Connect the Spots

10/14/2026

Tooth removed cannot ever be brought back. Your equine dentist is either prolonging or shortening your horses life.

Welcome back to our second post in our ‘Guide to equine anatomy’. If you missed yesterday’s post, feel free to go back and catch up. Today we are discussing how your horse’s teeth both wear and erupt at the same time.

Horse incisors and cheek teeth are hypsodont, meaning they have very long crowns. In a young horse, much of the crown remains below the gumline as reserve crown.

The tooth gradually erupts into the mouth as chewing wears away the exposed surface. Research suggests that cheek teeth generally wear at a rate of around 2-3 millimetres per year.

This is often described as continuous growth. However, once the ameloblasts have finished laying down the enamel part of the tooth, they die off, meaning once the tooth is formed, no more enamel can be produced. So while the teeth continue to erupt, and dentin and cementum do continue to be produced to allow for this continued eruption, the teeth actually get shorter with age!

Understanding that a tooth has a finite lifespan matters because every reduction removes tissue that cannot be replaced. Some occlusal work is needed in almost every horse to address sharp points, overgrowths, malalignment or changes contributing to periodontal disease. However, it should be targeted and limited to what is clinically necessary.

Indiscriminately flattening the natural ridges does two kinds of harm. It removes the textured surface the horse needs to crush fibrous feed, much like trying to cut hay between two sheets of glass. It also uses up more of the tooth’s finite crown, potentially shortening its functional life and making effective chewing more difficult as the horse ages.

Image credit to Frontiers

10/12/2026

Haven’t been doing good with posting lately. But check out this gorgeous boy! He had his first ever bodywork session this weekend and loved it! ❤️

09/03/2026

Earlier last month I had the opportunity to attend a lecture series on functional anatomy and equine brain science, taught by Jillian Kreinbring and Dr. Stephen Peters. Two of the foremost leading educators in their respective fields. This was five full days of fascinating lecture and an equine brain dissection! Jillian laid out the function of the equine body in a fun and engaging way, touching on everything from how the muscles are put together to how the horse should be carrying itself. Dr Peters did a deep dive into how the horses brain and nervous system works, bringing to light both the nitty-gritty anatomical functions and the horses general perceptions. The whole series helped to re-confirm some deeply help beliefs of mine, bring to light new research understanding, and reignite my passion to learn everything I can! I had an amazing time doing this! I hope to be able to do it again and I look forward to be able to integrate everything I learned into my own work and bring it to you all!

I highly recommend any of Jillian Kreinbring’s courses for those interested in anatomy and function, and any of Dr Peter’s books for a good look on how the horse thinks!

07/10/2026

Such a great way to get started and learn about your horse!

07/04/2026

Tomorrow, amid the heat wave, barbecues, parties, and fireworks, we acknowledge the 250th anniversary of America's founding.' Many people take the opportunity this landmark occasion affords to think about America's history--the rights and wrongs, what the future might hold, and what we would like it to hold. And while there are certainly things in this country that I don’t agree with, I do consider myself blessed to live in a country where I am not only allowed to pursue dreams, but actively encouraged to through an endless supply of opportunities and education.

I am grateful to live in an area where it is possible for me not only to own horses, but to dedicate myself and my livelihood to the betterment of them. Whatever your opinions may be, let's take this amazing occasion where we get to see, and be part of, the 250th birthday of our country to be grateful for what we are given.

Happy Independence Day! God Bless America!

06/20/2026

I love working on the head and face! And most horses love it too! ❤️

✨ Gentle Touch, Big Impact: How Face & Neck Massage Could Support Your Horse’s Brain Health and Overall Wellness

A groundbreaking discovery in neuroscience found that gentle massage of the face and neck in mice and monkeys tripled the flow of cerebrospinal fluid (CSF) — the vital fluid that clears away waste and harmful proteins linked to conditions like Alzheimer’s and Parkinson’s.

🔬 Researchers discovered a network of lymphatic vessels just under the skin of the face and neck — much closer to the surface than previously believed. By lightly stroking this area for only one minute, older animals showed fluid movement similar to much younger ones.

✨ Why does this matter for horses?
• Horses, like humans, rely on CSF flow to “clean” the brain.
• If similar pathways exist in equines (which is very likely), gentle massage of the head and neck could support neurological health, mental clarity, and recovery.
• Many equine bodyworkers already observe that horses become deeply relaxed, soften their eyes, and “let go” when these regions are gently worked. Now we may have a scientific explanation why.

