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Chicken Does Not contain Lugol
No it does not contain horses hooves. It used to contain cow hooves though, but they are no longer used.
Carob does not contain methylxanthines like caffeine or theobromine, which are commonly found in chocolate. This makes carob a popular alternative to chocolate for individuals who are sensitive to methylxanthines.
YES
no.
Cnidocytes are specialized cells found in cnidarians (such as jellyfish and sea anemones) that contain stinging organelles called nematocysts. The function of a cnidocyte cell is to capture prey or defend against predators by discharging venom-filled nematocysts in response to touch or chemical stimuli.
nematocyst
Cnidocyte.
A cnidocyte, cnidoblast, or nematocyte is a type of venomous cell unique to the phylum Cnidaria (corals, sea anemones, hydrae, jellyfish, etc.). The cnidocyte cell provides a means for them to catch prey and defend themselves from predators. A cnidocyte fires a structure that contains the toxin, from a characteristic sub-cellular organelle called a cnidocyst (also known as a cnida or nematocyst). This is responsible for the stings delivered by jellyfish.
nematocyst
sting
Mechanical stimuli, such as contact with prey or obstacles, and chemical stimuli, such as molecules indicating the presence of food or predators, can trigger a stinging cnidocyte cell to fire its toxic harpoon-like structure.
The trigger mechanism of the nematocyst organelle of the stinging cnidocyte cell consists of a sensory hair and a chemical receptor. When the sensory hair is mechanically stimulated, it activates the chemical receptor, leading to the discharge of the nematocyst's venomous contents.
Stinging cells contain a specialized organelle called a cnidocyte that releases toxins when triggered. These toxins can immobilize or kill prey, and in some cases, deter predators. The cells are found in organisms like jellyfish and hydra, and are important for defense and capturing food.
Nematocyte, cnidocyte or nematocyte is a venomous type of cell found in the unique phylum called Cnidaria (for example in the tentacles of a jelly fish). This cell provides a means for them to catch prey and to defend themselves from predators.
s a type of venomous cell unique to the phylum Cnidaria (corals, sea anemones, hydrae, jellyfish, etc.). The cnidocyte cell provides a means for them to catch prey and defend themselves from predators. Despite being morphologically simple lacking a skeleton and usually being sessile, cnidarians prey on fish and crustaceans. A cnidocyte fires a structure that contains the toxin, from a characteristic sub-cellular organelle called a cnidocyst (also known as a cnida or nematocyst). This is responsible for the stings delivered by jellyfish. s a type of venomous cell unique to the phylum Cnidaria (corals, sea anemones, hydrae, jellyfish, etc.). The cnidocyte cell provides a means for them to catch prey and defend themselves from predators. Despite being morphologically simple lacking a skeleton and usually being sessile, cnidarians prey on fish and crustaceans. A cnidocyte fires a structure that contains the toxin, from a characteristic sub-cellular organelle called a cnidocyst (also known as a cnida or nematocyst). This is responsible for the stings delivered by jellyfish.
The type of cnidarian cell that resembles a tiny harpoon is called a cnidocyte. Cnidocytes contain specialized organelles known as nematocysts, which can be triggered to eject a coiled, barbed structure for capturing prey or defense. When activated, the nematocyst rapidly unfurls and can inject toxins into the target, effectively immobilizing it. This unique adaptation is essential for the survival of many cnidarians, including jellyfish, sea anemones, and corals.