The Experts below are selected from a list of 324 Experts worldwide ranked by ideXlab platform
Boxue Shu - One of the best experts on this subject based on the ideXlab platform.
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three dimensional positron emission tomography computed tomography analysis of 13no3 uptake and 13n distribution in growing Kohlrabi
Analytical Chemistry, 2011Co-Authors: Wansheng Liang, Yingchun Nie, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Jing Wang, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
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Three-dimensional positron emission tomography/computed tomography analysis of 13NO3- uptake and 13N distribution in growing Kohlrabi.
Analytical chemistry, 2010Co-Authors: Wansheng Liang, Yingchun Nie, Jun Wang, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
Wansheng Liang - One of the best experts on this subject based on the ideXlab platform.
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three dimensional positron emission tomography computed tomography analysis of 13no3 uptake and 13n distribution in growing Kohlrabi
Analytical Chemistry, 2011Co-Authors: Wansheng Liang, Yingchun Nie, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Jing Wang, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
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Three-dimensional positron emission tomography/computed tomography analysis of 13NO3- uptake and 13N distribution in growing Kohlrabi.
Analytical chemistry, 2010Co-Authors: Wansheng Liang, Yingchun Nie, Jun Wang, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
Lijuan Huang - One of the best experts on this subject based on the ideXlab platform.
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three dimensional positron emission tomography computed tomography analysis of 13no3 uptake and 13n distribution in growing Kohlrabi
Analytical Chemistry, 2011Co-Authors: Wansheng Liang, Yingchun Nie, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Jing Wang, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
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Three-dimensional positron emission tomography/computed tomography analysis of 13NO3- uptake and 13N distribution in growing Kohlrabi.
Analytical chemistry, 2010Co-Authors: Wansheng Liang, Yingchun Nie, Jun Wang, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
Hao Guo - One of the best experts on this subject based on the ideXlab platform.
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three dimensional positron emission tomography computed tomography analysis of 13no3 uptake and 13n distribution in growing Kohlrabi
Analytical Chemistry, 2011Co-Authors: Wansheng Liang, Yingchun Nie, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Jing Wang, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
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Three-dimensional positron emission tomography/computed tomography analysis of 13NO3- uptake and 13N distribution in growing Kohlrabi.
Analytical chemistry, 2010Co-Authors: Wansheng Liang, Yingchun Nie, Jun Wang, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
Hui Liu - One of the best experts on this subject based on the ideXlab platform.
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three dimensional positron emission tomography computed tomography analysis of 13no3 uptake and 13n distribution in growing Kohlrabi
Analytical Chemistry, 2011Co-Authors: Wansheng Liang, Yingchun Nie, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Jing Wang, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
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Three-dimensional positron emission tomography/computed tomography analysis of 13NO3- uptake and 13N distribution in growing Kohlrabi.
Analytical chemistry, 2010Co-Authors: Wansheng Liang, Yingchun Nie, Jun Wang, Hui Liu, Qi Wang, Lijuan Huang, Hao Guo, Boxue ShuAbstract:We report the application of three-dimensional positron emission tomography/computed tomography (PET/CT) for the analysis of 13NO3− uptake and 13N distribution in growing Kohlrabi. The analytical procedures, equipment parameters, and image reconstruction mode for plant imaging were tested and selected. 13N in growing Kohlrabi plants was imaged versus time using both PET movies and PET/CT tomograms. The 13NO3− transport velocity in Kohlrabi from root to petiole was estimated to be 1.0 cm/min. The appearance of shell-shaped 13NO3− transport pathways, corresponding to the Kohlrabi corm, suggests the existence of special routes with higher efficiency for 13NO3− transport, which tends to have the shortest distances to the leaves or buds. Standardized uptake values (SUVs), used as the representative figures for describing 13N distribution, were quantified versus time at some putative sites of interest. For multiple analysis of the same-plant, 13N distribution in Kohlrabi under normal conditions, methionine sulf...
