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1 (iii) where both daughters change phenotype (symmetric division).
2 division, or an ISC becoming two EEs through symmetric division.
3 are kept firmly within this plane to give a symmetric division.
4 whose expression accumulates just before the symmetric division.
5 1, a MUTE-induced G1 cyclin, and permits the symmetric division.
6 normally exit the cell cycle through a final symmetric division.
7 top hierarchical HSCs preferentially undergo symmetric divisions.
8 ated concurrently by asymmetric and terminal symmetric divisions.
9 s were present and replaced through periodic symmetric divisions.
10 , glioblasts underwent a prolonged series of symmetric divisions.
12 e-assisted laser inactivation created a more symmetric division and allowed the survival and differen
13 stem/progenitor-like cell division to favor symmetric division and differentiated into higher levels
14 phorylate Numb in both progenies, leading to symmetric division and expansion of the cancer SC compar
15 he adult SVZ, and the transient increases in symmetric division and neuronal differentiation may resu
17 divisions where loss of TOE-2 led to a more symmetric division and to survival of the smaller Q.a da
18 tem cells in the inner limbus undergo mostly symmetric divisions and are required to sustain the popu
19 g epidermis, a balance between self-renewing symmetric divisions and differentiative asymmetric divis
22 elopment, tissue stem cells first expand via symmetric divisions and then switch to asymmetric divisi
23 the capacity to propagate themselves through symmetric divisions and to divide asymmetrically to enge
25 ular zone, differentiated astrocytes undergo symmetric division, and their progeny integrate function
27 xpansion in number and have reduced rates of symmetric division as well as reduced insulin signaling.
31 re that, contrarily to other eukaryotes with symmetric division, budding yeast keeps the nascent tran
32 showing TuJ1 immunoreactivity in cells with symmetric division but not cells with asymmetric divisio
33 olon stem cells (ISCs) predominantly undergo symmetric division but turn on asymmetric division to cu
34 A;1, with medium levels being sufficient for symmetric divisions but high levels being required for f
36 rsity and epithelial stratification, whereas symmetric divisions contribute to tissue growth, spreadi
37 quiring mutations that permit asymmetric and symmetric division, converting the host immune attack to
38 cell precursors (GCPs) undergo predominantly symmetric division during postnatal development; (2) clo
40 that superficial cells renew their number by symmetric division, express mesenchymal stem cell marker
42 rating zone of the Arabidopsis root, regular symmetric divisions give rise to patterns of parallel fi
45 testinal progenitor cells and promotes their symmetric division in response to nutrients, defining a
46 growth in the heart, decreased proliferative symmetric divisions in brain neural progenitors, and inc
48 e TONNEAU1a (TON1a) gene display misoriented symmetric divisions in the epidermis and have no divisio
49 ocytes frequently exit the cell cycle before symmetric division into daughter cells, leading to polyp
50 ped fission yeast Schizosaccharomyces pombe, symmetric division is achieved through anillin/Mid1-depe
51 itiated cell capable of clonal expansion via symmetric division is predicted to occur with a frequenc
55 rd cells of a stoma are produced by a single symmetric division just before terminal differentiation.
58 C5aR1 inhibition reducing proliferation and symmetric division of apical neural progenitors in human
60 achinery, other prerequisites for successful symmetric division of cardiomyocytes, such as the contro
62 2A family protein phosphatases, promotes the symmetric division of fission yeast cells through spatia
66 ic division at both poles of the cell and by symmetric division of the endospores at an early stage o
67 raction with the SCMC and their roles in the symmetric division of the zygote in early mouse developm
68 h-frequency stimulation of the ATN increases symmetric divisions of a defined class of neural progeni
69 ike cells in the dentate gyrus but increases symmetric divisions of an early progenitor cell class.
70 cell cycle duration in the cortex and during symmetric divisions of epidermal cells was constant and
71 its adult body plan through the bilaterally symmetric divisions of mesodermal proteloblast DM'' and
74 radioresistance, a shift from asymmetric to symmetric division or a fast cycle of GSCs following fra
75 n how they respond to the signals that guide symmetric division orientation during patterning might p
77 ve neurogenesis during favorable conditions, symmetric divisions prevent premature neurogenesis while
78 regulates this asymmetry, as when inhibited, symmetric divisions producing two neurogenic progenitors
79 nd notable regional differences, in terms of symmetric division ratio, have been noted-higher in thic
81 JZ stem cells tend to self-renew by planar symmetric divisions, respond to masticatory stresses, an
82 ed that less than 10% of radial glia undergo symmetric divisions resulting in two radial glia, wherea
84 In addition to multiple, synchronous, and symmetric divisions, single-sorted CD34(+)/CD38(-) cells
85 ible explanation is that daughter cells of a symmetric division subsequently adopt differing cell fat
86 tem-cell-like precursor followed by a single symmetric division that creates paired guard cells surro
87 ng divisions but were more likely to undergo symmetric divisions that expanded the oRG population, as
88 nt canonical Wnt/beta-catenin signaling, and symmetric divisions that increase the seam cell number.
90 x2 levels in individual blastomeres promotes symmetric divisions, thereby allocating more cells to th
91 maize leaf epidermis, without affecting the symmetric divisions through which most epidermal cells a
92 Stem cells switch between asymmetric and symmetric division to expand in number as tissues grow d
93 upted epithelial cell polarity, and enhanced symmetric division to expand the stem cell population.
94 is, guard mother cells undergo a stereotyped symmetric division to form the guard cells of stomata.
95 of surrounding support cells, which undergo symmetric division to produce two hair cell daughters.
96 , while persisting HSCs expanded, undergoing symmetric divisions to create identical siblings and for
98 her show that human OPCs undergo consecutive symmetric divisions to exponentially increase the progen
99 division, as well as seam cell gains through symmetric divisions towards the seam cell fate were obse
100 sis via a combination of apoptosis, terminal symmetric division via Prospero, and a switch to gliogen
101 However, stem cells are also capable of symmetric division where both daughters remain stem cell
103 ropose that this dynamic mechanism maintains symmetric divisions while allowing the quick adjustment
104 visions of MGE progenitor cells, followed by symmetric divisions within the subventricular zone.