Final answer:
The integration of motor control processes through practice leads to skilled movements due to neuroplasticity, which represents the brain's ability to form and refine connections. This biological concept is fundamental in understanding continuous development in movement-related skills.
Step-by-step explanation:
The process described in the question relates to the integration of motor control processes which, through practice and experience, lead to a permanent change in the capacity to produce skilled movements. This is deeply connected to the field of biology, specifically within the areas of neurobiology and cognitive science. Motor skills are essential for our ability to move our bodies and manipulate objects, and these are influenced by both our nature—our genes and biology—including aspects like newborn reflexes, which are inborn automatic responses present in healthy babies.
One key aspect of these processes is neuroplasticity, the ability of the nervous system to change and adapt over time, whether due to developmental processes, personal experiences, or in response to injury. This lifelong capability of our brain to form new connections (synapses) and to refine or prune existing ones allows for the continuous improvement of motor skills, contributing to the continuous development view that sees development as a cumulative process.
Actors, for instance, develop motor skills by the capacity to feel and demonstrate movement vocabularies and qualities, often through physical training that challenges their endurance and integrates body, breath, and intentions. Similarly, learned movements in driving a car involve brain areas that manage sequential movements based on past experience, such as starting the car or taking turns, indicating how experience and practice refine our motor abilities.