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1 d secretion are concentrated at the bud tip (apical growth).
2 nied by the development of three-dimensional apical growth.
3 en designed to isolate mutations that affect apical growth.
4 longation in mutants that exhibit pronounced apical growth.
5 pate in a crucial step of bud morphogenesis, apical growth.
6 ne the pattern of cell wall expansion during apical growth.
7  from isotropic spore expansion to polarized apical growth.
8 cific mRNAs play an important role in hyphal apical growth.
9 re it might play a role in the regulation of apical growth.
10                      Fungal hyphae extend by apical growth.
11 il to concentrate Sec4 at the bud tip during apical growth and at the division site during repolariza
12 e homologue Ste20 is also important for both apical growth and bipolar bud site selection.
13  bud8 mutant in glucose-limiting conditions, apical growth and bud site selection were uncoupled proc
14 he identification of components required for apical growth and demonstrates the critical role of pola
15 ndent pathway that is required for efficient apical growth and mating projection formation and an ACE
16                              We propose that apical growth and repolarization at the site of cytokine
17 oformans capsular enlargement also occurs by apical growth and that budding results in capsular rearr
18  delta(11)B compositions along their primary apical growth axes (+/-0.02 pHcf units) regardless of th
19 form alive today, such as those facilitating apical growth, branching, leaves, roots, wood and seeds,
20  of the genetic template for the galea at an apical growth bud on the first segment of the maxillary
21              The grr1Delta mutation enhances apical growth by stabilizing G(1) cyclins and increases
22        The short day (SD) treatment leads to apical growth cessation and dormancy.
23 r largely redundant function in establishing apical growth dominance.
24                            The mechanism for apical growth during hyphal morphogenesis in Candida alb
25 provides a new facet to our understanding of apical growth during morphogenesis.
26 r gna-1 and gna-3 are severely restricted in apical growth, forming small colonies.
27                                              Apical growth in plants initiates upon seed germination,
28                                              Apical growth in pollen tubes (PTs) is associated with t
29 gulating the directionality and stability of apical growth in root hairs.
30 tip-focused Ca(2+) gradient thought to drive apical growth, indicating that ATRBOH C is not absolutel
31            An evolutionarily ancient form of apical growth is found in the filamentous bacteria Strep
32 odel elongation as being rate-limited by the apical growth mechanism.
33                        In cells that exhibit apical growth, mechanisms that regulate cell polarity ar
34 reveals that Cbk1p is required for efficient apical growth, proper mating projection morphology, bipo
35 nts deliver cell wall-forming enzymes to the apical growth region.
36 nd hypB suggest a mechanism for coordinating apical growth, subapical cell arrest, and mitosis in A.
37 visiae is the result of successive isotropic/apical growth switches that are regulated in a cell cycl
38 p genes acquired new functions in sporophyte apical growth, vascular patterning and differentiation,
39  mass of progenitor cells that constitute an apical growth zone.