[OS13-1] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 1. Sensitive detection of H1-α-glucose peak

Hideto Kuribayashi¹, Yuta Urushibata¹, Sinyeob Ahn², Ravi Teja Seethamraju², Tomohisa Okada³ (1.Siemens Healthcare K.K., 2.Siemens Medical Solutions, 3.Human Brain Research Center, Kyoto University Graduate School of Medicine)

[OS13-2] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 2. Spectral analysis via H1-α-glucose peak

Hideto Kuribayashi¹, Yuta Urushibata¹, Sinyeob Ahn², Ravi Teja Seethamraju², Tomohisa Okada³ (1.Siemens Healthcare K.K., 2.Siemens Medical Solutions, 3.Human Brain Research Center, Kyoto University Graduate School of Medicine)

[OS13-3] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 3. Quantification by conventional ¹H spectral analysis

Hideto Kuribayashi¹, Yuta Urushibata¹, Sinyeob Ahn², Ravi Teja Seethamraju², Tomohisa Okada³ (1.Siemens Healthcare K.K., 2.Siemens Medical Solutions, 3.Human Brain Research Center, Kyoto University Graduate School of Medicine)

[OS13-4] APT_T1: APT parameter by solving Bloch equation of multiple pool model

Mitsuharu Miyoshi¹, Kazuhiro Oguchi², Tetsuya Wakayama¹ (1.Global MR Clinical Solutions and Research Collaborations, GE HealthCare, Japan, 2.Jisenkai Brain Imaging Research Center)

[OS13-5] Improvement of the accuracy of lipid analysis of 7T ¹H-MRS in skeletal muscle by J-split-weighted peak fitting

Masahiro Umeda¹, Maya Hioki², Masaki Fukunaga³ (1.Meiji University of Integrative Medicine, 2.Teikyo Heisei University, 3.National Institute for Physiological Sciences)

[OS13-6] Multi-parametric Mapping of T2* with δTE UTE and Macromolecule Exchange ZAP/CEST in Cartilage, Tendon, and Muscle Tissues

Vadim Malis, Won Bae Bae, Diana Vucevic, Mitsue Miyazaki (University of California San Diego, Department of Radiology)

Session information

Oral Session
CEST・MRS・Hyperpolarization 1

[OS13-1] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 1. Sensitive detection of H1-α-glucose peak

[OS13-2] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 2. Spectral analysis via H1-α-glucose peak

[OS13-3] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 3. Quantification by conventional ¹H spectral analysis

[OS13-4] APT_T1: APT parameter by solving Bloch equation of multiple pool model

[OS13-5] Improvement of the accuracy of lipid analysis of 7T ¹H-MRS in skeletal muscle by J-split-weighted peak fitting

[OS13-6] Multi-parametric Mapping of T2* with δTE UTE and Macromolecule Exchange ZAP/CEST in Cartilage, Tendon, and Muscle Tissues

Session information

Oral SessionCEST・MRS・Hyperpolarization 1

[OS13-1] Quantification of cerebral glucose using 1H localized spectroscopy at 7 T. 1. Sensitive detection of H1-α-glucose peak

[OS13-2] Quantification of cerebral glucose using 1H localized spectroscopy at 7 T. 2. Spectral analysis via H1-α-glucose peak

[OS13-3] Quantification of cerebral glucose using 1H localized spectroscopy at 7 T. 3. Quantification by conventional 1H spectral analysis

[OS13-4] APT_T1: APT parameter by solving Bloch equation of multiple pool model

[OS13-5] Improvement of the accuracy of lipid analysis of 7T 1H-MRS in skeletal muscle by J-split-weighted peak fitting

[OS13-6] Multi-parametric Mapping of T2* with δTE UTE and Macromolecule Exchange ZAP/CEST in Cartilage, Tendon, and Muscle Tissues

Oral Session
CEST・MRS・Hyperpolarization 1

[OS13-1] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 1. Sensitive detection of H1-α-glucose peak

[OS13-2] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 2. Spectral analysis via H1-α-glucose peak

[OS13-3] Quantification of cerebral glucose using ¹H localized spectroscopy at 7 T. 3. Quantification by conventional ¹H spectral analysis

[OS13-5] Improvement of the accuracy of lipid analysis of 7T ¹H-MRS in skeletal muscle by J-split-weighted peak fitting