Final answer:
Kinesin is the motor protein responsible for anterograde transport of Golgi cisternae as it moves cargo along microtubule tracks from the cell center to the periphery.
Step-by-step explanation:
The likely motor protein responsible for the anterograde movement of Golgi cisternal progression would be kinesin. Motor proteins such as kinesin and dynein are ATPases and they use the energy from ATP hydrolysis to move cargo inside cells. Specifically, kinesin is known for transporting cargo from the center of the cell towards the periphery, which is known as anterograde transport, along microtubule tracks.
Dynein, in contrast, is mainly involved in retrograde transport, moving cargo in the opposite direction, from the cell periphery towards the center. Myosin is another type of motor protein, but it primarily interacts with microfilaments instead of microtubules. Therefore, for the anterograde movement of Golgi cisternae, kinesin is the appropriate motor protein.