Ophiocordyceps unilateralis more horrifying than previously thought
It doesn't take over the brain of the ant, it leaves that untouched, trapped in a fungus controlled body
( , Thu 16 Nov 2017, 10:24, Share, Reply)
It doesn't take over the brain of the ant, it leaves that untouched, trapped in a fungus controlled body
( , Thu 16 Nov 2017, 10:24, Share, Reply)
So the ant will continue to contemplate the intersectionalities of Eastern and Western philosophical thought?
( , Thu 16 Nov 2017, 10:54, Share, Reply)
( , Thu 16 Nov 2017, 10:54, Share, Reply)
but sadly will never being able to explain his conclusions because his jaws are clamped to a leaf
( , Thu 16 Nov 2017, 10:59, Share, Reply)
( , Thu 16 Nov 2017, 10:59, Share, Reply)
Maybe those ants
are the only creatures to attain true enlightenment and their fate is the ultimate goal of Buddhism.
( , Thu 16 Nov 2017, 11:18, Share, Reply)
are the only creatures to attain true enlightenment and their fate is the ultimate goal of Buddhism.
( , Thu 16 Nov 2017, 11:18, Share, Reply)
They do have a high brain-to-body mass ratio:
en.wikipedia.org/wiki/Brain-to-body_mass_ratio
( , Thu 16 Nov 2017, 11:23, Share, Reply)
en.wikipedia.org/wiki/Brain-to-body_mass_ratio
( , Thu 16 Nov 2017, 11:23, Share, Reply)
Not entirely the case. I think this is a bit exaggerated.
The research is implying that towards the final stages the fungus exerts control over the muscles to make them contract and lock the ant in its new position; not that it's smart enough to operate the leg muscles like a puppeteer and make it walk up a stem.
And it doesn't need to infiltrate the brain directly; just supply the right chemical signals to make the ant change its behaviour, and it can do that from anywhere in the body. Ants are particularly prone to responding to each other's or a queen's chemical signals already, however suicidal that behaviour might be. They will happily follow their own trails round and round in circles until they drop dead from exhaustion.
( , Thu 16 Nov 2017, 18:35, Share, Reply)
The research is implying that towards the final stages the fungus exerts control over the muscles to make them contract and lock the ant in its new position; not that it's smart enough to operate the leg muscles like a puppeteer and make it walk up a stem.
And it doesn't need to infiltrate the brain directly; just supply the right chemical signals to make the ant change its behaviour, and it can do that from anywhere in the body. Ants are particularly prone to responding to each other's or a queen's chemical signals already, however suicidal that behaviour might be. They will happily follow their own trails round and round in circles until they drop dead from exhaustion.
( , Thu 16 Nov 2017, 18:35, Share, Reply)