DOI: 10.18174/419181
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Patterning of plant cell wall deposition by cortical microtubules

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Cited by 1 publication
(3 citation statements)
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“…An obvious candidate for the agent of this transmission is the microtubule array itself, since it is well-known for its ability to self-organise into a wide variety of structures, including aligned cortical arrays with a transverse orientation [98,124,134]. This idea is consistent with the observation that, during protoxylem development, microtubules reorient to a transverse array before apparent band formation [159]. In addition, IQD13, a protein interacting with both microtubules and the plasma membrane, can cause microtubules to act as a "molecular fence" that physically restricts the movement of active ROP and increased expression of this protein results in more flattened spots in metaxylem [154].…”
Section: Introductionsupporting
confidence: 64%
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“…An obvious candidate for the agent of this transmission is the microtubule array itself, since it is well-known for its ability to self-organise into a wide variety of structures, including aligned cortical arrays with a transverse orientation [98,124,134]. This idea is consistent with the observation that, during protoxylem development, microtubules reorient to a transverse array before apparent band formation [159]. In addition, IQD13, a protein interacting with both microtubules and the plasma membrane, can cause microtubules to act as a "molecular fence" that physically restricts the movement of active ROP and increased expression of this protein results in more flattened spots in metaxylem [154].…”
Section: Introductionsupporting
confidence: 64%
“…Chapter 3 explores the hypothesis that this mechanism is based on a longitudinal diffusion restriction of active ROP imposed by an initially homogeneous microtubule array with a transverse orientation. This hypothesis is based on the diffusion barrier effect of microtubules [148,154] and the observation that band formation starts from a transversely oriented microtubule array [159]. We further analyse the effect of diffusion restriction to gain a mechanistic understanding of the orienting power of the proposed mechanism.…”
Section: Aim and Thesis Outlinementioning
confidence: 99%
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