basal body
long, whip-like structures that propel a cell
Flagella. Flagellum. ( singular form )
Draw long tube through out the cell
A long filamentous organelle with a banded appearance is a myofibril. A myofibril is a cylindrical structure that extends along the complete length of each muscle cell.
vesicle c:
long, whip-like structures that propel a cell
Microtubules provide strength and support in tree trunks. Microtubules are long, strong fibers that are laid out in all directions in the cell's cytoplasm. They give the cell its shape and act as a tiny cell skeleton, providing strength and support.
Flagella. Flagellum. ( singular form )
myofibrilmyofibril
Draw long tube through out the cell
A long filamentous organelle with a banded appearance is a myofibril. A myofibril is a cylindrical structure that extends along the complete length of each muscle cell.
vesicle c:
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!
That all depends on how long they're turned on. Their advantage is that they can run for a long time. They will not propel you very fast during short periods, but they will propel you very efficiently.
Traditionally. with a long pole
flagella
The cytoskeleton itself is made up of microtubules, the only difference being size and function. Microtubule is solely support of the physical arrangement of the cytoskeleton, and the cytoskeleton protects the site from outside invaders or forces.