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Vertical Limit Equine Rehab & Performance Certified Equi-Tape™ Practictioner. Empowering equestrians and revolutionizing horse-care. Anyone can learn! Certification available for healthcare professionals.
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Equi-Tape™ is a noninvasive therapeutic modality that offers many benefits like pain relief, joint support, and increased circulation. Equi-Tape™ is the original elastic kinesiology tape specifically designed for horses and the Equi-Taping™ Methodology is the education behind the successful use of the modality. Equi-Tape™ works by interacting with the complex anatomy of a horse’s skin and fascia t

o achieve therapeutic physiological benefits. When tape is applied to the skin using different techniques and amounts of stretch, the recoil in the tape causes three main phenomena to occur; influence of soft tissue, stimulation of nerves and receptors, and support of musculoskeletal structures.

25/07/2024

PSA HARD LAUNCH!!! This groundbreaking Bio Mechanics modality is not something you’re going to want to miss. Message me for details, questions and information to reserve your spot for this live event 🐴

07/09/2023

We at Hoofbeats Equine Service strive to provide friendly, affordable care for your horses.

Rodeo ready!! 💙🤩🖤 Train harder, Recover quicker with  💪🏼 Samantha Amaba
02/09/2023

Rodeo ready!! 💙🤩🖤 Train harder, Recover quicker with 💪🏼 Samantha Amaba

 being put to work! Improve biomechanics and achieve physiological goals with the most effective, noninvasive approach🐎 ...
02/09/2023

being put to work! Improve biomechanics and achieve physiological goals with the most effective, noninvasive approach🐎 Ask me how!

Athletes need a muscle recovery/ assist program toooo! Servicing all over Florida, your certified practitioner, ready to...
02/09/2023

Athletes need a muscle recovery/ assist program toooo! Servicing all over Florida, your certified practitioner, ready to take your horse’s performance to new heights 🔝🐴

01/09/2023
03/03/2023
23/01/2023

Acute injuries •always• require veterinary diagnosis and treatment.

However there is a great benefit to alternative therapies for post veterinary care for injury and/or surgery.

Kinesiology taping is now used at several large animal hospitals and rehab centers to help with post surgical inflammation.

Kinesiology tape, when applied correctly, is highly effective at pulling fluid.

There are of course contraindications, especially if you are dealing with infection, which is why horses with this level of injury (or surgical incision site) require careful monitoring of their vital signs.

For areas of inflammation and ventral edema, taping for lymphatic drainage can be highly effective, especially when the horse is on stall confinement and unable to move fluid through movement.

21/01/2023

On average horses drink 7-10 gallons of water a day and this remains as important in cold weather as it is in the summer because reduced water intake can lead to gastrointestinal problems such as the dreaded impaction colic.

Studies demonstrate that horses will drink more if provided access to heated water and that most water consumption happens within three hours of feeding. How can you use this information to your advantage? Refill buckets at feed time with warm water to maximize your horse’s water intake—especially in the winter when water is more likely to be freezing or close to freezing.

As always, if you have any questions or would like to learn more about preventing colic in your horse, your equine veterinarian remains your best source of information!

Brought to you by the AAEP Horse Owner Education Committee.

💫 The Life-force: breath 💫Breath + StrideThe correct position of the head and neck is vital.  Why? Because the neck is t...
13/10/2022

💫 The Life-force: breath 💫

Breath + Stride

The correct position of the head and neck is vital. Why? Because the neck is the balancer and the angle of the head influences the horses’ ability to take in air; a bend in the throat (behind the vertical) causes a resistance to airflow. Why? Because the pharynx becomes compressed and the trachea flexes and shortens. A bend in the throat - such as we see with behind the vertical, L.D.R (low, down and round) and Rolkur - is not only distressing for the pony / horse but will affect eyesight due to position of the head, cause poll tension, TMJ tension and restriction, compression of the lower cervical (neck) vertebrae, pressure on the nuchal ligament and alter the line of function.

Horses are obligate breathers, meaning they ONLY breathe through their nose - during exercise it becomes twice as difficult for horses to move air into the lungs, 50% of the total resistance in the upper airway originating in the nasal passages. Think 🤔 about your nosebands / flashes / grackles: how tight are they??

