2003
DOI: 10.1002/biuz.200310226
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Kollektiver Kraftakt zweier Exzentriker: Phloemtransport

Abstract: Siebröhren sind modular aufgebaute Transport‐ und Kommunikationskanäle im Phloem der Pflanzen. Sie transportieren nicht nur Photoassimilate, sondern auch eine Vielfalt anderer chemischer Verbindungen, beispielsweise verschiedene Proteine und sogar genetische Information in Form von RNA. Die einzelnen Module der Siebröhren bestehen aus zwei Komponenten: dem kernlosen Siebelement und der gleichsam hyperaktiven Geleitzelle, die den Stoffwechsel des Siebelements metabolisch unterstützt und deren Energieversorgung … Show more

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Cited by 4 publications
(1 citation statement)
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“…In principle, a molecule can travel by diffusion in the apoplastic or symplastic space of plant tissue albeit slowly. In the dimension of some cells, this might be sufficient (calculated for hexose, van Bel and Hess, 2003 ). Kramer (2006) estimated that the decay length (the distance over which the hormone concentration decreases by a factor of 10) is several magnitudes lower in the apoplastic space (35–110 µm) compared with the flowing xylem sap, depending on the apoplastic dimension or xylem flow speed, respectively.…”
Section: Discussionmentioning
confidence: 99%
“…In principle, a molecule can travel by diffusion in the apoplastic or symplastic space of plant tissue albeit slowly. In the dimension of some cells, this might be sufficient (calculated for hexose, van Bel and Hess, 2003 ). Kramer (2006) estimated that the decay length (the distance over which the hormone concentration decreases by a factor of 10) is several magnitudes lower in the apoplastic space (35–110 µm) compared with the flowing xylem sap, depending on the apoplastic dimension or xylem flow speed, respectively.…”
Section: Discussionmentioning
confidence: 99%