In the earlier year, a specialist told that the lips of the clam are crammed with ‘mirror ball’ sort of reflectors which serves to create the strobe light upshot.
The same researchers has now discovered that this ‘disco effect’ is a measure made by the predator to pull in the prey towards itself, after which the poisonous mucus deadens the prey and the clam sustains on it.
With the utilization of high-powered transmission electron microscopy, the researcher found that the flashes are the outcome of particular tissues which structure a dual layer that reflects light on one side and absorbs it on the other.
The emergence of glimmering lights happens when the tissue is quickly spread out after undulating by the clam.
The nature of tissues is very reflective, being such that they are fit for blaze utilizing even low levels of blue light found in the caverns.
They are the sole species of bivalve to have advanced structural coloration of this sort, and this study is recklessly determined to figuring out why.
Ms Dougherty alongside her associate began watching the structure and proteins in the clam’s eyes by the utilization of a capable magnifying lens.
Through careful assessment, they discovered that the vision of the clam is more prone to be poor for permitting it to watch further shows from its mates, subsequently conclusion was made that the glimmering of lights was not done as a strategy to pull in a mate.
Numerous types of planktons are phototaxic and subsequently run towards a light source, making the disco lights an impeccable trap to catch them.
Ms Dougherty, said: ‘I’ve jumped with humpback whales and extraordinary white sharks.
‘However when I saw the disco clam, I was enchanted. I said then, “I’m going to do a Phd on the disco clam.”‘
Ctenoides ales are generally found in tropical regions, in groups of two or more.
