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1  apical meristem activity, and inflorescence phyllotaxy.
2  significantly reduced rate and with altered phyllotaxy.
3 ion between auxin and cytokinin signaling in phyllotaxy.
4 ic arrangement of leaves and flowers, called phyllotaxy.
5 lating trichome morphology and inflorescence phyllotaxy.
6 meristem in a stereotypical pattern known as phyllotaxy.
7 aneously supporting establishment of correct phyllotaxy.
8 pposite pairs, in a pattern termed decussate phyllotaxy.
9 th, i.e. they arise sequentially in a spiral phyllotaxy.
10 modified leaves, short internodes and spiral phyllotaxy.
11 f lateral branches, internode elongation and phyllotaxy.
12 auxin and cytokinin signaling for control of phyllotaxy.
13 s, this resulted in fasciated stems, altered phyllotaxy, a cessation of primordia differentiation, or
14 premature inflorescence development, altered phyllotaxy along the stem, reduced petal size, abnormal
15 ermination of the shoot and an alteration of phyllotaxy along the stem, suggesting that ESD4 has a br
16 tive development, including defective floral phyllotaxy and increased floral organ merosity, especial
17 of transgenic events and alterations in leaf phyllotaxy and morphology.
18 tropically affects meristem identity, floral phyllotaxy and organ initiation and is conserved among a
19 aspects of floral development, which include phyllotaxy and organ number and identity.
20 sport and procambium differentiation dictate phyllotaxy and organogenesis.
21  (rad23a, rad23c, and rad23d) or induce mild phyllotaxy and sterility defects (rad23b), higher-order
22 ies, including early flowering time, altered phyllotaxy, and abnormal numbers and shapes of flower or
23 on does not explain how distinct patterns of phyllotaxy are initiated.
24 he mechanism by which these patterns, termed phyllotaxies, are generated, remains unclear.
25 m, which initiate floral organs in a defined phyllotaxy before being consumed in the production of an
26 aphy, I show how shifts in leaf arrangement (phyllotaxy) can developmentally reshape the organization
27                                              Phyllotaxy describes the geometric arrangement of leaves
28                                              Phyllotaxy describes the geometric pattern of leaves and
29 cally, transitions from spiral to non-spiral phyllotaxy directly lead to shifts from radial to dorsiv
30 ly across capitula to generate iconic spiral phyllotaxy, during anthesis floret development occurs in
31                 tsh4 mutants display altered phyllotaxy, fewer lateral meristems and ectopic leaves t
32 e control of greening, hypocotyl elongation, phyllotaxy, floral organ initiation, accessory meristem
33     The third pathway controls the switch in phyllotaxy from decussate to spiral and is activated ind
34  tree height and altered leaf morphology and phyllotaxy, implicating PP2C phosphatases as growth regu
35 olling quantitative aspects of inflorescence phyllotaxy in maize, consistent with their candidacy for
36 nd female gametophyte, and organogenesis and phyllotaxy in the shoot.
37 s, selection seems to have acted directly on phyllotaxy, not on novel vascular variants, in the evolu
38 in contrast to the alternating or distichous phyllotaxy observed in wild-type maize and other grasses
39 ernode elongation, shortened roots, aberrant phyllotaxy of flowers, aberrant sepal development, flora
40 ypes retain the typical alternate-distichous phyllotaxy of maize, their leaves grow parallel to those
41  embryo, and plays a role in determining the phyllotaxy of the shoot.
42 contributing to the enlarged SAM and altered phyllotaxy of these mutants.
43 xpression and organogenesis, but not correct phyllotaxy or meristem self-maintenance.
44 on, and its transport has been implicated in phyllotaxy regulation in Arabidopsis (Arabidopsis thalia
45  The map was found to be a shallow dome with phyllotaxy superimposed on its surface.
46 ffect hormone levels, ultimately controlling phyllotaxy, the transition to flowering and general grow