cytoskeleton
cytoskeletons
Cytoskeletons
cytoskeleton
Proteins are used for making structures in cells including actin filaments, spectrin tetramers, and intermediate filaments. Proteins are packaged into vesicles (protein-carrying sacks) at the Golgi aparatus and are then shipped off. Things called motor proteins attach to the vesicles and transport them across the network of microtubules (highway-like structures) towards the centrosome (the center of the microtubule network). The vesicles will at some point turn inside out, spilling all the proteins they contained. These proteins will float away and be used for construction the structures. In simpler text, proteins are used to make the structures inside of a cell such as actin filaments, spectrin tetramers, and intermediate filaments. For info on these structures, just Google them.
yes
Tubulin. (pronounced: tube-you-lin)
cell motility
Myosins are a large family of motor proteins found in eukaryotic tissues. They are responsible for actin-based motility.
Proteins are used for making structures in cells including actin filaments, spectrin tetramers, and intermediate filaments. Proteins are packaged into vesicles (protein-carrying sacks) at the Golgi aparatus and are then shipped off. Things called motor proteins attach to the vesicles and transport them across the network of microtubules (highway-like structures) towards the centrosome (the center of the microtubule network). The vesicles will at some point turn inside out, spilling all the proteins they contained. These proteins will float away and be used for construction the structures. In simpler text, proteins are used to make the structures inside of a cell such as actin filaments, spectrin tetramers, and intermediate filaments. For info on these structures, just Google them.
yes
Yes; motor proteins produce motion.
microtubules
a pseudopod is a "fake foot" or the movement of the cytoplasm, but it is not an actual structure. Cillia are actual external structures, and they look like hairs. They have motor proteins which cause them to move
There are two main ways a protein can travel within the cell:Transportation inside a versicle - a vesicle is a membrane bound packet that can hold a protein in its interior and then shift it to a different location within the cellTransportation via a motor protein - motor proteins are structures that can carry a protein and walk along the cytoskeletal framework of the cell and deliver the protein to its destination.
To modify and ship proteins in vesicles to the cellular locations needed and outside the cell where needed. ( trucked by motor proteins and diffusion ) The Golgi body also manufactures lysosomes.
Most organelles, like lysosomes, and other cellular components that have to be moved within the cell travel along a network of long protein structures called microtubules. The microtubules can be thought of like a highway system inside the cell. The 'cars' that travel along these highways and carry organelles like cargo are special 'motor proteins' that bind to the microtubules and actually walk along them using ATP for energy. Some motor proteins have to travel very long distances such as those found in neurons. They have to carry materials all the way from the neuronal cell body to the axon terminal, which can be more than a meter away in some cases!
The peripheral nervous system composed of sensory and motor neurons allows us to interact with our environment
Muscles
Transport vesicles. Perhaps by motor proteins and entering the trans side of the Golgi.
I'm not sure what nuclei would do that. If you mean cellular nuclei then it would be the nuclei in the soma on the motor neuron. But, if you are asking about motor coordination, that is controlled by a part of the brain called the cerebellum.