Imagine this . . .
A fly lands on your hamburger or piece of cake. They can eat only by spitting onto the food to dissolve it. Then they suck up the juices. While there, the fly defecates onto the food. And its feet drop minute pieces of whatever it was sitting on before. I forgot to mention that it just flew in from visits to a dog turd and a rotting road kill.
Anything that fly does while on the food could drop enough of a load of pathogenic bacteria to make you sick.
Flies are very nasty creatures. They eat anything and everything from poo to your food and then back to poo. The way they eat is to regurgitate onto the food to dissolve it. Then they suck up the goo. On their feet and body, they also carry bits of whatever they have landed on before - and that could include rotting flesh or feces. Both of these methods can contaminate food with enough organisms to make someone sick.
Food poisoning. Mice carry a multitude of bacteria that comes from their environment, so depending on where the mouse has been, depends on what they'll leave behind.
Listed from smallest lizard food for small lizards to largest lizard food for very large lizards: fruit flies, flies, small crickets, crickets, large crickets, grasshoppers, baby mice, mice, small rats, rats, large rats.
Yes. Every single living creature has bacteria. But the amount of bacteria on each of the rats or mice depends on where they scurried/go to.
The mice died
No mice can have bacteria on them that can make you very sick
They are omnivores, so they might eat flies.
No
Crush mice food or mice pellets
If you don't put waste food in a bin it will attract fruit flies, house flies, wasps, mice, rats, cats, stray dogs, skunks, raccoons and bears. Not all of these make good pets.
Griffith discovered that the mice still died, indicating that the harmless bacteria had been transformed into disease-causing bacteria by a hereditary factor from the heat-killed bacteria. This experiment laid the foundation for the discovery of bacterial transformation by Avery, MacLeod, and McCarty.
To find out, he took a culture of these cells, heated the bacteria to kill them, and injected the heat-killed bacteria into the mice. The Mice survived, suggesting that the cause of pneumonia was not a chemical poison released by the disease-causing bacteria.
This experiment demonstrates the concept of transformation, where genetic material from one organism is taken up by another resulting in a change in phenotype. The injected bacteria likely acquired the pathogenic genes from the dead bacteria, causing them to become virulent and resulting in the death of the mice. This highlights the importance of understanding genetic transfer mechanisms and the potential dangers of gene transfer between organisms.