Monteil J F, Matricon-Gondran M
Laboratoire d'Histologie et Cytologie des Invertébrés marins, Université Pierre et Marie Curie, Paris, France.
Parasitol Res. 1991;77(6):491-7. doi: 10.1007/BF00928416.
In trematode-infected Lymnaea truncatula, as in other lymnaeids, hemocytes are formed in the connective tissue. Mitoses are found singly in blood vessels or connective tissue or occur in hemocyte nodules, developing along the mantle epithelium or associated with blood sinuses. The so-called hemocyte-producing organ in L. truncatula is not equivalent to that in Biomphalaria glabrata, but rather involves the proximal part of the kidney sac. It has a dual structure: the main part, containing podocytes and broad hemal spaces, is adapted for hemolymph filtration; the apical portion, adhering to the mantle and pericardial epithelia, has a thicker connective-tissue frame in which hemocyte nodules may develop. The role of this region of the kidney in hemocyte formation is discussed.
在感染吸虫的截形椎实螺中,与其他椎实螺类一样,血细胞在结缔组织中形成。有丝分裂单独出现在血管或结缔组织中,或者发生在血细胞结节中,这些结节沿着外套膜上皮发育或与血窦相关。截形椎实螺中所谓的血细胞生成器官与光滑双脐螺中的并不相同,而是涉及肾囊的近端部分。它具有双重结构:主要部分包含足细胞和宽阔的血腔,适合于血淋巴过滤;顶端部分附着于外套膜和心包上皮,有较厚的结缔组织框架,血细胞结节可能在其中发育。本文讨论了肾脏这一区域在血细胞形成中的作用。