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Fairmaiden Farms, Ltd Fairmaiden Farms, Ltd. is dedicated to rescuing horses from neglect, abuse, abandonment, and slaughter.

We strive to improve the lives of horses by providing a safe haven for healing
and rehabilitation, while working with our equine partners.

25/02/2026

12 Important Ways Fascial Health Shapes Your Horse’s Entire System

Fascia: The Integrative Regulatory System of the Whole Horse

Fascia is not just connective tissue. It is an active interface between mechanics, neurology, circulation, immunity, and cellular signaling. It constantly participates in regulation at multiple levels of the system.

Here’s a comprehensive breakdown.

Ways Fascia Functions as a Regulatory Tissue

1. Sensory Regulation

Fascia is densely innervated. It contains:
• Ruffini endings (slow stretch, parasympathetic influence)
• Pacinian corpuscles (rapid change detection)
• Golgi-type receptors (tension/load sensing)
• Free nerve endings (nociception & interoception)

Because of this, fascia helps regulate:
• Muscle tone
• Postural adjustments
• Protective guarding
• Autonomic balance

It continuously informs the nervous system about load, tension, shear, and pressure. Motor output is adjusted based on this feedback.

Fascia helps regulate how much tone is appropriate.

2. Autonomic Regulation

Slow sustained fascial input has been associated with increased vagal activity and reduced sympathetic arousal.

Through its mechanoreceptors and interoceptive pathways, fascia participates in:
• Heart rate variability
• Stress response modulation
• Breath patterning
• Baseline arousal level

It acts as a bridge between mechanical input and autonomic output.

3. Mechanical Load Regulation

Fascia distributes force across regions of the body via:
• Myofascial chains
• Aponeuroses
• Epimuscular transmission pathways

It regulates:
• Force transmission
• Joint compression vs decompression
• Elastic recoil
• Shock absorption

When fascial glide and elasticity are optimal, load sharing is more efficient. When restricted, the system compensates with increased tone.

4. Fluid Regulation

Fascia is a hydrated, gel-like matrix composed largely of extracellular matrix (ECM).

It regulates:
• Interstitial fluid dynamics
• Lymphatic flow
• Venous return
• Diffusion of nutrients and waste

Ground substance exhibits thixotropy — viscosity changes with movement and pressure. This means fascia regulates fluid viscosity based on mechanical demand.

Movement and manual therapy influence this property.

5. Cellular & Biochemical Regulation

Fascia houses fibroblasts, myofibroblasts, immune cells, and vascular structures.

Through mechanotransduction (via integrins and cytoskeletal signaling), fascial tension influences:
• Gene expression
• Collagen remodeling
• Inflammatory signaling
• Tissue repair processes

Mechanical input becomes biochemical response.

Fascia regulates adaptation at the cellular level.

6. Proprioceptive & Spatial Regulation

Fascia contributes to:
• Body map accuracy
• Joint position sense
• Movement coordination
• Stability perception

Altered fascial tension can distort proprioceptive input. Restoring glide improves spatial clarity.

Tone recalibrates accordingly.

7. Neuromuscular Coordination

Fascia connects muscles into functional units. It regulates:
• Timing of muscle activation
• Synergy between muscle groups
• Elastic energy storage and return
• Efficiency of movement patterns

It is not just a wrapper around muscle — it coordinates force between muscles.

8. Inflammatory Regulation

Fascial tissue participates in immune signaling and inflammatory processes.

It regulates:
• Cytokine signaling
• Local inflammatory responses
• Tissue repair dynamics

Chronic mechanical stress can alter inflammatory tone within the ECM.

Mechanical environment influences inflammatory state.

9. Pain Modulation

Because fascia is richly innervated, it plays a role in:
• Nociceptive signaling
• Central sensitization input
• Mechanosensitivity

Improving fascial mobility may reduce aberrant nociceptive input and lower protective motor output.

10. Energetic & Elastic Regulation

Fascia stores and releases elastic energy.

It regulates:
• Movement efficiency
• Energy conservation
• Elastic recoil in locomotion

Healthy fascia supports spring.
Compromised fascia increases metabolic cost.

11. Boundary & Compartment Regulation

Fascial layers compartmentalize:
• Muscle groups
• Neurovascular bundles
• Organ systems

These boundaries regulate pressure differentials and directional force transmission.

