CARBON PARTITIONING IN SOYBEAN LEAVES BY COMBINED ~(11)C AND ~(13)C LABELING

机译：〜（11）C和〜（13）C组合标记在大豆叶中的碳分配

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Our three conclusions for photosynthetically heterogeneous soybean leaves are: (ⅰ) transient starch deposition is not the temporary storage of sucrose excluded from a saturated sugar-transport system; (ⅱ) peptide synthesis is reduced under high-light, high CO_2 conditions; and (ⅲ) photorespiration is essentially totally suppressed within photosynthetically active zones when the leaf is water stressed and under high-light and low CO2 conditions.

机译：我们关于光合异质大豆叶片的三个结论是：（ⅰ）瞬时淀粉沉积不是饱和糖转运系统所排除的蔗糖的临时储存；（ⅱ）在高光照，高CO_2条件下肽合成减少；（ⅲ）当叶片处于缺水状态且处于高光照和低CO2条件下时，在光合作用有效区内基本上完全抑制了光呼吸。

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来源
《8th International Conference on Isotopes 2014》|2014年|290-290|共1页
会议地点 Chicago IL(US)
作者
R. C. Dirks; M. Singh; G. S. Potter; L. G. Sobotka; J. Schaefer;
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作者单位

Department of Chemistry, Washington University, 1 Brookings Dr., Box 1134, St. Louis MO 63130;

Department of Chemistry, Washington University, 1 Brookings Dr., Box 1134, St. Louis MO 63130;

Department of Chemistry, Washington University, 1 Brookings Dr., Box 1134, St. Louis MO 63130;

Department of Chemistry, Washington University, 1 Brookings Dr., Box 1134, St. Louis MO 63130;

Department of Chemistry, Washington University, 1 Brookings Dr., Box 1134, St. Louis MO 63130;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Photorespiration; Soybeans; Response to high CO_2 and drought; Simultaneous ~(11)C and ~(13)C labeling; Direct positron imaging and solid-state NMR;

机译：光呼吸；大豆；对高CO 2和干旱的响应；同时〜（11）C和〜（13）C标记；直接正电子成像和固态NMR;

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专利

1. 镉在大豆幼苗叶中的亚细胞分配、定位及其对幼苗生长的影响 [J] . 刘俊, 廖柏寒, 曾敏, 农业科学与技术（英文版） . 2014,第005期
2. Carbon partitioning in soybean (Glycine max) leaves by combined 11C and 13C labeling [J] . Rebecca C. Dirks, Manmilan Singh, Gregory S. Potter, The New Phytologist . 2012,第4期

机译：通过11C和13C组合标记在大豆（Glycine max）叶片中进行碳分配
3. Partitioning NEE for absolute C input into various ecosystem pools by combining results from eddy-covariance, atmospheric flux partitioning and (CO2)-C-13 pulse labeling [J] . Riederer M., Pausch J., Kuzyakov Y., Plant and Soil . 2015,第1a2期

机译：通过结合涡度协方差，大气通量分配和（CO2）-C-13脉冲标记的结果，将NEE划分为各种生态系统池中的绝对C输入
4. Fate of xylem-transported C-11- and C-13-labeled CO2 in leaves of poplar [J] . Bloemen Jasper, Bauweraerts Ingvar, De Vos Filip, Physiologia plantarum . 2015,第4期

机译：木质部转运的C-11-和C-13标记的CO2在杨树叶片中的命运
5. CARBON PARTITIONING IN SOYBEAN LEAVES BY COMBINED ~(11)C AND ~(13)C LABELING [C] . R. C. Dirks, M. Singh, G. S. Potter, International Conference on Isotopes . 2014

机译：通过组合〜（11）C和〜（13）C标记碳叶中的碳分配
6. Determination of the S factor of carbon-11(proton,gamma)nitrogen-12 from nitrogen-14(carbon-11,nitrogen-12)carbon-13 [D] . Tang, Xiaodong. 2002

机译：氮-14（碳-11，氮-12）碳-13中碳-11（质子，γ）氮-12的碳-11（质子，γ）氮-12的含量。
7. Relationships between Carbon Assimilation Partitioning and Export in Leaves of Two Soybean Cultivars [O] . Gary M. Fader, H. Ronald Koller 1983

机译：两种大豆品种叶片碳同化分配与出口之间的关系
8. Studies on Genetic Male-Sterile Soybeans 1: II. Effect of Nodulation on Photosynthesis and Carbon Partitioning in Leaves [O] . Huber, Steven C., Wilson, Richard F., Burton, J. W. 1983

机译：遗传不育大豆的研究1：II。结瘤对叶片光合作用和碳分配的影响
9. Carbon-11, Nitrogen-13 and Oxygen-15: Labelled Molecules [R] . Crouzel, C. , Comar, D. 1986

机译：碳-11，氮-13和氧-15：标记的分子

CARBON PARTITIONING IN SOYBEAN LEAVES BY COMBINED ~(11)C AND ~(13)C LABELING

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