Matches in SemOpenAlex for { <https://semopenalex.org/work/W1969506599> ?p ?o ?g. }
- W1969506599 endingPage "1133" @default.
- W1969506599 startingPage "1124" @default.
- W1969506599 abstract "The ability of a human artery to pass through 150 million liters of blood sustaining 2 billion pulsations of blood pressure with minor deterioration depends on unique construction of the arterial wall. Viscoelastic properties of this construction enable to re-seal the occuring damages apparently without direct immediate participance of the constituent cells. Collagen structures are considered to be the elements that determine the mechanoelastic properties of the wall in parallel with elastin responsible for elasticity and resilience. Collagen scaffold architecture is the function-dependent dynamic arrangement of a dozen different collagen types composing three distinct interacting forms inside the extracellular matrix of the wall. Tightly packed molecules of collagen types I, III, V provide high tensile strength along collagen fibrils but toughness of the collagen scaffold as a whole depends on molecular bonds between distinct fibrils. Apart of other macromolecules in the extracellular matrix (ECM), collagen-specific interlinks involve microfilaments of collagen type VI, meshwork-organized collagen type VIII, and FACIT collagen type XIV. Basement membrane collagen types IV, XV, XVIII and cell-associated collagen XIII enable transmission of mechanical signals between cells and whole artery matrix. Collagen scaffold undergoes continuous remodeling by decomposition promoted with MMPs and reconstitution from newly produced collagen molecules. Pulsatile stress-strain load modulates both collagen synthesis and MMP-dependent collagen degradation. In this way the ECM structure becomes adoptive to mechanical challenges. The mechanoelastic properties of the arterial wall are changed in atherosclerosis concomitantly with collagen turnover both type-specific and dependent on the structure. Improving the feedback could be another approach to restore sufficient blood circulation." @default.
- W1969506599 created "2016-06-24" @default.
- W1969506599 creator A5000662074 @default.
- W1969506599 creator A5035400705 @default.
- W1969506599 creator A5039493118 @default.
- W1969506599 creator A5052597523 @default.
- W1969506599 creator A5063117345 @default.
- W1969506599 date "2015-01-03" @default.
- W1969506599 modified "2023-10-18" @default.
- W1969506599 title "Fibrillar, Fibril-associated and Basement Membrane Collagens of the Arterial Wall: Architecture, Elasticity and Remodeling Under Stress" @default.
- W1969506599 cites W1021757159 @default.
- W1969506599 cites W120645043 @default.
- W1969506599 cites W1489257494 @default.
- W1969506599 cites W1490293848 @default.
- W1969506599 cites W1527997106 @default.
- W1969506599 cites W156104386 @default.
- W1969506599 cites W1568247816 @default.
- W1969506599 cites W1579822466 @default.
- W1969506599 cites W1591638778 @default.
- W1969506599 cites W1969086647 @default.
- W1969506599 cites W1970052664 @default.
- W1969506599 cites W1970877757 @default.
- W1969506599 cites W1974203601 @default.
- W1969506599 cites W1976348790 @default.
- W1969506599 cites W1976837011 @default.
- W1969506599 cites W1978485557 @default.
- W1969506599 cites W1979510017 @default.
- W1969506599 cites W1979769719 @default.
- W1969506599 cites W1979909621 @default.
- W1969506599 cites W1981421731 @default.
- W1969506599 cites W1984049034 @default.
- W1969506599 cites W1984282212 @default.
- W1969506599 cites W1985276869 @default.
- W1969506599 cites W1985803874 @default.
- W1969506599 cites W1987211569 @default.
- W1969506599 cites W1989606322 @default.
- W1969506599 cites W1990653503 @default.
- W1969506599 cites W1992063755 @default.
- W1969506599 cites W1994016632 @default.
- W1969506599 cites W1994589849 @default.
- W1969506599 cites W1996114718 @default.
- W1969506599 cites W1996703250 @default.
- W1969506599 cites W1999019754 @default.
- W1969506599 cites W1999793517 @default.
- W1969506599 cites W2002771508 @default.
- W1969506599 cites W2003914234 @default.
- W1969506599 cites W2006784011 @default.
- W1969506599 cites W2007834031 @default.
- W1969506599 cites W2009372384 @default.
- W1969506599 cites W2009808606 @default.
- W1969506599 cites W2010270343 @default.
- W1969506599 cites W2012863778 @default.
- W1969506599 cites W2014254693 @default.
- W1969506599 cites W2016416878 @default.
- W1969506599 cites W2019119739 @default.
- W1969506599 cites W2024305546 @default.
- W1969506599 cites W2025622374 @default.
- W1969506599 cites W2027402816 @default.
- W1969506599 cites W2027700219 @default.
- W1969506599 cites W2027796832 @default.
- W1969506599 cites W2030145963 @default.
- W1969506599 cites W2030838650 @default.
- W1969506599 cites W2032051159 @default.
- W1969506599 cites W2032750617 @default.
- W1969506599 cites W2033388297 @default.
- W1969506599 cites W2035733625 @default.
- W1969506599 cites W2038933685 @default.
- W1969506599 cites W2039817227 @default.
- W1969506599 cites W2042258234 @default.
- W1969506599 cites W2042432694 @default.
- W1969506599 cites W2042893815 @default.
- W1969506599 cites W2043371368 @default.
- W1969506599 cites W2046773880 @default.
- W1969506599 cites W2047137016 @default.
- W1969506599 cites W2047430708 @default.
- W1969506599 cites W2047655143 @default.
- W1969506599 cites W2048002175 @default.
- W1969506599 cites W2053506111 @default.
- W1969506599 cites W2056652025 @default.
- W1969506599 cites W2056691966 @default.
- W1969506599 cites W2057044951 @default.
- W1969506599 cites W2058809631 @default.
- W1969506599 cites W2060240471 @default.
- W1969506599 cites W2060889734 @default.
- W1969506599 cites W2064009495 @default.
- W1969506599 cites W2070610419 @default.
- W1969506599 cites W2070679280 @default.
- W1969506599 cites W2071128880 @default.
- W1969506599 cites W2074267151 @default.
- W1969506599 cites W2074646954 @default.
- W1969506599 cites W2075173045 @default.
- W1969506599 cites W2075717479 @default.
- W1969506599 cites W2076828747 @default.
- W1969506599 cites W2079610654 @default.
- W1969506599 cites W2082290071 @default.
- W1969506599 cites W2085056083 @default.
- W1969506599 cites W2085094015 @default.
- W1969506599 cites W2085396608 @default.