Compartment stiffness affects internal mechanics.

12. Psychophysiological Regulation

Because fascia interfaces with the autonomic nervous system and interoception, it participates in:
• Emotional expression patterns
• Chronic holding strategies
• Stress embodiment

Postural tone often reflects long-term autonomic patterns.

Fascia becomes part of the organism’s regulatory history.

In Summary

Fascia regulates:
• Tone
• Load
• Fluid
• Cellular signaling
• Inflammation
• Proprioception
• Autonomic balance
• Elastic efficiency
• Spatial awareness
• Protective response

It is a communication network as much as a connective tissue.

When you work with fascia, you are influencing regulation across systems — not just mobility.

https://koperequine.com/from-poll-to-sacrum-the-dural-sleeve-and-the-dural-fascial-kinetic-chain/

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25/02/2026
https://www.facebook.com/100064953331225/posts/1290447636463669/
25/02/2026

https://www.facebook.com/100064953331225/posts/1290447636463669/

A horse’s whinny begins as a piercing, high-pitched screech that’s soon joined by a lower, guttural rumble. But the two components of the call don’t differ just in tone—they’re made in entirely different ways, researchers report.

The lower tone emerges when the horse vibrates its vocal folds, much as a human does to speak. To make the high note, the horse whistles.

The observation provides the first experimental evidence that a mammal can produce a whistle and a vocal-fold vibration at the same time.

Learn more: https://scim.ag/4kVbR0r

08/02/2026

Do Emotions Leave a Chemical Trail in the Horse’s Body?

Horses are often described as “emotional” animals, but what this really reflects is their highly responsive neurophysiology. As prey animals, horses are designed to detect threat rapidly and mobilize their bodies accordingly. This raises an important question for equine care, training, and bodywork: do emotional experiences create measurable chemical changes in the horse’s body, and do those changes persist?

The answer is yes—emotions trigger real biochemical responses in horses, but those chemicals do not remain in tissues. What persists instead are physiological and neurological patterns shaped by repeated experience.

Emotional States Are Whole-Body Events in Horses

In horses, emotions are not abstract psychological states. They are full-body physiological responses involving the nervous, endocrine, and immune systems.

When a horse perceives stress, fear, safety, or social connection, the brain rapidly interprets that input and initiates a coordinated response that includes chemical signaling throughout the body.

Neurotransmitters

Neurotransmitters such as dopamine, serotonin, norepinephrine, and GABA play key roles in equine emotional regulation. These chemicals influence attention, reactivity, motivation, and behavioral expression. Because horses rely heavily on rapid sensory processing, neurotransmitter balance strongly affects how a horse responds to handling, training, and environmental change.

Hormones

Hormonal responses are especially well-documented in horses. Acute stress triggers adrenaline and noradrenaline, preparing the horse for rapid movement. Prolonged or repeated stress elevates cortisol, which affects metabolism, immune function, tissue repair, and behavior. Positive social contact and calm handling are associated with increased oxytocin, supporting relaxation and affiliative behavior.

Immune and Inflammatory Signaling

Chronic stress in horses has been linked to changes in immune signaling, including altered cytokine activity and increased inflammatory markers. These changes can influence healing rates, pain sensitivity, and susceptibility to illness, particularly in performance horses under sustained training or management stress.

Do These Chemicals Remain in the Horse’s Body?

Despite common language suggesting that emotions become “stored” in muscle or fascia, the chemical messengers themselves do not persist.

Hormones and neurotransmitters are:
• Released in response to stimuli
• Metabolized and cleared
• Regulated through feedback mechanisms

Cortisol, for example, has a defined biological half-life and is broken down through normal metabolic processes. There is no evidence that emotional chemicals remain trapped in equine tissues.

What Persists Instead: Learned Physiological Patterns

While the chemicals clear, the horse’s nervous system adapts.

Repeated emotional experiences—especially those involving threat, confusion, or lack of control—can lead to persistent patterns such as:
• Sympathetic nervous system dominance
• Heightened startle responses
• Altered postural tone and bracing
• Restricted breathing mechanics
• Increased pain sensitivity or guarding behaviors

These are not emotional memories stored in tissue, but neurologically conditioned responses that influence how the horse organizes movement and posture.

