Jones Malcolm K, Beveridge Ian, Campbell Ron A, Palm Harry W
Queensland Institute of Medical Research, Herston, Queensland, 4006, Australia.
Syst Parasitol. 2004 Oct;59(2):121-6. doi: 10.1023/B:SYPA.0000044428.55413.8a.
The literature associated with descriptions and definitions of the sucker-like attachment organs in trypanorhynchs, termed either bothria or bothridia, is reviewed. There are descriptions of 14 trypanorhynch species representing 10 families. In none of these trypanorhynchs was a membrane separating the attachment organ from the scolex parenchyma described, one of the definitions used to distinguish bothria from bothridia. Transmission electron microscopy of the bothria of the trypanorhynch species Nybelinia queenslandensis Beveridge & Jones, 1998 (Tentaculariidae) and Otobothrium mugilis Hiscock, 1954 (Otobothriidae) also failed to show any membranous structure separating the surface of the attachment organ from the cestode parenchyma. The sucker-like attachment organs of trypanorhynchan cestodes appear, therefore, to be bothria rather than bothridia. As a result, changes in the terminology of related features of the scolex are proposed here. Henceforth, the pars bothridialis should be referred to as the pars bothrialis and the bothridial pits should be referred to bothrial pits.
本文综述了与锥吻绦虫中吸盘状附着器官(称为吸沟或吸叶)的描述和定义相关的文献。文中描述了代表10个科的14种锥吻绦虫。在这些锥吻绦虫中,均未描述有将附着器官与头节实质分隔开的膜,而这是用于区分吸沟和吸叶的定义之一。对锥吻绦虫昆士兰尼氏新贝尼绦虫(Nybelinia queenslandensis Beveridge & Jones,1998, Tentaculariidae科)和穆氏耳槽绦虫(Otobothrium mugilis Hiscock,1954,Otobothriidae科)的吸沟进行透射电子显微镜观察,也未显示出有任何膜状结构将附着器官表面与绦虫实质分隔开。因此锥吻绦虫的吸盘状附着器官似乎是吸沟而非吸叶。据此,本文提出对头节相关特征术语进行更改。此后,吸叶区应称为吸沟区,吸叶窝应称为吸沟窝。