In fact, the researchers were surprised to find that weak repulsions led to maximum
movement along the microtubules and that motor proteins are more sensitive to attraction rather than repulsion.
Not exact matches
The axoneme's
movement is accomplished via rows of motor proteins called dyneins that are attached
along the
microtubules and exert force on them so the
microtubules «slide» past each other, which then causes the entire axoneme and sperm tail to bend and move.
When the researchers administered drugs to inhibit the
movement of certain «motor» proteins that transport mitochondria and other cargo within the cell by traveling
along microtubules, the mitochondria accumulated in the axon of the neuron and never made it to the synaptic terminal.