Over time, these patterns can affect performance, soundness, and behavior without an obvious structural injury.

Fascia, Posture, and Emotional State in Horses

Equine fascia is richly innervated and highly responsive to nervous system input. Sustained stress or vigilance increases global muscle tone and alters fascial tension, reducing adaptability and efficiency of movement.

This can influence:
• Stride quality
• Load distribution through the limbs
• Coordination between trunk and limbs
• Willingness to move forward or accept contact

Fascia does not store emotions, but it reflects the state of the nervous system that governs it.

Why This Matters in Training and Bodywork

Recognizing emotions as biochemical triggers with pattern-based consequences has practical implications in equine care:
• It explains why behavioral and physical issues often coexist.
• It clarifies why force-based approaches may worsen tension rather than resolve it.
• It supports the value of calm handling, consistency, and nervous system regulation.

Bodywork, appropriate movement, and supportive training environments can help shift autonomic balance, reduce stress hormone output, and allow the horse’s system to reorganize toward greater ease and function.

The Takeaway

Emotions do not leave permanent chemical residue in the horse’s body.

They do:
• Trigger real and measurable biochemical responses
• Influence nervous system regulation
• Shape posture, movement, and pain sensitivity
• Create learned physiological patterns over time

The encouraging reality is that these patterns are adaptable. With thoughtful handling, appropriate physical input, and attention to nervous system state, horses can relearn safety, softness, and efficient movement.

Understanding this distinction moves equine care beyond metaphor and into mechanism—benefiting both the horse’s body and the human partnership that supports it.

How Massage Therapy Can Help

Massage therapy does not remove emotions or “flush out” stored chemicals from tissues. Instead, its value lies in how it influences the nervous system, alters physiological patterns, and creates conditions for recalibration and learning.

Nervous System Regulation

Thoughtful, well-timed massage provides predictable, non-threatening sensory input to the horse’s body. This input is processed through mechanoreceptors in the skin, fascia, and muscle, sending signals to the central nervous system that help shift autonomic balance.

In many horses, massage supports:
• Reduced sympathetic (fight-or-flight) dominance
• Increased parasympathetic (rest-and-digest) activity
• Lower baseline arousal and improved emotional regulation

As nervous system tone shifts, stress-related hormone output—particularly cortisol—tends to decrease, not because massage removes the hormone, but because the stimulus that drives its release is reduced.

Interrupting Learned Protective Patterns

Chronic stress and repeated emotional challenge can create habitual postural and movement strategies—bracing, guarding, shallow breathing, or rigidity through the trunk and neck. Massage introduces novel sensory information that can interrupt these automatic responses.

By changing sensory input, massage helps the nervous system:
• Update its assessment of safety
• Reduce unnecessary muscle co-contraction
• Allow more efficient recruitment patterns during movement

This is why changes in posture or movement often follow massage without any structural tissue change occurring.

Fascia as a Communication Network

Fascia responds continuously to nervous system input. When a horse lives in heightened vigilance, fascial tone increases globally, reducing elasticity and adaptability.

Massage does not “release stored emotions” from fascia. What it can do is:
• Reduce excessive baseline tone
• Improve hydration and glide between tissue layers
• Enhance proprioceptive feedback

As fascial tension normalizes, movement becomes more coordinated and less effortful, and the horse often appears more willing and expressive.

Supporting Emotional Relearning

Because horses learn through bodily experience rather than verbal reasoning, repeated calm physical input paired with safety and predictability is powerful. Massage can become part of a broader learning process where the horse experiences:
• Touch without demand
• Pressure without threat
• Change without loss of control

Over time, these experiences help reshape conditioned responses, allowing the horse to respond to handling and training with less defensive preparation.

Why Technique and Context Matter

Massage is most effective when it respects the horse’s nervous system capacity in the moment. Overly aggressive techniques or ignoring signs of overload can reinforce stress rather than resolve it.

Effective bodywork is:
• Attuned rather than forceful
• Responsive to the horse’s feedback
• Integrated with movement, management, and training practices

When applied appropriately, massage becomes a tool for regulation—not a fix for emotions, but a support for the systems that govern them.

https://koperequine.com/how-to-develop-postural-muscle-endurance-in-horses/

02/02/2026

Pain and tension are not mistakes. They are part of the body’s protective intelligence. When a horse holds tension, it is often responding to perceived threat — whether from pain, instability, weakness, or uncertainty within the system.

