ライフサイエンスコーパス: ganglion mother cell

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1 producing a larger neuroblast and a smaller ganglion mother cell.

2 Prospero protein that is normally present in ganglion mother cells.

3 os prevents Prospero nuclear localization in ganglion mother cells.

4 erentiation of INPs into terminally dividing ganglion mother cells.

5 ff a series of smaller daughter cells called ganglion mother cells.

6 euroblasts divide asymmetrically to generate ganglion mother cells.

7 ve cord, with the Olig2(+) cells behaving as ganglion mother cells.

8 single element for neurogenic expression in ganglion mother cells 4-2a and 1-1a, and neurons derived

9 y stripes, defined sets of neuroblasts, many ganglion mother cells and discrete populations of neuron

10 Conversely, division of lamina ganglion mother cells ceased following deafferentation,

11 d by axons of the progeny of each neuroblast-ganglion mother cell cluster.

12 oring cortex glia, and between NBs and their ganglion mother cell daughters.

13 efficiently restores Prospero expression in ganglion mother cells, demonstrating that the two genes

14 mbryonic CNS development, around the time of ganglion mother cell formation.

15 Contrary to this, we show that each ganglion mother cell from the median neuroblast produces

16 rtitioning into the differentiating, smaller ganglion mother cell (GMC) where they are required for n

17 determines the identity of its daughter, the ganglion mother cell (GMC), the asymmetric division of t

18 to produce a larger neuroblast and a smaller ganglion mother cell (GMC).

19 Type I neuroblasts produce ganglion mother cells (GMCs) that divide once to produce

20 Most brain neuroblasts generate a series of ganglion mother cells (GMCs) that each make two neurons

21 asymmetric divisions, whereas their progeny, ganglion mother cells (GMCs), divide asymmetrically to g

22 ecursors (neuroblasts) sequentially generate ganglion mother cells (GMCs), which generate neurons and

23 ric divisions to produce a series of smaller ganglion mother cells (GMCs), which typically divide onc

24 bud off a series of smaller progeny, called ganglion mother cells (GMCs).

25 sors (neuroblasts) and their daughter cells, ganglion mother cells (GMCs).

26 stem cell divisions to generate a series of ganglion mother cells (GMCs).

27 tric cell fate specification to daughters of ganglion mother cells (GMCs).

28 Ganglion mother cells later divide symmetrically to gene

29 oderm, epidermal precursors, neuroblasts and ganglion mother cells occurred intermingled, attesting t

30 The bipotential Ganglion Mother Cells, or GMCs, in the Drosophila CNS as

31 to produce an apical neuroblast and a basal ganglion mother cell that differ in size, mitotic activi

32 ion, Prospero enters the nucleus of daughter ganglion mother cells where it functions as a transcript

33 ed asymmetric divisions to generate multiple ganglion mother cells, which divide only once more to pr

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