英语释义

• an air-filled sac near the spinal column in many fishes that helps maintain buoyancy

片语

swim-bladder membrane鱼鳔膜

vesicae膀胱；鱼鳔

alaska cod swim-bladder大头鳕鳔

blue shark swim-bladder大青鲨鳔

fish swim-bladder鱼鳔

gummy shark swim-bladder鲛鲨白

marine eel swim-bladder海鳗鳔

英汉例句

• this paper describes the histological development of the gill, pseudobranch and swim bladder of the white achama by use of the technology of histological section and microscopy.

  本文应用切片和显微技术，对短盖巨脂鲤鳃、伪鳃和鳔的胚后发育的组织形态学进行了研究。

• three cell lines were established from muscle, heart and swim bladder shs of snakehead (channa striatus.

  建立了黑鱼的肌肉、心脏和鱼鳔的细胞系。

• the tissue of swim bladder membrane provided a perfect micro-environment for glucose oxidase, and adapted to immobilized enzyme.

  鱼鳔的生物结构为葡萄糖氧化酶提供了很好的微生物环境，非常有利于酶的固定化。

• soak the dry swim bladder in hot water.

  用热水将花胶浸泡。

• the inflation of swim bladder can be influenced by nutritional and environmental factors mainly.

  在人工养殖条件下，影响海洋闭鳔鱼类鳔器官充气的因子有营养因子和环境因子。

• the pressure in the swim bladder is regulated by a gas gland.

  鱼鳔中的压力由一个气体腺来管控。

• but a new study of zebrafish larvae concludes it's their poorly developed side fins and ineffective swim bladder that holds them back.

  但是，一项最新的研究结果却提出了不同的看法。

• ranchu there are two swim bladder due to internal or external factors have made one or two contract there can not maintain a balance lead to the disease this view was generally accepted.

  兰寿有两个鳔，由于内部或外部因素使其中的一个或两个发生收缩，无法维持平衡导致发病，这种说法被普遍接受。

• fish generally respire through gills. most bony fish es have a swim bladder a gas-filled organ used to adjust swimming depth.

  一般是经由鳃呼吸。大部分硬骨鱼有鳔，这是源于消化管的憩室，司控制浮力或为辅助呼吸器官。

• the food nutrient compositions were analyzed in the swim bladder of muraenesox cinereus and its nutrient liquid was prepared with the swim bladder.

  以海鳗鱼鳔为原料，对其营养成分进行分析，并利用其制备鱼鳔营养液。

• most fish have a closed swim bladder that controls the specific gravity of the fish which allows it to remain at certain depths without using up energy.

  大多数鱼类都有一个封闭的鱼鳔，用来调整自身的重量，使自己可以保持在一定的深度而不需要消耗过多的能量。