Zombie Flies: A Fungal Takeover
April 2023
Harvard University

Introduction
Imagine finding zombies in your backyard! That's what happened to Carolyn Elya, who stumbled upon fruit flies turned into the undead by a mind-controlling fungus, Entomophthora muscae. This discovery led Elya, a postdoctoral researcher at Harvard, down a fascinating path exploring how this fungus hijacks the flies' brains, making them summit to their doom at sunset. It's a real-life horror story that could rival any zombie apocalypse tale, with the added twist of possibly unlocking secrets of mind control. Dive into this spine-tingling research and find out how tiny microbes might be pulling the strings!
READ FULL ARTICLEWhy It Matters
Discover how this topic shapes your world and future
Zombies Among Us - The Fascinating World of Fungal Parasites
Imagine discovering that the zombie apocalypse isn't just a thing of movies and video games, but a real phenomenon happening in the insect world, right in our backyards! This isn't about the undead rising, but about how a fungal parasite, Entomophthora muscae, turns fruit flies into mindless zombies. This discovery isn't just a cool, eerie fact; it's a gateway into understanding the complex interactions between organisms and how tiny microbes can manipulate behavior. It opens up discussions on the broader implications of microbial influence, even in humans, considering our growing awareness of the human gut biome's role in our health and behavior. For you, this could mean exploring an unseen world where life and science fiction blur, revealing the intricate dance of survival in nature. It's a topic that not only feeds your curiosity but could inspire you to dive deeper into the mysteries of biology and behavior.
Speak like a Scholar

Parasitism
A relationship between two species where one benefits at the expense of the other. In this case, the fungal parasite thrives while the fruit fly... doesn't.

Neurosecretory system
A network in organisms that produces and releases substances (neurohormones) which regulate various physiological processes. Think of it as the body's internal messaging service.

Circadian neurons (DN1p)
Specialized nerve cells that help regulate the body's internal clock, influencing behaviors like sleep and wakefulness based on a 24-hour cycle.

Summit disease
A condition induced by the fungal parasite that compels infected flies to climb to high points. It's like the fly's final act in a tragic play directed by the fungus.

Hemolymph
The insect equivalent of blood. It transports nutrients, wastes, and also the sinister fungal spores in our zombie fly scenario.

Transgenics
Organisms that have been genetically modified. Researchers can alter the genetic makeup of either the fly or the fungus to study how changes affect their interaction.
Independent Research Ideas

The role of microbes in animal behavior
Dive into how microscopic organisms influence the actions and life cycles of larger hosts. What does this mean for our understanding of free will in nature?

Biological warfare in nature
Explore the strategies organisms use to survive and dominate, from fungi that control minds to bacteria that sabotage their hosts. It's a real-life game of thrones in the microscopic world.

The impact of circadian rhythms on health
Investigate how the internal biological clocks of different organisms, including humans, affect their health, behavior, and susceptibility to diseases.

Genetic engineering for disease control
Imagine using transgenics to combat pests or diseases. What ethical considerations arise when we manipulate life at the genetic level for our benefit?

The science behind zombie lore
Analyze how real-world parasitic control compares to fictional zombie outbreaks in literature and film. How does science inspire horror, and what can horror teach us about science?
Related Articles

From Fish Gills to Human Shoulders
November 2023
Stanford University

Breathing Meets Speaking: Brain's Secret
March 2024
Massachusetts Institute of Technology (MIT)

Mammals' Jaw-Dropping Evolution Mystery
June 2023
UC Berkeley

Viruses: The Microscopic Spies Among Us
July 2023
Princeton University

From Fins to Shoulders: An Evolutionary Tale
November 2023
Imperial College London