Our world has lots of unusual and appealing animals. Among the strangest, however, is the hairworm, a parasitic worm referred to as a "mind control worm" in some circles. These parasitic worms are found all over the world, and they look comparable to thin hairs of spaghetti, usually determining a couple of inches long. Nevertheless, their bodies and genes mean the parasitic lifestyle that they live.
Hairworms are called mind control worms because they are able to impact the habits of the hosts that they occupy. This allows them to make the host do things that it might not normally do. There are a couple of hundred various types of these freshwater hairworms, and the process they follow to grow up is interesting and likewise frightening, too.
( )mid-article"). addSize( [[ 300,250], [2,2], [2,4], [4,2]].;.);. However what's most appealing about them today is the brand-new research study released in Current Biology that digs much deeper into the genes that make up these parasitic little creatures. The researchers set out to sequence the hairworms' genomes since nothing like it had ever been sequenced at that level, Phys.org reports.
To figure out if they had missed something, the researchers inspected their outcomes versus another types of hairworm and discovered that the second types was also missing out on the very same sets of genes. The loss of these genes recommends that the worms lost those genes long ago due to some evolutionary quality.
The belief is that these parasitic worms do not need those functions themselves as they can depend on their host to offer those functions, hence permitting them to evolve from having it in their genes, too. It's an appealing find and one that will hopefully help us determine more about these interesting little parasites.
Parasitic animals like hairworms aren't uncommon. Some parasites can even make you have sex to spread it, according to some research studies, while others, like the hairworm, simply require the host to leap in the water so that it can mate and leave with other hairworms.
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