ONE BREATHE = ONE STRIDE. At the canter and gallop, horses take one breath perfectly in time with one stride. This is referred to as respiratory-locomotor coupling.

💫 ANYTHING that affects the horses breathing has the potential to SHORTEN the stride! 💫

The chest expands and contracts when breathing at:

- rest
- walking
- trotting
- And blowing hard after exercise

At the CANTER and GALLOP ALL air movement comes from the movement of the LEGS and DIAPHRAGM! Yep!

The diaphragm is a key-role during exercise. Diaphragm is derived from the Greek word ‘Diaphragma’ translated it simply means ‘partition.’ It separates the chest and the abdomen. It assists the lungs and is The Pump of the entire body. It can be observed in all the intercostal spaces (space between the ribs) from 7 to 17. Still not sure where? We sit right on top of it! The main muscle of breathing, it is intricately linked to the equines emotions and energy; just like us! 😊 Not using the diaphragm fully results in a reduced intake of oxygen and weakens the core stability.

Stress on a prolonged basis, and/or tension within surrounding structures, reduces the diaphragms mobility resulting in the alteration of its performance both respiratory and biomechanically (just like us!).

✨ PHOTO ONE: Horse A there is a moment of suspension: the pelvis tilts, hind legs brought under the body, the intestines shift backwards, forelimbs raise, scapula moves forwards and the ribs expand. Horse B the head stretches out, hind limbs raise, weight shifts to forelimbs, the contents of the abdomen shift forwards, pressing the diaphragm and pushing the air out! ✨

The phrenic nerve originates from C3, 4 and 5 (neck) vertebrae and feeds into the diaphragm.

💫 ’C3, 4 and 5 keep the diaphragm alive!’ 💫

This nerve contains motor, sensory and sympathetic nerve fibres. It also innervates the periotoneal fascia surrounding all the organs caudal to the diaphragm (behind the diaphragm). So. Intricately linked to emotion and energy!

If you’re with me still, now let us put it all together:

🌟 Poll - the muscles here are prone to one-sidedness and tension; the joint between the skull and the atlas (C1) is pivotal to the horses’ system of balance and spinal health (🤔 think bridle / head collar pressure and riders hands). The skull, the Atlas and axis (C2) are all involved in the movement of the head. The bones are shaped the way they are to provide attachment sites for the muscles that move the head. They are muscles that bring the head down to flex the poll; tilt the head sideways and pull the head backwards.

🌟 C2 - nerve function: head, tongue, ears, eyes…and HEART ❤️
🌟 C3 - nerve function: face, TMJ, ears, shoulders…and DIAPHRAGM
🌟 C4 - nerve function: neck, shoulders…and DIAPHRAGM
🌟 C5 - nerve function: shoulders, foreleg…and DIAPHRAGM
🌟 C6 - nerve function: shoulders, forelegs, fetlocks and hooves
🌟 C7 - nerve function: shoulders, forelegs, elbows, fetlocks and hooves

Bodies are moving, breathing, feeling, functioning entities. Bodies are a balanced unit. Nothing work’s singularly - it’s teamwork - and everything has its purpose. Anytime mobility is compromised, balance and function are altered.

Correct flexion of the head and correct cervical vertebrae alignment are paramount in allowing the natural biomechanics of movement…and breath! Now why would anyone want to interfere with that?

⚡️ Force is a need for control. Force is ignorance. Force is an excuse. Force is nothing more than a journey of self-fulfilment. ⚡️

Respect and celebrate the power, grace and beauty of natural movement; learn to ride WITH your horse, not against! ☺️

‘Force and Obstruction break the Perfect Biomechanics of the Body!’

Less is More!

14/09/2022

Is hind coronet angle a reliable representation of positive or negative plantar angle (NPLA)?

Anecdotally following the trajectory of the hind coronet angle should point toward the front carpus (knee) in a hind with a positive plantar angle, within a normal range. However, as horses adopt a compensatory posture linked with NPLA, where the trajectory points too can be unreliable, as changes in limb position can change the body part pointed at. However, the coronet angle doesn't change according to limb orientation, so is there an appropriate range of hind coronet angle?

