These structures have one end in a namesake organizing center, and their lengths can fluctuate wildly through a phenomenon known as dynamic instability. (*) Kinesins move molecules towards the plus en
These structures have one end in a namesake organizing center, and their lengths can fluctuate wildly through a phenomenon known as dynamic instability. (*) Kinesins move molecules towards the plus end of these structures, while dyneins move molecules towards the minus end. Centrioles are formed from these cytoskeletal structures, as are cilia and flagella, in which these structures are arranged in a "9 + 2" manner. For 10 points, name these parts of the cytoskeleton that are larger than actin filaments or intermediate filaments and are made from the protein tubulin.
These structures have one end in a namesake organizing center, and their lengths can fluctuate wildly through a phenomenon known as dynamic instability.
{microtubules}