🌊 CSF Flow & Brain Health
• CSF acts like the brain’s detox fluid, clearing waste and harmful proteins.
• If gentle touch can triple CSF flow, then therapies that influence the head, neck, and fascia (like massage, myofascial release, and craniosacral therapy) may do far more than relax muscles — they may directly support neurological resilience and longevity.

🐴 Nervous System Balance in Horses
• Horses are prey animals, always tuned to their environment. A buildup of waste proteins or restricted CSF flow could influence stress responses, learning ability, and even physical soundness.
• Gentle work around the poll, TMJ, and upper neck may encourage parasympathetic dominance (rest and digest mode), allowing the horse to truly relax and recover.

💆 The Role of Craniosacral Therapy (CST)
• CST already focuses on enhancing CSF flow through subtle, hands-on techniques.
• This discovery provides biological validation: even light touch on the skin and fascia may stimulate lymphatic vessels connected to CSF drainage.
• That means CST may not just balance cranial rhythms — it could help detoxify the brain and support long-term neurological health.

🧩 Whole-Body Wellness Implications
• Cognitive function: Sharper focus, learning, and memory.
• Aging: Restoring youthful fluid movement in older horses.
• Injury recovery: Supporting brain and nerve healing after trauma or stress.
• Sleep quality: Enhancing the brain’s natural nighttime cleansing process.

✨ Bottom line:
This groundbreaking research gives scientific weight to what equine bodyworkers have long observed — gentle, intentional touch to the head and neck doesn’t just relax the horse; it may help keep the brain itself healthier and more resilient.

06/09/2026

Very behind on posting, but enjoy some pictures from the lovely weekend course with Khrystynna Hunsinger I assisted with a couple weeks ago. It was a lot of fun!

05/29/2026

Have We Accidentally Bred Horses More Susceptible to Ulcers?

When people think about equine gastric ulcers, the conversation usually focuses on management:
diet, turnout, feeding frequency, stress, travel, confinement, and training intensity.

And rightly so. These factors absolutely matter.

But research showing gastric lesions even in pre-weaning foals raises an interesting question:

Could some horses be inherently more susceptible to ulcers than others?

One study found that prior to weaning, 21% of foals already had gastric ulcers. Following weaning, lesion prevalence increased dramatically to 98%.

Weaning itself is clearly a major physiological stressor. But the pre-weaning numbers are particularly interesting because these foals were still nursing, living socially, and had not yet experienced separation from the mare.

So why were ulcers already present?

The answer is likely complex.

Ulcer development probably involves an interaction between:

* management
* stress physiology
* temperament
* nervous system sensitivity
* feeding behavior
* microbiome health
* inflammation
* genetics
* and individual resilience

Some horses naturally appear more stress-reactive, vigilant, sensitive, or sympathetic-driven than others. These same horses may also show tendencies toward:

* chronic muscle tension
* anxiety
* difficulty maintaining weight
* stereotypic behaviors
* body tension
* or recurrent digestive issues

Selective breeding has already shaped many traits in modern horses:
speed, athleticism, responsiveness, sensitivity, flexibility, reactivity, and even connective tissue characteristics.

So it may be worth asking whether some physiological traits associated with performance and sensitivity could also indirectly influence ulcer susceptibility.

That does not mean ulcers are “genetic” in a simple sense.
And it certainly does not mean management is unimportant.

Ulcers are probably best understood as a multifactorial condition where biology and environment constantly interact.

Wild horses likely experience ulcers too. Life in the wild includes predators, drought, injury, competition, and environmental stress.

But horses also evolved under conditions of:

* near-constant forage intake
* continuous movement
* stable social structures
* and freedom to regulate behavior naturally

Modern horses may experience fewer survival threats overall, but often face a very different kind of stress:
confinement, intermittent feeding, transport, social disruption, training pressure, and chronic low-grade sympathetic activation.

Perhaps the better question is not:
“Do humans cause ulcers?”

But rather:
“How do genetics, nervous system regulation, evolution, and modern management interact to influence which horses become ulcer-prone?”

In case you think foals are too young to develop digestive issues:

“Prior to weaning, 21% of foals had gastric ulcers, with 9% glandular and 7% squamous lesions. Following weaning, 98% of foals had gastric lesions with 97% squamous and 59% glandular. Severity of lesions was more pronounced after weaning.”
— Nancy S. Loving, DVM

Even young horses who have “never had a stressful day in their life” can develop ulcers.

