Topic Hub
Neuroplasticity
How the nervous system changes with experience, load and recovery.
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The first episodes on this topic are in preparation.
Every piece is written, reviewed and taught by Dr Emmanuel Frantzis, and published only when it meets the HPHR standard. New material is released continually — join the newsletter below to receive each release as it arrives.
Related Learning · Papers
HPHR Paper · Intermediate
What Changes the Nervous System?
The nervous system is continuously responding to information arriving from throughout the body and the surrounding environment. Every movement, sensory experience, physiological change, and behavioural pattern contributes to the information the nervous system receives and integrates. Contemporary neuroscience suggests that therapeutic interventions influence nervous system function not by simply "removing pain," but by modifying the quality of information available for adaptive processing. This systems-based understanding provides an important framework for exploring restoration and long-term health.
HPHR Paper · Intermediate
Can the Nervous System Adapt Again?
One of the most encouraging discoveries in modern neuroscience is that the nervous system retains the capacity to adapt throughout life. While neuroplasticity can contribute to persistent pain through adaptive changes that enhance protection, the same biological capacity also provides the potential for positive adaptation during recovery. Research demonstrates that nervous system function can change following a variety of evidence-informed interventions, including movement, rehabilitation, education, and manual therapies. Appreciating this adaptive potential shifts the conversation from asking whether the nervous system is "damaged" to asking how it continues to respond to the information it receives.
HPHR Paper · Intermediate
The Brain Is Built to Change
One of the defining characteristics of the human nervous system is its capacity to change throughout life. This property, known as neuroplasticity, underlies learning, memory, motor skill acquisition, adaptation, and recovery following injury. Contemporary neuroscience has also demonstrated that the same biological mechanisms contributing to healthy adaptation may participate in the development and persistence of chronic pain. This paper reviews the principles of neuroplasticity, examines its relationship to persistent pain, and discusses why understanding recovery requires consideration of both tissue healing and adaptive changes occurring throughout the nervous system.
HPHR Paper · Intermediate
Can Chronic Pain Change the Brain?
A substantial body of evidence indicates that persistent pain is associated with measurable adaptations in both brain structure and function, involving regions responsible for sensory processing, motor control, cognition, emotion, attention, and executive function.
HPHR Paper · Intermediate
The Nervous System Learns
One of the defining characteristics of the human nervous system is its remarkable capacity to adapt. This ability, known as neuroplasticity, underlies learning, memory, skill acquisition, and recovery following injury. Throughout life, experience continually modifies neural circuits, allowing the nervous system to respond to changing internal and external demands.¹–⁴ Although neuroplasticity is frequently discussed in the context of rehabilitation and recovery, contemporary neuroscience demonstrates that it is neither inherently beneficial nor harmful. The same biological mechanisms that support learning and recovery also allow the nervous system to reinforce persistent stress responses, inefficient movement strategies, and pain when those patterns are repeatedly experienced. Understanding neuroplasticity therefore requires consideration not only of its extraordinary adaptive capacity, but also of the factors directing that adaptation.
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