## ** Mystery of Solved zombie fungus: how a fatal fungus controls flies **
For years, scientists have been perplexed by a strange fungus that kills flies in a disturbing way. Known under the name of ** -speaking Muscae **, this parasite does not only infected his host - he transforms the fly into a zombie. A recent study by Harvard researchers, shared on June 18 ** ** on *biorxiv.org *, reveals that June 18 with a "Biorxiv." Once a spore lands on a volley, it enters the body of the insect and spreads quickly, finally reaching the brain. At this stage, the fungus takes control, forcing the fly to climb a high position - almost as a puppet on the strings. The infected insect dies at a predictable time, allowing the Fungus to release its spore Increasing the chances of the chances of infecting the new victims. In terms, which means "insect" and "destruction", could not be more precise. It is sadly famous for completely exceeding its host, ensuring its own survival in the most frightening way possible. ----- Mystery of Solved zombie fungus: how a mortal fungus controls flies
- Meta Description: Discover how the
- zombie Entomophthora muscae fungus takes control of flies, forcing them to climb and die at a defined time - all to spread his deadly spores. Introduction
- A bizarre parasite has long baffled scientists-a fungus that not only kills flies but also controls their final movements. Known as entomophthora muscae, it operates with chilling precision, turning its hosts introi "zombies" Before ending their lives. The Built-in Death Timer Timer
- In a new study published on June 18 via Biorxiv.org, Harvard researchers revealed that this mushroom had an internal "death clock". This timer guarantees that the fly dies at a specific moment of the day, maximizing the chances of spreading the mushroom.
- A spore landed on the body of a fly. It enters the exoskeleton and spreads into the body. The fungus invades the brain, taking control of the insect behavior. The final climb
- Once under total control, the infected fly is forced to climb a high point. There, it dies - perfectly positioned so that the fungus can release the spores from its body, ready to infect new hosts. A name that adapts
- The name of the fungus comes from words meaning "insect" and "destruction", an appropriate description of an organism which completely exceeds its host in the last hours of life. Conclusion
The case of E. Muscae is a scary reminder of the way in which nature survival strategies can be both fascinating and horrible. This discovery not only resolves a mystery of decades, but also opens up new questions about parasitic and host relationships.