Stewert 2022 found that 90% of horses with a hind coronet angle of 30 degrees had NPLA, 88% of horses with 28 degrees.
While my personal research found the average hind coronet angle in horses presenting with NPLA was similar at around 29-30 degrees. While horses with a corrected plantar angle then presented with a coronet angle of around 23 degrees.
If positioned correctly in the average horse, this will point toward the front carpus.

So, it would seem that, that anecdotal hypothesis has merit and further research could further cement it.

join Stewarts and Sharps (My) presentations at the symposium to find out more and see the research these numbers came from..

For my talk alone..
https://equineeducationhub.thinkific.com/courses/the-postural-link-between-negative-plantar-angles-and-pathology-along-the-dorsal-myofascial-lines-using-thermography

Stewarts talk alone..
https://equineeducationhub.thinkific.com/courses/Assessing-Strassers-Angles

05/09/2022

Does steel affect the hoof wall on a molecular level?

Studies have shown us that steel open heel shoes affect the natural deformation of the hoof, the haemodynamic and shock dispersion mechanisms and increase shock vibrations. This in turn affects morphology, leads to the hoof exceeding its elastic limit and failing, and prolapse in the weaker foot. We have discussed these in depth in multiple webinars. Links...

Haemodynamic system webinar..
https://equineeducationhub.thinkific.com/courses/haemodissection

Barefoot versus shod webinar...
https://equineeducationhub.thinkific.com/courses/barefoot-vs-shod

But an interesting question was posed by Nia Cooke in her research. Do these unintended but traumatic effects, change the hoof wall protein matrix?

This study aimed to ascertain whether differences exist between the protein profiles of shod hooves compared to unshod hooves.
Hoof samples were analysed for protein composition to ascertain whether any proteomic differences exist between shod hooves and unshod hooves.

Join us at the symposium for this fascinating webinar!!

Event page..

https://fb.me/e/1MmdtShfL

Ticket sales…

https://equineeducationhub.thinkific.com/courses/international-farriery-symposium

Tickets for this talk alone https://equineeducationhub.thinkific.com/courses/A-proteomic-analysis-of-the-shod-and-unshod-equine-hoof

22/08/2022

What can therapeutic farriery address? Is it underestimated?

The biomechanics of the interaction between the hoof and the ground dictates the physiological implications of movement on the horse.
The external shape of the hoof mirrors its internal function and trimming and shoeing can optimise function, biomechanics and reduce stress.

Its all about biomechanics, but to really know how to change the hoof - ground interaction we need to have evidence based information on how they really interact, and what different shoes can truly affect.

Why do we see more soft tissue injuries on the lateral aspect?
Do pads really dampen shock? are all pads the same?
How can farriers manipulate this interaction to help the horse?


Join Dr Oosterlink's webinar at the symposium on
"The Current Concepts on biomechanical basics of therapeutic farriery" for a journey into the understanding of therapeutic farriery intervention, from first impact to toe-off.

Book your ticket for this talk only at this link..

https://equineeducationhub.thinkific.com/courses/current-concepts-on-biomechanical-basics-of-therapeutic-farriery

For the whole symposium including Dr Oosterlink's second lecture follow this link..

https://equineeducationhub.thinkific.com/courses/international-farriery-symposium

Image showing the stance phases and what farriers can influence.

13/07/2022

Three studies that look at how tape improves joint stability, both post injury and for injury prevention.

Injury prevention just as effective as lace up ankle braces.

These are done on human ankles.

I’ll let you know about the horse version of this research as soon as it is out, but for right now I CAN confidently say that there’s a darn good chance the tape is supportive if we have continued studies confirming one another. 🤷🏻‍♀️

Why? Because tape is effective because of its communication with mechanoreceptors and the nervous system, NOT because its mechanical force or power over soft tissue. 🧠

We’re working with the brain way more than we’re working with the muscles. These articles discuss that too.

1️⃣ Tape improves joint position sense and minimizes risk of sprain with fatigue.

Conslusion: Ankle tape can improve joint position sense at the fatigue session when joint position sense becomes worse. As a result, ankle tape may be useful to prevent ankle sprain during playing sports. We suggest athletes and individuals apply taping before high-load activity.

https://pubmed.ncbi.nlm.nih.gov/29316902/

2️⃣ Tape is just as effective as ankle braces in rehabbing sprained ankles.

