blood oxygenation level dependent (BOLD | the magnitude* component of the complex time-series* | the fMRI time-series and used quantitative | magnitude BOLD fMRI. High spatial resolution data (1 mm | parametric maps (SPM) were reconstructed for magnitude

摘要： methodologies. Blood* oxygen level-dependent magnetic resonance* | renal oxygenation* than the absolute magnitude of R2* | Oxygenation defects may contribute to renal | < 0.01). This was nitric oxide dependent* and temporally* | bioavailability. This global map of oxygenation, defined by

摘要： based on the blood* oxygenation level dependent (BOLD* | magnitude of the BOLD response is often used in these | studies as a surrogate for the level* of neuronal* | indirect. The BOLD response is dependent* upon hemodynamic* | (blood* flow and volume) and metabolic (oxygen*

摘要： oxygenation level-dependent (BOLD)- or cerebral blood volume | quantitative measures of brain activation than blood | coupling between neural activity and cerebral blood* flow* | of the magnitude* of electrical activity. Increases* | means of better assessing the magnitude, spatial

摘要： conventional blood* oxygenation level dependent (BOLD* | The measurement of cerebral blood* flow (CBF* | quantitative measurements within and across subjects, and for | magnitude of neural activity change. Thus, CBF-based fMRI | ) is a very important way of assessing tissue