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| Untersuchte Arbeit: Seite: 32, Zeilen: 10-13 |
Quelle: Simons Ware 2003 Seite(n): 2, 3, 4, Zeilen: 2: r.col: last lines; 3: l.col: 1; 4: figure |
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Fig. 8 – A: Collateral vessels can develop around the site of coronary occlusion, via remodelling of pre-existing vessels (arteriogenesis) that gradually enlarge to the point at which they can carry the bulk of blood flow84. [...] While the development of vasculature in the course of embryonic growth is beginning to be well understood, comparatively little information is available about the processes responsible for coronary collateral growth. 84. Sasayama S, Fujita M. Recent insights into coronary collateral circulation. Circulation. 1992;85:1197-1204. |
Whereas the development of vasculature in the course of embryonic growth is beginning to be well understood, comparatively little information is available about the processes responsible for vessel growth and maintenance
[page 3] in mature adult tissues. [page 4]
Figure 2 Arteriogenesis. Collateral vessels (arteriogenesis) can develop around the site of coronary occlusion. Although the exact mechanism is not clear, there are two distinct possibilities. One option (a) for arteriogenesis is to proceed via remodelling of pre-existing vessels that gradually enlarge to the point at which they can carry the bulk of blood flow. |
The source is not given. The copied material cannot be found in the given reference Sasayama & Fujita (1992). Note that the part B of figure 8 has been taken from another publication: Arc/Fragment_032_11 |
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