key term - Procedural memory

Definition

Procedural memory is a type of long-term memory that enables individuals to perform tasks and skills without consciously thinking about them. This form of memory is responsible for knowing how to do things, such as riding a bike or playing an instrument, and is often acquired through repetition and practice. Procedural memory operates unconsciously and is less affected by age or brain damage compared to other types of memory.

5 Must Know Facts For Your Next Test

1. Procedural memory is primarily associated with the basal ganglia and the cerebellum in the brain, which are important for motor control and learning new skills.
2. Unlike declarative memory, procedural memory does not require conscious thought, allowing individuals to perform tasks automatically after sufficient practice.
3. Skills learned through procedural memory can remain intact even after severe amnesia, demonstrating its resilience compared to other memory types.
4. Learning a new skill usually involves shifting from declarative knowledge (knowing what to do) to procedural knowledge (knowing how to do it) through practice.
5. Examples of procedural memory include complex activities such as driving a car, typing on a keyboard, or swimming, which become second nature with experience.

Review Questions

• How does procedural memory differ from declarative memory in terms of how skills and knowledge are recalled?
  • Procedural memory differs from declarative memory in that it allows individuals to perform tasks automatically without conscious effort. While declarative memory requires active recall of facts and events, procedural memory relies on the unconscious ability to execute skills that have been learned through repetition. This means that once a skill is mastered through procedural memory, individuals can perform it without having to think about the individual steps involved.
• What brain structures are primarily involved in procedural memory, and how do they contribute to skill acquisition?
  • The basal ganglia and cerebellum are the primary brain structures involved in procedural memory. The basal ganglia play a crucial role in initiating and coordinating movements, while the cerebellum helps fine-tune motor control and balance. Together, these structures enable individuals to learn and automate complex skills through practice, allowing for smoother execution and less cognitive load during task performance.
• Evaluate the implications of procedural memory remaining intact in individuals with amnesia for understanding different types of memory systems.
  • The fact that procedural memory often remains intact in individuals with amnesia suggests that there are distinct systems for different types of memory in the brain. This resilience indicates that while declarative memories related to facts and events may be disrupted due to damage or disease, the ability to perform learned skills persists. This separation implies that our understanding of memory should consider both conscious and unconscious processes, highlighting the complexity of how we learn and retain various types of information.

Related terms

declarative memory: Declarative memory is a type of long-term memory that involves the conscious recall of facts and events, as opposed to the unconscious recall seen in procedural memory.

motor skills: Motor skills are abilities that require coordinated movement and muscle control, which are often stored in procedural memory.

amnesia:

Amnesia refers to a loss of memory, which can impact both declarative and procedural memories, but typically procedural memories remain intact even when other forms are impaired.