Tension can serve an important role. It may help stabilize a joint, limit movement through a sensitive area, or maintain coordination when the body does not yet feel secure. In these situations, forcing tension away does not create safety. It can increase it.

Rather than overriding these protective strategies, this work respects them. If a horse needs a certain level of tone right now, we allow it to remain. When that protection is no longer required, the body will release it on its own.

Why This Approach Works

Pain Is a Protective Output, Not a Fault

Pain is produced by the nervous system in response to perceived threat, not simply tissue damage. The nervous system constantly evaluates safety, stability, and predictability. When something feels unsafe — physically or neurologically — pain and tension increase to encourage protection.

This does not mean something is “wrong.” It means the system is doing its job.

Instability and Weakness Are Interpreted as Threat

From the nervous system’s perspective, instability and weakness represent risk. If a joint, region, or movement pattern feels unreliable, the system often increases muscle tone to compensate.

Tension in these cases is not the problem — it is the solution the body has chosen. Removing it before stability improves can make the system feel less safe, not more.

Forcing Release Can Increase Defensive Responses

When tension is forcibly reduced without improving the underlying sense of safety, the nervous system may respond by reinstating the same pattern or shifting tension elsewhere.

This is why tension often returns quickly after aggressive techniques. The system is not resisting change — it is protecting itself.

Muscle Tone Is Regulated Centrally

Muscle tone is governed by the nervous system, not individual muscles. Lasting changes in tone occur only when the nervous system updates its assessment of safety, stability, and coordination.

When the system no longer perceives threat, tone changes naturally. This often happens with far less force than people expect.

Gentle, Varied Input Improves Safety and Regulation

Low-force, non-threatening movement and touch improve sensory processing and help the nervous system refine its perception of the body. This improves regulation and reduces the need for protective responses.

Gentle work is not weak work. It is often the most direct way to signal safety.

Respecting Protection Prevents Compensation

Protective tension often exists to support balance and coordination. Removing it too early can force the body to compensate elsewhere, creating new strain patterns or discomfort.

Allowing protection to remain until it is no longer needed supports whole-body integration and more durable change.

Safety Drives Regulation — Regulation Allows Release

The aim of this work is not to chase relaxation or eliminate tension on demand. The goal is to support regulation by helping the nervous system perceive safety.

When the body no longer feels threatened by pain, instability, or weakness, protective strategies are no longer required. Regulation improves, and tension that is no longer useful can release naturally — in its own time.

Release is not something we impose on the body. It is something the body allows when it feels safe enough to do so.

https://koperequine.com/if-your-horse-is-body-sore-it-needs-a-massage/

30/01/2026

Fascia Helps Tune and Modulate Your Horse’s Spinal Cord

Fascia plays a critical—and often overlooked—role in how your horse’s nervous system functions. In particular, the fascia and deep postural muscles of the poll and upper neck act as regulators of spinal cord environment and neural clarity. Through subtle but constant adjustments, these structures influence cerebrospinal fluid (CSF) flow, balance, coordination, and emotional regulation.

Understanding this relationship helps explain why restrictions near the poll can affect not just head and neck movement, but the entire horse’s posture, responsiveness, and sense of ease in the body.

Fascia, the Poll, and Spinal Cord Regulation
In horses, the deep postural muscles of the poll, upper neck, and atlanto-occipital junction continuously calibrate fascial “bridges” connected to the spinal cord. These muscles help adjust the shape and tension of the dura mater—the connective tissue sheath surrounding the spinal cord.

Small changes in dural tension can directly influence:

Neural signal clarity
Balance and coordination
Postural tone
Emotional and autonomic regulation

Because the horse’s head is large, heavy, and constantly in motion, this system is especially influential compared to humans.

The Equine Myodural Bridge

At the base of the skull, several small but critically important muscles connect directly into - https://koperequine.com/fascia-helps-tune-and-modulate-your-horses-spinal-cord/

# way

30/01/2026

Something we see again and again, both in everyday training spaces and at competitive shows, is what happens when a highly sensitive, high-arousal nervous system is managed primarily through equipment rather than through understanding, regulation, and relationship. It is something that genuinely upsets us, because you can so often read the whole story in a horse’s face before you ever see it in the movement. The tight jaw, the busy mouth, the tongue searching for space, the fixed poll, the vigilant, braced eye. These are not signs of a horse being “difficult” or resistant. They are signs of a system working very hard to cope while being physically contained.

