What is CTENOPHORE?
CTENofor is a small sea animal, usually with two long tentacles that prey to a small goal in the ocean zone, including plankton, fish eggs, larvae, other honors and other small organisms, generally around 1 mm. CTenophores are sometimes called combs, despite their relative complexity compared to jellyfish. Some curens are bioluminescent, but this is only visible in complete darkness. In the aquarium, the honors seem to be bioluminescent due to the ranks of the fused cilia on its side used for locomine, which distracts light and creates a beautiful rainbow effect. In the most famous type pleurobrachia light does not drain from the honophor itself, but is created by optical scattering. Like jellyfish, mnemiopsis and other ceno -effects have bodies that consist of bridges of water, in this case 97%. Ctoofor is a prey for many important larger animals, including sea turtles and various fish.
CTENOFORE have several unique cells for hunting and locomotion. CTenofor has a receptor of balance, Starocyst, which works very differently from the inner ear in mammals, but is used to maintain an upright location in ceno -phrases as needed. The tentacles of the CTenofor contain colloblasts or lasso cells, which are specialized cells that send adhesive fibers after contact with prey. These differ from the Nematocyst jellyfish, which are instead used to injure toxins, but share some structural similarities. The times of release of these cells are very impressive, in microseconds or less, and can only be captured by extremely fast exposure cameras.
Unfortunately, we do not know so much about the history of honenofor, as we would like, Because these animals badly fossilized. Most of what we know is obtained from observing CTenophores in laboratories at present. Though more complex than jellyfish, credenophores lack a central nervous system that has only a decentralized nerve network to drive theirbehavior and reaction. The simplicity of this nervous network makes it a potential target for emulation in robotics.