Virus makes crickets want to have more sex

Scientists might be able to develop therapies that can awaken human immune systems during STD infections

Update: 2014-04-07 13:53 GMT
This picture is used for representation purpose only. Photo: www.visualphotos.com
 
London: A virus that infects crickets during copulation also makes them want to have more sex, a new study has found. According to Metro.co.uk, the virus doesn’t just make crickets mate, it also renders them unable to reproduce.
 
Shelley Adamo, a biologist at Dalhousie University in Canada, first discovered the virus, called IIV-6/CrIV, when a few of the crickets housed in her laboratory stopped laying eggs. 
Concerned, she decided to open one of the female crickets that had become infertile. What she found was “shocking,” because the body cavity that usually houses the female’s eggs was now swollen and bluish in color.
 
She said that the female was not a little sick, she was a lot sick. Further research revealed that males were also affected. Their sperm, Adamo said, had become too slow to be of any use.
 
What the researcher found even more striking, however, was that the crickets were also mating more frequently than before. Moreover, the virus wasn’t preventing them from moving or eating normally.
 
Adamo thinks that the virus increases the crickets’ desire to mate in order to spread more quickly through a population. And the insects’ otherwise normal behavior hints that the virus might also affect their genomes by severing the signaling pathways that activate the immune system. 
So instead of becoming lethargic and eating less, the crickets just end up spending a lot of time mating.
 
The researchers admit that they don’t know very much about how the virus works. But further research could yield interesting human applications. After all, human STDs are also largely asymptomatic, so they might suppress our immune systems in much the same way.
 
If researchers can figure out exactly how this cricket virus does its dirty work, scientists might be able to develop therapies that can awaken human immune systems during STD infections — and help us fight back.
 

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