Talk with your veterinarian about ways to help support your foals gut health during the weaning process.

https://equimanagement.com/articles/blood-sucrose-as-a-diagnostic-tool-for-foal-gastric-ulcer-syndrome

https://koperequine.com/groundbreaking-study-links-gut-bacteria-in-foals-to-long-term-health-performance/

https://koperequine.com/a-guide-to-understanding-biotics-prebiotics-probiotics-and-postbiotics/

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05/13/2026

Miss Spirit offered a beautiful stretch during her session! I was lucky enough to get some of it on camera and her owner captured some fabulous yawns! ❤️

05/11/2026

7 Reasons Chiropractic Alone Is Often Not Enough for Horses

Chiropractic work can absolutely help horses.

Improving joint mobility, reducing restriction, and influencing nervous system input can create meaningful changes in comfort and movement quality.

But many horses continue to struggle even after repeated adjustments.

Why?

Because movement problems are rarely caused by joints alone.

The body functions as an integrated system involving fascia, muscle tone, coordination, balance, proprioception, behavior, compensation patterns, and nervous system regulation.

Adjusting the joints without addressing the rest of the system is often incomplete.

Here’s why.

1. Fascia Connects the Entire Body

Fascia is a continuous connective tissue network that surrounds and integrates muscles, joints, nerves, organs, and movement chains.

Restriction in one region can influence movement somewhere else entirely.

A horse may receive a successful adjustment, but if surrounding fascial tension patterns remain unchanged, the body may continue pulling the horse back into the same compensation strategy.

The joint changed.
The system did not.

2. Hypertonic Muscle Can Pull the Body Back Into Compensation

Many horses develop chronic muscular guarding and hypertonicity.

Importantly, hypertonic does not mean strong.

Often these muscles are:

* protective
* compensating
* overworking
* poorly coordinated
* or responding to instability elsewhere

If excessive muscular tension is not addressed, the horse may temporarily improve after chiropractic work but gradually return to the same posture and movement patterns.

3. The Nervous System Controls Movement

Movement is not controlled by bones alone.

The nervous system constantly regulates:

* muscle tone
* coordination
* posture
* movement variability
* balance
* protective responses

If the nervous system still perceives instability, discomfort, overload, or lack of safety, the body may continue using the same movement strategies regardless of joint position.

This is one reason some horses seem to “need constant adjustments.”

4. Restriction Is Often a Whole-Body Pattern

A horse protecting one area rarely compensates in only one place.

For example:

* thoracic sling dysfunction may affect the neck, ribs, lumbar region, and hindquarters
* pelvic restriction may alter trunk stabilization and forelimb loading
* poll tension may connect into broader fascial and postural chains

Massage and myofascial approaches can help address broader tension patterns that may not be fully resolved through localized joint work alone.

5. Proprioception and Coordination Matter

Many horses do not simply lack mobility.

They lack efficient control of mobility.

A horse may have enough range of motion physically but still move poorly because of:

* weak proprioception
* poor coordination
* instability
* reduced body awareness
* compensation patterns

Improving movement quality often requires helping the horse reorganize movement patterns, not simply increasing motion in individual joints.

6. Stress and Emotional State Affect the Body

Horses carry stress physically.

Emotional arousal, anxiety, hypervigilance, environmental pressure, pain anticipation, and chronic stress can all increase muscular and fascial tension.

A horse in a chronically protective nervous system state may struggle to maintain physical changes because the body continues prioritizing protection over fluid movement.

Massage and fascial work may help influence parasympathetic regulation and reduce excessive guarding behaviors.

7. Lasting Change Usually Requires Systemic Change

The horses that improve the most long term are usually not the ones receiving only one type of therapy.

They are often the horses whose overall system improves through:

* movement quality
* strength and coordination
* recovery
* balance
* conditioning
* appropriate loading
* body awareness
* stress reduction
* and improved movement experiences

Chiropractic can be an important piece of that puzzle.

But rarely is it the entire puzzle.

Final Thought

This is not about chiropractic versus massage or fascia therapy.

It is about recognizing that horses are complex adaptive systems.

No single modality addresses every part of movement, compensation, posture, coordination, and nervous system regulation.

The more completely we understand the system,
the more effectively we can help the horse.

https://koperequine.com/compensation-is-strategy-until-it-isnt/