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article/chapitre/communication
C. Offler ; M. Thorpe ; J. Patrick | 2000
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article/chapitre/communication
J. Patrick ; P. Wareing ; J. Patrick, Editeur scientifique ; P. Wareing, Editeur scientifique | 1972
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article/chapitre/communication
J. Patrick | 1997The transport events from the sieve elements to the sites of utilization within the recipient sink cells contribute to phloem unloading. The phenomenon links sink metabolism and/or compartmentation with phloem transport to, and partitioning betw[...]
article/chapitre/communication
P. Hayes ; J. Patrick | 1985
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J. Patrick ; C. Offler | 1996Photoassimilate transport from the sieve elements to the recipient sink cells, principally in the form of sucrose, provides a link between sink metabolism and compartmentation with phloem import. Phloem unloading has focused attention on photoas[...]
article/chapitre/communication
article/chapitre/communication
H. Wang ; C. Offler ; J. Patrick ; T. Ugalde | 1994A potential cellular pathway for photosynthate transfer between the crease phloem and the starchy endosperm of the developing wheat grain has been delineated using fluorescent dyes. Membrane permeable and impermeable dyes have been introduced in[...]
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R. Wood ; J. Patrick ; C. Offler | 1998Plasmolytic disruption of plasmodesmata interconnecting metaphloem sieve element-companion cell complexes with small and large phloem parenchyma cells in the elongating region of internode 2 of Phaseolus vulgaris L. seedlings did not affect accu[...]
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R. Wood ; J. Patrick ; C. Offler | 1994
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R. Wood ; C. Offler ; J. Patrick | 1997The potential cellular pathway of radial transfer of photosynthate and potassium delivered in the phloem to the elongation zone (apical 0.5-2.5 cm) of internode 2 of Phaseolus vulgaris L. seedlings was elucidated. This was achieved using ultrast[...]
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J. Patrick ; P. Turvey | 1981
