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The zombie-ant fungus is easily identifiable when its reproductive structure becomes apparent on its dead host, usually a carpenter ant. At the end of its life cycle, O. unilateralis typically generates a single, wiry yet pliant, darkly pigmented stroma which arises from the dorsal pronotum region of the ant once it is dead. [ 8 ]
But it can't jump to humans. According to data from Yale School of Medicine , because humans have evolved, and have a high enough body temperature, inhaling this kind of fungal spore has no effect ...
The cordyceps "zombie fungus" in 'The Last of Us' is indeed inspired by a real fungi found in ants. But here's what that means for those of us not living in a video-game story.
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The ant clamps it jaws around the plant in a "death grip" and following, mycelia grow from the ant's feet and stitch them to the surface of the plant. [9] The spores released from the ant carcass fall to the ground and infect other ants that come in contact with the spores so that this cycle continues. [ 10 ]
O. camponoti-balzani infects ants, and eventually kills the hosts after they move to an ideal location for the fungus to spread its spores. This has earned the species names such as “zombie fungus”, given the fungus has been observed to cause its hosts to bite hard into the substrate it stands on, so that the fungus can then stably grow. [2]
A disease-causing fungus featured in the post-apocalyptic TV series The Last of Us could lead to a gamechanging cancer drug, scientists say in a new study. In the dystopian world of the TV series ...
A prominent example of an entomopathogenic fungus is Ophiocordyceps unilateralis, nicknamed the “zombie-ant” fungus. The fungus infects ants and alters their natural behavioral patterns causing the ant to leave their usual environment in the trees in favor of the forest floor – a more suitable environment for fungal growth.