ライフサイエンスコーパス: elastic fibre

1 d MMP9 was linked to a 50% reduction of lung elastic fibres.

2 more advanced stages contained mainly mature elastic fibres.

3 erus and skin, all of which contain abundant elastic fibres.

4 phase with proteolytic activity and reduced elastic fibres.

5 ctivity, indicating defective development of elastic fibres.

6 l role in the development and homeostasis of elastic fibres.

7 matrix, where it alters the architecture of elastic fibres.

8 multiplexing for collagen type (I & III) and elastic fibres and a modified Victoria blue method could

9 stry shows reduced elastin deposition in the elastic fibres and fewer microfibrils in the dermis.

10 The percentage area of elastic fibres and total collagen within the submucosa w

11 and reabsorption of pericellular and septal elastic fibres, and a potential role for stratification

12 The main components of elastic fibres are elastin and fibrillin, where correct

13 Elastic fibres are essential components of all mammalian

14 Although elastic fibres are known to be composed of microfibril p

15 When aiming to engineer suitable implants, elastic fibres are needed to allow adequate tissue renew

16 es the elastin precursor so it is primed for elastic fibre assembly.

17 were thermally drawn into a machine-washable elastic fibre capable of more than 60% stretch.

18 was also measured, and the morphology of the elastic fibres classified.

19 Here we show that the loss of Fibulin-5, an elastic fibre component, not only decreases tissue stiff

20 The literature on the contribution of elastic fibre deposition to alcohol-related liver diseas

21 Aortas in Adamts-4-/- mice showed reduced elastic fibre destruction, versican degradation, macroph

22 It is believed that microfibrils regulate elastic fibre formation by guiding tropo-elastin deposit

23 m-binding glycoprotein that is essential for elastic fibre formation.

24 psies and broken dense perisinusoidal mature elastic fibres in explanted livers.

25 e disorder characterized by calcification of elastic fibres in skin, arteries and retina that results

26 ls, thereby acting to stabilize and organize elastic fibres in the skin, lung and vasculature.

27 Fibulin-5 interacts directly with elastic fibres in vitro, and serves as a ligand for cell

28 ing protein that localizes to the surface of elastic fibres in vivo.

29 elastic fibres (oxytalan, elaunin and mature elastic fibres) in 20 cases.

30 ought to result when FBN1 mutations preclude elastic fibre maturation by disrupting microfibrillar as

31 nnective tissue and deposit the collagen and elastic fibres of the extracellular matrix (ECM).

32 egrin ligand, is an essential determinant of elastic fibre organization.

33 We also investigated the composition of the elastic fibres (oxytalan, elaunin and mature elastic fib

34 Extracellular elastic fibres provide mechanical elasticity to tissues

35 in and fibrillin, where correct formation of elastic fibres requires a fibrillin microfibril scaffold

36 The formation of elastic fibres requires the assembly and crosslinking of

37 The elastic fibre system has a principal role in the structu

38 ne targeting exhibit a severely disorganized elastic fibre system throughout the body.

39 Thus, fibulin-5 may provide anchorage of elastic fibres to cells, thereby acting to stabilize and

40 a scaffold protein that organizes and links elastic fibres to cells.

41 with minimal spreading or to cause a pair of elastic fibres to coalesce.

42 ss with a transition from oxytalan to mature elastic fibres usually present in explanted livers.

43 l deposition of mainly collagen I and mature elastic fibres was observed in cirrhosis.

44 Elastic fibres were assessed in terms of their distribut

45 0.024), which also related to an increase in elastic fibres with a thickened lamellar morphological a

46 lastinopathy owing to the disorganization of elastic fibres, with resulting loose skin, vascular abno