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1 the onset of organ outgrowth at the tip of a plant shoot.
2 (Mn) deficiency affects various processes in plant shoots.
3  a way to promote arsenic bioaccumulation in plant shoots, a process that will be essential for the d
4 the absence of Burkholderia from the SynCom, plant shoots accumulated higher ortophosphate (Pi) level
5 uring vegetative growth to unravel the whole-plant (shoot and root morphology) and organ/tissue (root
6 oculture and mixture treatments improved per plant (shoot and root) growth and nutrient assimilation
7                                              Plant shoot and root litter is important in mediating th
8 ions that specify and maintain stem cells in plant shoots and roots.
9 ferative activity of sporophyte meristems at plants' shoot and root tips, a trait known as indetermin
10 ion of KANADI and HD-ZIPIII genes within the plant shoot apical meristem (SAM).
11                                   The higher-plant shoot apical meristem is a dynamic structure conti
12 een proliferation and differentiation in the plant shoot apical meristem is controlled by regulatory
13                   Along the vertical axis of plant shoot apical meristems (SAMs), stem cells are loca
14 icate that de-ubiquitination helps to modify plant shoot architecture, possibly via its ability to di
15  high-precision 3D scanning, we analyzed 557 plant shoot architectures, representing three species, g
16                                              Plant shoots are characterized by indeterminate growth r
17 newly identified plant hormones that control plant shoot branching.
18 he phytohormone auxin promotes the growth of plant shoots by stimulating cell expansion via plasma me
19 CS mature plants accumulated more Cd than WT plants: shoot Cd concentrations were 40% to 90% higher.
20           The development of outgrowths from plant shoots depends on formation of epidermal sites of
21 ights into the coordinated regulation of tea plant shoot development and secondary metabolism, paving
22 ene RPL27aC that affects multiple aspects of plant shoot development, including leaf patterning, infl
23  specific meristematic areas fundamental for plant shoot development, which are involved in meristem
24                                              Plant shoots elaborate their adult form by selective con
25 ic three-dimensional (3D) representations of plant shoots for quantification and modeling.
26 , thereby enabling the radiation of vascular plant shoot forms.
27                                              Plant shoot growth depends on the activity of the shoot
28 which are linked to its beneficial action on plant shoot growth, are likely related to the conformati
29 he isolated endophytic fungi improved tomato plants' shoot growth and biomass significantly, as compa
30                               In extant land plants, shoot growth occurs from groups of cells at the
31 est Cr content (8.89 +/- 0.56 ppm), Site 1's plant shoots had the lowest Cr content (27.75 +/- 1.98 p
32     Phylogenetic variation in the ionomes of plant shoots has been widely reported based on controlle
33 roots of all plants but were not detected in plant shoots in the initial study.
34 AuNPs are most efficiently translocated into plant shoots (including stems and leaves) from the roots
35    Touching and/or touching plus bending the plant shoot internodes located in the apical meristem zo
36                                          The plant shoot is derived from the apical meristem, a group
37 orters and in vivo oxygen measurements, that plant shoot meristems develop embedded in a low-oxygen n
38 egulatory module was recruited into vascular plant shoot meristems during evolution to promote indete
39                     Stem cell homeostasis in plant shoot meristems requires tight coordination betwee
40 a central regulator of stem cell function in plant shoot meristems.
41 ich to better dissect the genetic control of plant shoot morphogenesis at the cellular level.
42 source image analysis tool for evaluation of plant-shoot phenotypes.
43                                           In plant shoots, PIN-FORMED 1 (PIN1)-mediated polar auxin t
44                    During its development, a plant shoot progresses from a juvenile to an adult phase
45                                              Plant shoot stem cells generate organs essential for foo
46                                         Land plant shoot structures evolved a diversity of lateral or
47 upport the hypothesis that growth across the plant shoot system is balanced by competition between sh
48 ea (Camellia sinensis) is concocted from tea plant shoot tips that produce catechins, caffeine, thean
49 richment and the net transfer of carbon from plant shoots to microbes and soil CO(2) efflux were not
50                                              Plant shoots typically grow against the gravity vector t
51                                              Plant shoots undergo organogenesis throughout their life
52 s ubiquitous in soils, and is transported to plant shoots via transpiration through xylem elements in
53 passing bacterial biofilms, snowflake yeast, plant shoots, zebrafish brain matter, organoids, and emb