足丝

足丝的重量虽不及整体湿重的1%，但积累的125I占贝体125I总重量的50%－75%；

Al though the wet weight of byssus samples is no more than 1 % of the whole body 's wet weight , the content of 125I in the byssus samples is 50 % - 75 % of the total body 's 125I content .

翡翠贻贝足丝对125Ⅰ的积累与洗脱作用的研究

Study on Accumulation and Elution of 125 ⅰ from Byssus of Perna viridis

寄生后3d，内、外足丝消失；

The inner and outer byssuses disappear after parasitizing for 3 days .

EGD杀生剂可有效地抑制贻贝足丝的发育，从而达到防止贻贝生物污损的目的；

Thus , the EGD can effectively restrain the development of mussels thereby prevent the biofouling .

但最新的研究显示，温水会弱化这种足丝纤维。

But new research shows that the attachment fibers weaken in warm water .

导致足丝溶解的有效成分是次氯酸根。

The effective ingredient dissolving byssus is hypochlorite ion .

贻贝足丝固化过程酶作用的初步探讨

The action of polyphenol oxidase and arylsulphatases on the process of byssus hardening in the mussel Mytilus edulis Linnaeus

除了海浪的拍打，贻贝能在海岸线抛锚还要靠一种叫做足丝的微小纤维。

Tiny fibers called byssals enable mussels - the shellfish kind - to anchor themselves to coastlines despite crashing ocean waves .

足丝的浓集团子与贻贝整体湿重（或壳长）呈负幂函数关系。

The relationship between concentration factor of byssus and whole body wet weight ( or shell length ) is a negative power function .

稚贝足丝的分泌，具有明显的日周期性变化，昼夜差异极显著。

The secrete of young shellfish foot-thread has the obvious sun periodicity change , the difference of its day and night is marked .

随后，通过防污涂料的抑制硅藻附着试验和抑制贻贝足丝生长试验，证明并确定了在含海藻提取物的水性防污涂料中，海藻提取物含量为5.4%时，具有较为理想的防污效果。

Then , through the tests for its anti-diatom growth ability and anti-mussel secreting byssi ability , it proves and makes sure the waterborne antifouling paints containing algae extraction when the composition of algae extraction is 5.4 % , the antifouling effect is better .