ライフサイエンスコーパス: hypochord

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1 xpressed in the yolk syncytial layer and the hypochord.

2 to be specified as floorplate, notochord or hypochord.

3 ochord lies medially, flanked by presumptive hypochord and both overlie the deep region of the presum

4 cial cartilage, ear, notochord, floor plate, hypochord and fins in a pattern similar to the expressio

5 dorsal midline, prechordal plate, notochord, hypochord and floor plate share a common embryonic origi

6 dline structures, including notochord and/or hypochord and neural floorplate, regulate Xnr-1 expressi

7 inhibiting notochord formation and promoting hypochord and possibly floor plate development, but the

8 sion resolves to the neural tube floorplate, hypochord, and (transiently) the notochord anlage, and i

9 eginning of gastrulation caused expansion of hypochord at the expense of notochord, but floor plate w

10 ailbud to specify hypochord from a notochord/hypochord bipotential cell population.

11 Hypochord cells are also found at the midline of anamnio

12 We demonstrate here that floor plate and hypochord cells arise from distinct regions of the zebra

13 nk notochord cells and excess floorplate and hypochord cells.

14 mbryos had reduced numbers of floorplate and hypochord cells; these cells lie above and beneath the n

15 neurulation leads to the complete failure of hypochord development and to the elimination of expressi

16 in presumptive hypochord precursors and for hypochord development.

17 otochord signaling, a significantly enlarged hypochord develops.

18 ate during early neural stages, and that the hypochord does not depend on further notochord signals f

19 ells in the underlying endoderm to take on a hypochord fate during early neural stages, and that the

20 Notch signaling promotes floor plate and hypochord fates over notochord, but has variable effects

21 tants have significantly stronger defects in hypochord formation but not in somitogenesis or hindbrai

22 c effects on both hindbrain neurogenesis and hypochord formation.

23 ol of somite segmentation, neurogenesis, and hypochord formation.

24 eurulation, however, does not interfere with hypochord formation.

25 , continues to act in the tailbud to specify hypochord from a notochord/hypochord bipotential cell po

26 dorsal midline (floor plate, notochord, and hypochord) has been an area of classical research and de

27 both paraxial and axial mesoderm (including hypochord), in similar patterns and amounts in both spec

28 Notch signaling, required for hypochord induction during gastrulation, continues to ac

29 It appears likely that the hypochord is required for the formation of the dorsal ao

30 and to the elimination of expression of the hypochord marker, VEGF.

31 required for her4 expression in presumptive hypochord precursors and for hypochord development.

32 During gastrulation, hypochord precursors are closely associated with no tail

33 We show that hypochord precursors arise from the lateral edges of the

34 prechordal plate, notochord, floor plate and hypochord progenitors during gastrulation.

35 neighboring midline precursors to develop as hypochord, rather than as notochord.

36 aling during gastrulation entirely prevented hypochord specification but only reduced the number of f

37 hord are critical for the development of the hypochord, which is a transient, endodermally derived st

38 diffusible form of VEGF is expressed by the hypochord, which lies at the embryonic midline immediate

39 One such cell type is hypochord, which lies ventral to notochord in anamniote

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