Poison dart frogs eliminate body waste primarily through their cloaca, a single opening that serves multiple functions, including excretion and reproduction. They excrete waste in the form of uric acid, which is less toxic and conserves water, making it suitable for their often humid environments. Additionally, these frogs may absorb some water through their skin, which helps maintain hydration while minimizing waste.
Because the poison of some frogs, (poison dart frog's) poison is on the outside of the body, not the inside.
The Cloaca eliminates waste from the frogs body
in captivity poison arrow frogs or poisong dart frogs did not produce the poison on their skin. The cause was found out. It was the lack of ants in their diet. They mostly eat ants in their environment wich provide their body with the necesary ingredient to make their poison.
Frogs have a permeable skin wich contains mucusglands and poison glands.
Urine is waste from the blood that the kidneys filter from the body. Kidneys in the body of a frog function in the excretion of urine.
All frogs consume its prey by flipping out its tongue and with its sticky substance, it makes its prey stick to its body.
The poison used on blowpipe darts is typically sourced from plants or animals, such as the curare vine or certain frogs. These poisons can paralyze or kill the target by interfering with nerve signals in the body.
Waste, sperm and urine are materials that exit the frog through the cloaca.
If the body keeps collecting waste it would be toxic and one would end up dead
Poison dart frogs typically have relatively large eyes compared to their body size, which helps enhance their vision in their natural habitats. Their eyes can be around 2 to 5 millimeters in diameter, depending on the species. The large eyes are essential for spotting predators and prey in the dense vegetation of their rainforest environments.
The poison from a poisonous dart, such as those used by certain frogs or insects, typically comes from specialized glands in the animal's skin or body. When the dart is delivered, the poison is released from these glands, often through a sharp tip or barbed end. In the case of dart frogs, for example, their skin secretes toxins that can be absorbed or transferred to objects they come in contact with. This mechanism allows them to defend themselves against predators effectively.
The Golden Poisonous Dart Frog protects itself by a parotid glands which are located behind the eyes at the top of the head and any predators that the Golden Poisonous Dart Frog has finds the poisonous glands distasteful and can tolerate these high levels, but for other animals they are not so lucky just as humans are not. The chemicals in these frogs varies from hallucinogens, nerve poisons, poison that narrow the blood vessels and convulsants.