ライフサイエンスコーパス: vitelline membrane

1 ell to produce a ventral cue embedded in the vitelline membrane.

2 astic plates representing the blastoderm and vitelline membrane.

3 d growth of disulfide linked networks in the vitelline membrane.

4 derivatives are gradually released from the vitelline membrane and become localized within distinct

5 is involved in coordinating assembly of the vitelline membrane and is required for functional proper

6 r anti-adhesive quality as the ovomucin from vitelline membrane, and that this anti-adhesive property

7 During early chorion formation the vitelline membrane appears to act as a reservoir for cho

8 Although the vitelline membrane appears to be morphologically complet

9 n, is essential for the morphogenesis of the vitelline membrane as sV23 protein null mutants lay flac

10 ive targets of Pipe, this work points to the vitelline membrane as the source of signals that generat

11 os were transiently dissociated within their vitelline membranes at different time points prior to th

12 ruptions during the initial synthesis of the vitelline membrane by somatic follicle cells surrounding

13 chorion is dependent upon the presence of a vitelline membrane component.

14 ase autoactivation temporally coincides with vitelline membrane cross-linking and can be triggered in

15 onal regulation (cup, orb, bru1, me31B), and vitelline membrane formation (fs(1)N, fs(1)M3, clos).

16 The vitelline membrane is a specialized extracellular matrix

17 n (stages 8-10), were distributed within the vitelline membrane layer at all stages.

18 ins since s36 was found predominantly in the vitelline membrane layer of stage 12 egg chambers.

19 s to several protein components of the inner vitelline membrane layer of the eggshell.

20 t between the embryo plasma membrane and the vitelline membrane layer of the eggshell.

21 hree proproteins that are cleaved within the vitelline membrane layer to multiple derivatives.

22 These results also suggest that the vitelline membrane layer, by acting as a transient stora

23 vatives are generated in the oocyte proximal vitelline membrane layer, they are differentially distri

24 t necessary for the assembly of a functional vitelline membrane layer.

25 Here we show that the vitelline membrane-like (VML) protein undergoes Pipe-dep

26 in each row of cells drives adhesion to the vitelline membrane mediated by integrins, apical spreadi

27 ential role in aligning molecules within the vitelline membrane network, much like hydrophobic domain

28 eggs with a soluble, rather than insoluble, vitelline membrane network.

29 on process, removing the outer proteinaceous vitelline membrane of nematode eggs.

30 glycoprotein, and a major constituent of the vitelline membrane of the avian yolk.

31 Ovomucin isolated from vitelline membrane prevented adhesion of fibroblasts but

32 e other cell differentiation events, such as vitelline membrane protein expression, that lead to the

33 Cross-linking of vitelline membrane protein sV23 also increases progressi

34 rmal uptake into the oocyte of sV17, a major vitelline membrane protein, and defects in non-disulfide

35 sV23, a major vitelline membrane protein, is essential for the morphog

36 These mutations also block cross-linking of vitelline membrane proteins that normally occurs upon eg

37 ermost layer of the Drosophila eggshell, the vitelline membrane, provides structural support and posi

38 ence of mechanosensitivity is not due to the vitelline membrane, rapid MG channel adaptation or tensi

39 Embryos surrounded by the abnormal vitelline membranes synthesized when Palisade is reduced

40 Nudel protease function produce eggs having vitelline membranes that are abnormally permeable to the

41 sts of three major proteinaceous layers: the vitelline membrane, the inner chorionic layer, and the o

42 tical granule exocytosis, which modifies the vitelline membrane to prevent polyspermy.

43 t abundant proprotein, is cleaved within the vitelline membrane to three mature derivatives in a deve

44 that additional structural components of the vitelline membrane undergo Pipe-dependent sulfation.

45 lies between the embryonic membrane and the vitelline membrane (VM), the inner layer of the eggshell

46 The vitelline membrane (VM), the oocyte proximal layer of th

47 blastoderm disk is under the tension of the vitelline membrane (VM).