The process of replacing stinging cells in animals, such as jellyfish or sea anemones, can vary depending on the species and the individual animal's health. In general, it can take a few days to several weeks for these animals to replenish their stinging cells after they have been used and discarded. However, some species have continuous regeneration, allowing them to replace their stinging cells more rapidly.
Sea anemones use their stinging cells, called cnidocytes, to capture prey and defend themselves against predators. The cnidocytes contain harpoon-like structures called nematocysts that can inject toxins into their target when triggered.
Cnidarians are characterized by their radial symmetry, presence of stinging cells called cnidocytes, and a simple nerve net. They have a body composed of two cell layers and a central gastrovascular cavity with a single opening that serves as both a mouth and an anus. Cnidarians include jellyfish, corals, hydroids, and sea anemones.
Some examples of cnidarians include jellyfish, sea anemones, corals, and hydra. These organisms are characterized by their radial symmetry, tentacles with stinging cells called cnidocytes, and a simple body structure with a central gastrovascular cavity.
That is a very good question. But then is difficult to answer. This fallows that why so many types of viruses have special affection to some organ system. The liver has special function, as a organ of metabolism. Every organ system has some special functions, to perform. So they must be using some special enzymes in their metabolism. The viruses have very less number of genes and may be using that particular enzyme from that particular organ cells. So the particular virus is able to divide and play its role in particular types of cells in better way. So the particular virus has affection to the particular types of cells or the organ made of such cells. So this is the probable answer for the question.
soft bodies and stinging cells
They use stinging cells, the stinging cells use there sharp spines and when the stinging cell touches prey the thread like structure explodes out of the cell and into the prey. Some stinging cells also release venom into the prey. When the prey becomes helpless, the polyp and medusa use there tentacles to pull the prey into there mouth
The process of replacing stinging cells in animals, such as jellyfish or sea anemones, can vary depending on the species and the individual animal's health. In general, it can take a few days to several weeks for these animals to replenish their stinging cells after they have been used and discarded. However, some species have continuous regeneration, allowing them to replace their stinging cells more rapidly.
All Cnidarians have tentacles with stinging cells in their tips which are used to capture and subdue prey. In fact, the phylum name "Cnidarian" literally means "stinging creature." The stinging cells are called cnidocytes and contain a structure called a nematocyst.
Some human inherited traits are transmitted or passes from parent to offspring by sperm cells.
Organisms such as jellyfish, anemones, and some species of coral have tentacles with stinging cells called cnidocytes. These stinging cells are used for defense, predation, and capturing prey by injecting venom into their targets.
no only the tentacles have stinging cells Yes, in some species the bell itself contains toxin.
finger prints . DNA , cells
Starfish are cnidarians. They have spiny skin, some have nematocysts (stinging cells) and are generally toxic.
Yes, jellyfish have the ability to regenerate damaged or lost body parts, and some species are bioluminescent, meaning they can produce their own light. Additionally, they have a unique predatory mechanism using stinging cells called nematocysts to capture prey.
You squeeze some liquid out of the stinging nettle and just rub it on to where it stings
Stem cells and leaf cells are two speacilized plant cells.