Done with 193 participants over 6 months.

Conclusion: The most important finding of current study was that there is no difference in outcome 6 months after treatment with tape, semi-rigid brace and a lace-up brace.

Tape is EQUALLY effective in protecting and rehabbing ankle sprains as braving, but the tape doesn’t limit range of motion.

https://pubmed.ncbi.nlm.nih.gov/26044353/

3️⃣ Tape is just as effective as proprioceptive neuromuscular training in improving balance performance in modern dancers.

Conclusion: Our findings suggest that both PN training and KT application were effective at improving balance performance for modern dancers.

https://pubmed.ncbi.nlm.nih.gov/30204821/

📸: Hill House Photography

12/07/2022

Boots and bandages - are we harming our horses as we try to protect them?

Bandaging and booting our horses is becoming more and more popular, especially with the popularity of matchy matchy sets. But are we doing more harm than good? Most people will have come across the articles in magazines and comments from vets saying they are, and yet still they become more and more popular. Why is that? Why do riders still cover their horses in thick fleece bandages or fluffy boots despite the dangers? Tradition I suppose. Wanting to fit in. Or just habit, some will feel like they haven’t finished tacking up if they haven’t put the boots on.

I know this isn’t about dentistry (for which I apologise) but I am a vet first and foremost, and as a dressage rider I am asked why I don’t use bandages all the time. I’ve written about this several times now and no one pays attention, so rather than stating facts and quoting research, I’d like to take you through my journey of discovery, please bear with me. Facts and papers are at the end.

Rewind 12 years and I was in my final year at vet school. Prior to and during vet school I had a horse and we did dressage. I had planned to ODE but this horse pulled every tendon and ligament known to vet kind. He spent more time out of work than in. Each time I would up my game with the latest boots/bandages on the market. From fluffy boots to wraps to sports fetlock boots, fleece bandages to gamgee and cotton to the half fleece/half elastic bandages. I learnt new techniques for better support, figure of 8 bandaging to cradle the fetlock etc etc. I’d been there and done it. My collection was extensive.

Right at the end of vet school I had my rotations. I chose Equine lameness as one of my options. During in this I very vividly remember a wet lab with Dr Renate Weller where she had a skinned horses leg (showing all of the tendons and ligaments) in a machine that mimicked the pressures a horse applies to their limbs. She took us through walk, trot, canter and gallop, loading this leg so we could see the inside workings of the horses leg without the skin. It was fascinating I can tell you, and I very clearly remember thinking about my horse and wondering how on earth we are suppose to support this limb when it undergoes these incredible forces! Half a ton of animal pushing down a tiny spindle of a leg held by tendons barely thicker than my thumb. Craziness!

Fast forward just a few short months and I was a fully qualified vet in the big wide world. I attended my first BEVA Congress and during the break I wandered around the stalls looking at the latest inventions and technologies companies bring to these gatherings. Here I came across a company with the Equestride Boot which caught my eye. Now if you haven’t seen this boot, it’s wonderful and I’ve since used it a few times in rehabbing very severe tendon and ligament injuries with great success. The boot is a carbon fibre boot that stops the fetlock dropping, which stops the tendons and ligaments being fully loaded while they heal. This boot is super strong. You couldn’t ride a horse in it as it is limiting the range of motion so much, but they can move about easily enough at the lower settings to rehab etc. The guy on the stand (I’m afraid I can’t remember his name) showed me their research and in the straight talking Irish way explained the stupidity of expecting a thin piece of material to support a horse. And of course it can’t! Literally no bandage or boot (short of this very expensive carbon fibre rehab boot) is capable of reducing the amount the fetlock drops. Thinking back to Dr Weller’s demonstration, I could very clearly see how ridiculous I had been to ever believe a scrap of material could do anything to reduce or support that pressure.

