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1 elements that lead to the positioning of the preprophase band.
2 for this region after the disassembly of the preprophase band.
3 ove to the position formerly occupied by the preprophase band.
4 e by another cytoskeletal structure called a preprophase band.
5  microtubules and actin filaments called the preprophase band.
6 uring mitosis, MAP65-4 first appeared at the preprophase band and persisted at the cortical division
7  higher plants, two cytoskeletal arrays, the preprophase band and the phragmoplast, facilitate the po
8 olarity, or on formation and localization of preprophase bands and spindles.
9                                              Preprophase bands are belts of cortical microtubules tha
10 rrays often assume non-polar formation, with preprophase bands developing more or less simultaneously
11 ion of Golgi secretion by brefeldin A during preprophase band formation did not prevent accurate phra
12                                   Almost all preprophase bands formed in a polar fashion, with initia
13    However, the mechanism of how a transient preprophase band fulfils this function is unknown.
14  and extrinsic cues, many plant cells form a preprophase band in G2 , then the preprophase band recru
15 e from the nucleus to the prospindle and the preprophase band in late G2.
16 al division site prior to disassembly of the preprophase band in prometaphase.
17 BP localized to the nucleus, the microtubule preprophase band, mitotic spindle, and the phragmoplast.
18 d to microtubules within the cortical array, preprophase band, phragmoplast, and mitotic spindle.
19 kinesis is determined by the position of the preprophase band (PPB) and the subsequent expansion of t
20                                          The preprophase band (PPB) is a faithful but transient predi
21 at the onset of mitosis by the presence of a preprophase band (PPB) of microtubules and F-actin at a
22                               In plants, the preprophase band (PPB) of microtubules marks the cortica
23 cell division is faithfully predicted by the preprophase band (PPB).
24  ring of microtubules and F-actin called the preprophase band (PPB).
25  depending on the presence or absence of the preprophase band (PPB): the cells displaying outside-in
26 cortical cells do not form narrow, ring-like preprophase bands (PPBs), which are plant-specific, cyto
27                                          The preprophase band predicts the future cell division site.
28 g cells become polarized and form asymmetric preprophase bands prior to mitosis; phragmoplasts are su
29 lls form a preprophase band in G2 , then the preprophase band recruits specific proteins to populate
30  show that Golgi secretion does not mark the preprophase band site and thus does not play an active r
31  and subsequent cell plate formation, at the preprophase band site.
32 ed an increased Golgi stack frequency at the preprophase band site.
33 i secretion might be involved in marking the preprophase band site.
34 s about 60-68 kDa (MAP 65) stain interphase, preprophase band, spindle and phragmoplast microtubules.
35                The KCBP was localized to the preprophase band, the mitotic spindle and the phragmopla
36 s that incorporate brain tubulin include the preprophase band, the perinuclear sheath at late prophas

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