2023
DOI: 10.32388/uuv426
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Modeling the processive movement of dimerized kinesin-10 NOD motors

Abstract: Chromokinesin NOD is a member of kinesin-10 family. It is monomeric in solution, lacking the capacity for movement on microtubules, but when dimerized can move directionally and processively towards microtubule plus ends by hydrolyzing ATP molecules, which is responsible for driving chromosome arms towards the spindle equator during metaphase of mitosis. Prior experimental data showed puzzlingly that the NOD head in nucleotide-free state has a high affinity to microtubule, whereas in any nucleotide-bound state… Show more

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