But the boots/bandages don’t actually cause any harm do they? Surely it’s ok to use them on the off chance they might help and if we look good in the meantime, great! Well, not long after this, research started appearing that got me very worried about my bandage collection. Heat. Anyone that uses bandages and boots will not be surprised to see sweat marks under their bandages/boots after they’ve been removed. They trap a lot of heat. The horses body and legs generate a lot of heat when working. The tendons/ligaments in the leg, along with an increased blood flow generate ALOT of heat. Fleece bandages/boots in particular, hold this heat in the horses leg. Very few boots and virtually no bandages (especially if you use a pad under) allow the legs to breath adequately. This heat is easily enough to kill tendon/ligament cells. Each tendon/ligament is made of thousands and thousands of cells all lined up end on end and side by side in long thin spindles. They stretch and return to their original shape and size like an elastic band, absorbing and redistributing the pressures applied from further up the leg and from the ground impact below. All of these cells must work together as one to do this effectively.

Just a little side step here to explain how tendons/ligaments heal. A tendon/ligament cell can not be replaced like for like. They always heal with scar tissue. This is why reinjury is so much more likely if a tendon/ligament is blown. The fibrous scar tissue doesn’t stretch, it isn’t capable of stretching or absorbing the impact of a horses movement. It will always be a weak spot. In a full blown sprain/strain the whole (or most) of the tendon has been damaged. But this heat injury might just kill a few cells at a time. Those few cells are replaced by fibrous scar tissue, then next time a few more etc etc. Like a rubber band degrading over time the tendon/ligament loses its elasticity and eventually goes snap. Then you’ve fully blown a tendon/ligament. The injury didn’t start to happen at that moment, but that was the final straw. The damage adds up over time, each time thermal necrosis (vet word for cell death) occurs.

So if using boots/bandages can not offer any sort of support, and using them generates heat that slowly damages the tendons/ligaments until they give way. Why use them? Protection. This is the only reason to use boots. To stop the horse brushing, injuring themselves catching a pole or over cross country. But for goodness sake make sure your boots are breathable! If the horse is sweaty under the boot but not above or below, the boot is not breathable enough. And don’t use fleece bandages just because you like the colour. These fleece bandages are the worst at holding heat in the leg, way above the threshold for thermal necrosis to the cells of the tendons and ligaments. If your horse doesn’t need protection, don’t use boots. I haven’t for the last 12 years and *touch wood* I haven’t had a single tendon/ligament injury in any of my horses. I will never go back to boots or especially bandages now. I don’t use them for schooling, lunging, jumping, travelling, turnout, stable, in fact I don’t use them at all. Ever. But I don’t hunt or XC.

I hope you have found my story useful and can make informed decisions on boots and bandaging going forward.

For more information on the Equestride boot and their research into support offered by boots and bandages, visit http://www.equestride.com/ and https://www.equinetendon.com/services/equestride/

The horses leg under the compression machine at the Irish Equine rehabilitation and fitness centre https://fb.watch/cmVMt6-iOJ/ (I highly recommend you watch this incredible video. It clearly shows the amount of force the leg goes through and demonstrates the real purpose of boots)

Other relevant papers-
https://equimanagement.com/.amp/articles/horse-skin-temperature-under-boots-after-exercise
https://pdfs.semanticscholar.org/8f15/0ea480edca142260d01f419f80d2e7e7fb29.pdf
http://www.asbweb.org/conferences/1990s/1998/59/index.html

Edit 1 - I am getting asked about stable wraps very frequently. This post is about riding, the tendons and blood flow create heat which is trapped by bandages/boots during exercise. This doesn’t occur in the stable stood still. If the horse has a strain/sprain resulting in inflammation, then there is an increase in blood flow and there is heat being created. In this situation you should not be bandaging. But if it’s cold and an old horse needs stable wraps to keep the joints warm and improve sluggish blood flow (filled legs) you can use the heat trapping to your advantage. But you need to be careful in summer.

Edit 2 - the other thing I’m being asked about is compression. Compression DOES NOT control inflammation. The inflammation still occurs, but the swelling can not escape the bandages and the increase in internal pressure reduces blood flow, causing ischemic damage. Like laminitis within the hoof. The hoof capsule prevents swelling so the inflammation expands inwards and cuts off the blood supply. This is why laminitis is so painful and difficult to treat. Compression is only useful in the case of leaky vessels, for example reduced blood pressure, reduced movement so the blood isn’t being pumped backup the legs, or osmotic imbalances eg low protein with diarrhoea. In these situations, compression of the legs can encourage blood to return to the vessels and continue circulating.

12/07/2022

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