And this is an uncomfortable truth: when a horse needs to be held together by layers of tools in order to “cope” with what is being asked, it is a sign that neither the horse nor the human nervous system is actually ready for that level of demand yet. Not in a moral sense, but in a physiological, emotional, and relational one. Readiness is not about willpower or toughness. It is about capacity. And capacity cannot be forced. It has to be built.

When a horse is anxious, sharp, or easily overwhelmed, the answer is so often more gear. More straps, more nosebands, stronger bits, martingales, layers of equipment designed to hold the body in place and suppress the visible expression of tension. It is usually done with good intention, under the belief that if the body can just be stabilised enough, the mind and emotions will follow. But nervous systems do not regulate because they are held still. They regulate because they feel safe enough to soften.

From a nervous-system perspective, what we are often seeing in these horses is a body in sympathetic activation, sometimes shifting into freeze, trying to survive pressure without enough perceived safety, choice, or predictability. When movement, expression, and agency are restricted, the system cannot complete its stress cycle. The activation does not discharge. It turns inward, into the jaw, the tongue, the poll, the eyes, the breath, the fascia. The horse learns to function while still in survival.

A sensitive horse like this does not need more restriction. He does not need his mouth closed, his head fixed, his expression compressed so that the outside looks quiet while the inside remains in alarm. What he actually needs is regulation before performance. He needs a human who understands how to create safety in the field around him. Someone who has done the work to regulate their own nervous system, to soften their breath and body, to release urgency and control, and to offer a coherent, steady presence the horse can co-regulate with.

In practice, this looks like slowing everything down. It looks like prioritising breathing, rhythm, and softness before contact and collection. It looks like allowing the horse to move his neck and head, to chew, to yawn, to blink, to shift his weight, to look, to process. It looks like building predictability, clear patterns, and gentle transitions so the nervous system knows what is coming and can stay within its window of tolerance. It looks like listening to the first signs of tension instead of suppressing the last shouts.

This is where our relationship with “tools” becomes such an important and uncomfortable conversation. Equipment is not inherently wrong. There are times when it is necessary for safety, for clarity, for gradual retraining, or as temporary support while a horse is learning. But the line is crossed when equipment becomes a substitute for feel, timing, emotional literacy, and nervous-system skill. When it is used to silence communication rather than to support understanding. When it manages behaviour instead of meeting the state that creates it.

And often, the presence of ever-increasing tools is not a sign that the horse is difficult, but that the process is too fast. That the nervous system has been asked to perform before it has learned to feel safe. That the foundation of regulation has been skipped in favour of visible results. Yet again and again, we see that the slow way is actually the fast way. When you take the time to build safety, trust, and capacity, you no longer need to hold the horse together. The horse holds himself.

From the horse’s side, this is deeply unfair.

A prey animal with a sensitive nervous system is already wired to scan for danger and prepare for flight. If pain, discomfort, or biomechanical strain are present, that activation will be even higher and must always be ruled out and addressed alongside the emotional work. But when a nervous system is then further restricted in its ability to move, express, and regulate, the body does not become calm. It becomes compliant under pressure. The horse learns to hold himself together, to override signals, to function without ease. We often call this obedience. But ease looks different. Ease looks like soft eyes, a mobile jaw, fluid breathing, a swinging back, and a body that can adapt and recover when something changes.

What changes this is not different equipment, but a different process and a different inner state in the human. A rider who can feel when the horse is leaving his window of tolerance. Who knows how to pause, lower arousal, and rebuild safety before pushing on. Who understands that true training is not about suppressing reactions, but about expanding capacity, slowly teaching the nervous system that challenge does not equal danger.

This work takes time. It is not a quick fix. It often requires learning nervous-system literacy, working with trauma-informed trainers, and developing one’s own capacity for regulation through breath, body awareness, and emotional presence. It asks the human to meet their own fear, urgency, ambition, and need for control with honesty and compassion. It asks for patience, curiosity, and the humility to say, “My horse is not ready for this yet, and that is information, not failure.”

