EXPERIMENTAL REGENERATION OF THE CAUDAL SKELETON OF THE GLASS KNIFEFISH, EIGENMANNIA-VIRESCENS (RHAMPHICHTHYDAE, GYMNOTOIDEI)
EXPERIMENTAL REGENERATION OF THE CAUDAL SKELETON OF THE GLASS KNIFEFISH, EIGENMANNIA-VIRESCENS (RHAMPHICHTHYDAE, GYMNOTOIDEI)
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DOI：
10.1002/jmor.1051680202
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发表时间：
1981-01-01
影响因子：
1.5
通讯作者：
MEUNIER, FJ
中科院分区：
文献类型：
--
作者：
KIRSCHBAUM, F;MEUNIER, FJ
裸鱼 E. virescens 描述了截尾后尾轴骨骼的再生，包括约 20 块椎骨。截肢7天后，再生胚基出现并且软组织退化。脊索末端发育有圆柱状的软骨。当软骨长约 10 毫米（21 天）时，软骨膜骨化开始。软骨继续伸长，骨化增加，同时破骨细胞开始破坏腹侧软骨。最后，骨棒形成，其尖端的软骨持续呈棒状，长 2-3 毫米。臀鳍也再生了。内骨骼软骨首先发育，然后是鳞毛体分化和内骨骼骨化。
Regeneration of the caudal axial skeleton after amputation of the tail, including about 20 vertebrae is described in the gymnotoid fish E. virescens. Seven days after amputation, a regeneration blastema developed and soft tissues degenerated. A cylinder of cartilage developed at the end of the notochord. When this cartilage was about 10 mm long (21 days), perichondral ossification began. The cartilage continued to elongate and ossification increased while osteoclasts began to destory the cartilage ventrally. Finally, a bony rod formed and at its tip the cartilage persisted as a rod, 2-3 mm long. The anal fin also regenerated. Endoskeletal cartilage developed first, followed by differentiation of the lepidotrichia and ossification of the endoskeleton.