1) tibial organ
足胫器
1.
In order to research the morphological structure of the tibial organs comparatively the tris-dimensional sizes of the structure were meas.
前、中、后足足胫器的整体形态非常相似，但后足的结构明显比前足大。
2) metathoracic tibia
后足胫节
1.
This paper,via the nymphae of Gryllus bimaculatus taked different dose molting hormone(MH),surveyed the effect of MH on the regeneration of the metathoracic tibia.
通过对双斑蟋(Gryllus bimaculatus)若虫施加不同剂量蜕皮激素(MH)并进行观察、记录、分析,探讨了蜕皮激素对其后足胫节再生的影响。
3) complex tibial organ
复合胫听器
1.
Morphology of complex tibial organs in midlegs of the bushcricket Gampsocleis sedakovii;
暗褐蝈螽(Gampsocleis sedakovii)中足复合胫听器的形态学研究
2.
The morphology of the complex tibial organ is reported and compared with foreleg and midleg.
采用Spurr’s包埋法 ,对暗褐蝈螽 (Gampsocleissedakovii)成体后足胫节做连续半薄切片并进行镜检分析 ,详细观察了其复合胫听器的形态学特征 ,并与前、中足进行了比较 。
4) shinbone fixtures
胫骨固定器
6) byssal apparatus
足丝器
1.
pace relations between the three components of byssal apparatus in perna viridishave been studied by light microscope and electronic microscope.
用光镜和电镜技术初步探讨了翡翠贻贝Ｐｅｒｎａｖｉｒｉｄｉｓ足丝器（Ｂｙｓｓａｌａｐｐｒａｔｕｓ）的三大组成部分之间的空间结构关系，着重观察足丝柄部发生器（ＢＳＧ）的片层结构，揭示小片具有典型的胶原原纤维电镜特征。
补充资料：胫胫
1.硁硁。固执貌。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条