Now, let us sit back, review the workings of the cilium, and consider what it implies. Cilia are composed of at least a half dozen proteins: alpha-tubulin, beta-tubulin, dynein, nexin, spoke protein, and a central bridge protein. These combine to perform one task, ciliary motion, and all of these proteins must be present for the cilium to function. If the tubulins are absent, then there are no filaments to slide; if the dynein is missing, then the cilium remains rigid and motionless; if nexin or the other connecting proteins are missing, then the axoneme falls apart when the filaments slide. What we see in the cilium, then, is not just profound complexity, but also irreducible complexity on the molecular scale. Recall that by "irreducible complexity" we mean an apparatus that requires several distinct components for the whole to work. A mousetrap must have a base, hammer, spring, catch, and holding bar, all working together, in order to function. Similarly, the cilium, as it is constituted, must have the sliding filaments, connecting proteins, and motor proteins for function to occur. In the absence of any one of those components, the apparatus is useless
nuclei
An axoneme is the core structure of a cilium or flagellum, made up of microtubules organized in a specific pattern. It provides support and determines the movement of the cilium or flagellum. The axoneme is essential for motility in many organisms, including single-celled organisms and cells within multicellular organisms.
Most cells that have primary cilia typically have only one primary cilium per cell. This primary cilium acts as a sensory organelle protruding from the cell's surface, playing a crucial role in cellular processes such as signal transduction and cell signaling.
A cilium is a long hair-like extension found on the surface of some cells. It can move in a whip-like motion to help cells move or transport materials.
The basal body is an organelle that serves as the base of a eukaryotic flagellum or cilium. It anchors these structures to the cell and is involved in their formation and function, aiding in cellular movement and sensory perception.
Singular form for cilia is cilium. Cilium is an organelle found in eukaryotic cells. In Latin cilium means eyelash.
nuclei
Centrioles, acrosome (only in sperm), cilium is rare in plants.
Cilia (singular cilium). Unless you mean the outside of epidermal leaf cells, in which case they are trichomes.
Spodoptera cilium was created in 1852.
An axoneme is the core structure of a cilium or flagellum, made up of microtubules organized in a specific pattern. It provides support and determines the movement of the cilium or flagellum. The axoneme is essential for motility in many organisms, including single-celled organisms and cells within multicellular organisms.
Most cells that have primary cilia typically have only one primary cilium per cell. This primary cilium acts as a sensory organelle protruding from the cell's surface, playing a crucial role in cellular processes such as signal transduction and cell signaling.
Singular form of "cilia" is cilium. The meaning of the word "cilia" is hairlike organelles that line the surface of certain cells, and it also means eyelids.
cilium helps in swimming locomotion. they are seen in protozoans like vorticella, paramecium
A cilium is a long hair-like extension found on the surface of some cells. It can move in a whip-like motion to help cells move or transport materials.
flagella or cilia, but they can also move by cytoplasmic streaming
Those letters spell CILIUM, a word for the small, hairlike structures on the surface of some cells.