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首页> 外文期刊>Journal of Morphology >Axial complex and associated structures of the sea urchin Strongylocentrotus pallidus Strongylocentrotus pallidus (Sars, G.O. 1871) (Echinodermata: Echinoidea)
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Axial complex and associated structures of the sea urchin Strongylocentrotus pallidus Strongylocentrotus pallidus (Sars, G.O. 1871) (Echinodermata: Echinoidea)

机译:轴向复合物和相关结构的海胆强度肺炎(SARS,G.O.1871)(SARS,G.O.1871)(Echinodermata:Echinoidea)的轴向复合物和相关结构

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Abstract Studies of echinoid microscopic anatomy over the last two centuries have created a number of inaccuracies and mistakes that have accumulated in the descriptions of the intricate organization of the coelomic system of Echinoidea. To clarify the situation, we reconstructed the axial complex and radial complex of the echinoid Strongylocentrotus pallidus . The water ring is located between the perivisceral coelom and the perioral coelom. The oral haemal ring lies between the coelothelia of the water‐vascular, perivisceral, and perioral rings. The axial part of the axial organ communicates with the oral haemal ring in interradius CD, but the axial coelom does not form the axocoelomic perihaemal ring. The ventral intestinal haemal vessel originates from the oral haemal ring in radius A, and then branches into a network of capillaries, from which the dorsal intestinal vessel starts. The pericardial coelom envelopes the pericardial part of the axial organ, the lacunae of which communicate with the haemocoel of the body wall and with the axial part of the axial organ. The genital haemal ring and the dorsal intestinal vessel communicate with the axial organ. The genital coelom passes in the CD interradius on the side opposite to the hindgut. There is a somatocoelomic perihaemal ring, which sends a pair of coelomic outgrowths into each radius, accompanied by a radial haemal vessel in the oral part. The mistakes and inaccuracies of early descriptions of the echinoid axial complex are listed. The axial complex and associated structures of sea urchins are compared with other eleutherozoans.
机译:摘要在过去两个世纪中的呼吸素微观解剖学研究创造了许多不准确和犯罪,这些不准确性和错误在echinoidea的复杂组织的复杂组织的描述中积累。为了澄清这种情况,我们重建了呼吸素抗肌腱肺膜的轴向络合物和径向复合物。水环位于隐血芯片和完全芯片之间。口腔葡萄球环位于水血管,隐藏和周环的Coelothelia之间。轴向器的轴向部分与Interradius Cd中的口腔葡萄球环连通,但轴向芯片不形成轴突骨膜环。腹侧肠道血管源自半径A中的口腔葡萄球环,然后分支到毛细管网络中,背部肠道血管开始。心包芯片包围轴向器官的心包部分,其空隙部分与车身壁的血管和轴向器官的轴向部分连通。生殖器葡萄酒环和背部肠道血管与轴向器官连通。生殖器芯片在与后肠相反的侧面的CD Irternadius中通过。有一种躯体叶绿素的炎性环,其向每个半径送入一对齐叶,伴有口腔部分中的径向血管血管。列出了呼吸骨轴复合物早期描述的错误和不准确。将海胆的轴向复合物和相关结构与其他eleutherhohans进行比较。

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