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1         There were no significant changes in elastic tissue.
2 d to measure changes in collagen subtype and elastic tissue.
3  the mechanics of water transport through an elastic tissue.
4 erred a functional evolutionary advantage in elastic tissue.
5 plicated in the formation and homeostasis of elastic tissues.
6 otein that is essential for the formation of elastic tissues.
7 of extracellular networks in elastic and non-elastic tissues.
8 struction, endothelial regeneration, loss of elastic tissue and calcification.
9 th Verhoff von Giesen (VVG) stain to discern elastic tissue and Herovici stain to differentiate types
10  even in cells not typically associated with elastic tissues and in a manner unexpected of typical su
11                                   Stretching elastic tissues and using their recoil to power movement
12 plant and analyzed by hematoxylin and eosin, elastic tissue, and immunohistochemical stains, and the
13 stic movements that are powered by recoil of elastic tissues are less thermally dependent than moveme
14 (PXE) is a classic inherited disorder of the elastic tissue characterized by progressive calcificatio
15 horter time scales (adhesion, repulsion, and elastic tissue deformation over minutes) and longer time
16 guish active cell contractility from passive elastic tissue deformations.
17 thogenic similarities, including proteolytic elastic tissue degeneration and smooth muscle dysfunctio
18 desmosine and isodesmosine, as biomarkers of elastic tissue degradation.
19                We hypothesize a mechanism of elastic tissue destruction by complement fixation with r
20 s a highly prevalent disorder also involving elastic tissue dysfunction and is associated with glauco
21  are important for the proper development of elastic tissues found in the aorta and lung, as well as
22 nd maintained by chondrocytes form a strong, elastic tissue functioning to cushion and protect the su
23 sential roles in elastic fiber formation and elastic tissue homeostasis, as well as transforming grow
24 lls and fibroblasts in regions of fragmented elastic tissue in the lamina media.
25 mulation in vitro and to alter morphology of elastic tissues in vivo.
26 which are required for proper development of elastic tissues, including the heart and lungs.
27 tein component of the elastic fiber found in elastic tissues is elastin, an amorphous, cross-linked b
28 lar inefficiencies to non-experts, they used elastic tissues more effectively, achieving equivalent a
29                                 We establish elastic tissue motion as a key indicator of general moto
30 arning and optical flow analysis, we tracked elastic tissues (muscles and associated connective tissu
31                                              Elastic tissues rich in MAGP-1-containing microfibrils d
32                        Histological study of elastic-tissue stained sections disclosed that the leafl
33 es are essential components of all mammalian elastic tissues such as blood vessels, lung and skin, an
34                                       Series elastic tissues such as tendon can save energy by perfor
35 s were half normal diameter, or collagen and elastic tissue were very sparse.
36  nm in diameter are found in elastic and non-elastic tissues with fibrillin as a major component.