Lavrishcheva G I, Mikhaĭlova L N
Biull Eksp Biol Med. 1986 Feb;101(2):202-5.
Morphological studies in the model with the complete destruction of bone marrow in the diaphysis of the tubular bone have revealed the process of stromal elements regeneration. Within the first 24 hours after the trauma insignificant accumulations of fibroblast-like cells in the lumen of some vascular channels have been observed in cell-free cortical plates. In two days spheric cells with a large dense nucleus were detected in tissue-free bone-marrow diaphysis cavity. This fact seems indicative of the viability of the vascular channel cells. This was manifested in the regained tinctorial and biological properties (i.e. the ability to proliferate). The recovery of these properties are likely to be related to vessel pericytes in the microcirculatory net of the vascular channels.
对长骨干骨髓完全破坏模型的形态学研究揭示了基质成分的再生过程。创伤后24小时内，在无细胞的皮质板中，一些血管腔内观察到成纤维细胞样细胞的少量聚集。两天后，在无组织的骨髓干骺端腔中检测到具有大而致密细胞核的球形细胞。这一事实似乎表明血管通道细胞具有活力。这表现为恢复了染色特性和生物学特性（即增殖能力）。这些特性的恢复可能与血管通道微循环网络中的血管周细胞有关。