You cannot brace a nervous system into peace. You cannot strap regulation onto a body. True calm comes from felt safety, from trust, from choice, and from a relational field that allows the horse to come out of survival and into connection.

And this is where the responsibility sits with us.

If a horse needs to be held together by layers of equipment in order to cope with what is being asked, then something in the process is moving faster than his nervous system can truly handle. The answer is not more control. The answer is to slow down. To question the timeline. To rebuild the foundation. To choose regulation over results.

We owe it to them to do better than chasing outward compliance while their bodies are still in alarm. We owe them the patience to build capacity, the humility to admit when we are moving too fast, and the courage to take the slower, deeper, fairer path.

Because the slow way is not the weak way.
It is the regulated way.
It is the ethical way.
And again and again, it proves to be the fast way in the end.

28/01/2026

Knowing the whole horse is not simple. It is not a small body of knowledge you can tick off and be done with. It is an entire living system, layered and complex, shaped by biology, evolution, nervous system, learning theory, environment, relationships, history, trauma, soundness, pain, nutrition, social needs, movement, and so much more.

There is physiology and biomechanics.
There is behaviour and ethology.
There is the nervous system and emotional regulation.
There is training theory and learning science.
There is welfare, husbandry, nutrition, feet, teeth, saddle fit, social dynamics, pasture management, and the invisible emotional worlds horses carry.

And then there is the individual.
The personality.
The past experiences.
The sensitivities that no textbook can fully map.

No wonder people feel overwhelmed. No wonder they scroll through social media, read one post about ulcers, another about bit pressure, a third about polyvagal theory, and feel like they are failing their horse because they cannot hold it all at once.

Something we don't talk about enough is that people who seem to know everything do not. They know their corner deeply. The vet knows medicine but may not understand training theory. The biomechanics specialist may not focus on emotional regulation. The trauma informed trainer may refer out for bodywork. Even those who have dedicated their entire lives to horses are still learning, still being humbled, still discovering new layers.

This is not a weakness friends, this is the reality of working with a sentient, complex being whose body, mind, emotions, and nervous system are inseparable.

To truly understand horses takes years. Not weeks. Not a course. Not a certification. Years of daily observation, listening, making mistakes, unlearning what you thought you knew, refining, watching how bodies respond, how nervous systems shift, how behaviour changes under different conditions. And even then, every new horse will teach you something you did not realise you were missing.

You are not meant to master every domain at once. It is okay, more than okay, to be strong in one area and still learning in others. It is okay to be a generalist, and it is okay to be a specialist. It is okay to say, I do not know yet, and mean it without shame.

What matters is not knowing everything. What matters is staying curious, humble, and willing to keep learning.

A few ways to grow without the overwhelm:

• Choose one layer at a time. You do not need to study everything simultaneously. Perhaps this year you focus on the nervous system. Next year on hoof health. Then on social dynamics. Learning becomes richer and more integrated when it unfolds gradually, not when it is forced.

• Let the horse in front of you be your greatest teacher. Watch more than you analyse. Notice patterns without rushing to label them. Regulation, stress, ease, and curiosity all show themselves in the body long before they become behaviour.

• Learn from multiple perspectives, but do not drown in them. No single framework holds the whole truth. Biology informs behaviour. Behaviour reflects emotional state. Training affects the body. Welfare ties it all together. You do not need to know every method. You need to understand how the pieces connect for the individual horse in front of you.

• Build a network, not a pedestal. Surround yourself with people who know what you do not. Vets, bodyworkers, farriers, trainers, behaviourists, and other horse people with different strengths. You are not meant to carry the whole horse alone.

• Release the pressure to be an expert. True expertise is not certainty or having all the answers. It is depth, nuance, humility, and respect for complexity. It is knowing what you do not know and being willing to keep learning.

• Trust that what you are doing now matters. Every kind interaction, every moment of listening, every effort to reduce stress, every improvement in comfort, every question you ask, every time you seek help, all of it is already part of caring for the whole horse.

You do not need to know everything to be a good guardian, trainer, or companion to a horse. You only need to stay open, keep learning, and meet each horse with presence, humility, and care.

The whole horse is not a destination my friends!

It is a lifelong relationship with understanding, one that deepens not because you finally know it all, but because you keep showing up, curious and willing, day after day.

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