Mian E, Curri S B, Lietti A, Bombardelli E
Minerva Med. 1977 Oct 31;68(52):3565-81.
On the basis of previous biochemical observations, which have demonstrated the formation of complexes between anthocyanosides and some phospholipids, the AA. investigate the modifications induced by local and general administration of anthocyanosides 1) on the foreign body granuloma and 2) on the composition of the protein fractions in the exudate from the capillaries of the granulation tissue, growing on post-thromboflebitic or varicose leg ulcerations. The biochemical and histochemical data may show that the anthocyanosides protect the altered capillary walls with a double mechanism: a) increasing the endothelium barrier-effect through a stabilisation of the membrane phospholipids and b) increasing the biosynthetic processes of the acid mucopolysaccharides of the connective ground substance, by restoring the altered mucopolysaccharidic pericapillary sheat. This last effect may explain the marked increase of new-formed capillaries and collagen fibrils induced by the anthocyanosides.
基于先前的生化观察结果,这些观察已证明花色苷与某些磷脂之间形成复合物,作者研究了局部和全身给予花色苷所引起的改变:1)对外来异物肉芽肿的影响;2)对肉芽组织毛细血管渗出液中蛋白质组分组成的影响,该肉芽组织生长于血栓后静脉炎或静脉曲张性腿部溃疡处。生化和组织化学数据可能表明,花色苷通过双重机制保护改变的毛细血管壁:a)通过稳定膜磷脂增加内皮屏障效应;b)通过恢复改变的黏多糖性毛细血管周鞘,增加结缔组织基质酸性黏多糖的生物合成过程。最后这一效应可能解释了花色苷诱导的新生毛细血管和胶原纤维的显著增加。