Integrated Equine Services

16/05/2026

04/05/2026

So here I am, 15 years after taking my initial equine course with Equinology, which started my bodywork journey, participating in yet another of their brilliant courses- the Equine Anatomy Discovery Workshop. Where we get to build - muscle by muscle (each one hand made out of clay), the entire horse from the skeleton out.
This one has been on my bucket list for some time and I’ve finally had the opportunity to attend.
Debranne Pattillo (CEO and chief instructor for Equinology) would have to be one of, if not the best in her field , teaching equine anatomy and massage. Her knowledge, precision and attention to detail is aspiring

This is what a ‘day off’ in an Equinology course looks like…😅

10/04/2026

“𝗪𝗵𝘆 𝗿𝗲𝗵𝗮𝗯 𝗳𝗮𝗶𝗹𝘀… 𝗲𝘃𝗲𝗻 𝘄𝗵𝗲𝗻 𝘆𝗼𝘂 𝗱𝗼 𝗲𝘃𝗲𝗿𝘆𝘁𝗵𝗶𝗻𝗴 𝗿𝗶𝗴𝗵𝘁”

“I’ve done the poles.”
“I’ve done the hills.”
“I’ve followed the plan.”

…and yet…

👉 the same issue keeps coming back
“Or it improves… but never fully resolves”

This is one of the most common situations I see.

Not because the rehab plan is wrong.

But because something important is missing.

Most rehabilitation focuses on:

• strength
• repetition
• progression

But the body doesn’t just need strength.

👉 it needs accurate input

If the pelvis,and specifically the sacral system, is not:

• moving clearly
• receiving clean proprioceptive input
• able to shift between stability and mobility

Then the nervous system does something very predictable:

👉 it protects

And when it protects:

• motor patterns change
• stabilisers reduce their activity
• larger muscles begin to compensate
• movement becomes efficient for safety, not performance

So you can:

✔ do the right exercises
✔ follow the right plan
✔ build strength

…and still reinforce the same pattern.

Because the system is organising around protection, not function.

From an osteopathic perspective, before progression…

👉 the system must be able to organise load

That means:

• the sacrum must adapt between the ilia
• the pelvic ring must transfer force evenly
• the nervous system must accept the input as “safe”

If that step is missed…

👉 rehabilitation becomes repetition of dysfunction

This is why some horses:

• improve briefly
• then regress
• or plateau despite consistent work

It’s not lack of effort.

👉 it’s lack of clarity within the system

And this is also why I don’t start with poles, hills, or strengthening in many cases.

Not because they don’t work…

👉 but because they are often introduced before the system is ready to use them

𝗧𝗵𝗶𝘀 𝗶𝘀 some of the things t𝗵𝗮𝘁 𝗜’𝗹𝗹 𝗯𝗲 𝗯𝗿𝗲𝗮𝗸𝗶𝗻𝗴 𝗱𝗼𝘄𝗻 𝗶𝗻 a series of 𝘄𝗲𝗯𝗶𝗻𝗮𝗿s:

• why rehab sometimes fails despite doing everything “right”
• how the nervous system influences pelvic function
• what needs to happen before progression actually works
• and how common exercises fit into this >when the system is ready

If you’ve been in that position…

👉 this will likely make a lot of things make sense

𝗟𝗶𝗻𝗸 𝗶𝘀 𝗶𝗻 𝘁𝗵𝗲 𝗽𝗶𝗻𝗻𝗲𝗱 𝗽𝗼𝘀𝘁

25/02/2026

25th FEBRUARY

If your horse is prone to laminitis it more than likely has an endocrine issue (Cushing's or Equine Metabolic Syndrome (EMS)).

Cushing’s and EMS are on a spectrum. If you’re spending the money on pergolide/prascend spend the money on asking a qualified nutritionist for a diet that’s specifically tailored for your horse and its needs.

If your horse has an endocrine condition then diet MUST play a major part of the management strategy. An individual diet plan can be created for less than the price of a fancy saddle blanket.

If your horse has an endocrine issue then you must have a plan for spring/autumn grass and put it in place BEFOREHAND. It can reap a huge amount of damage in a very short space of time.

24/02/2026

CARBOHYDRATES
Fermentable, hydrolyzable, nonstructural, structural, fiber, sugar, starch, soluble, insoluble, water-soluble, ethanol-soluble… UGH!

Are you feeling overwhelmed as you try to manage your equine with metabolic issues? Small wonder, given how incredibly diverse carbohydrates are. To make matters worse, laboratory analytical and equine physiological terms are used interchangeably, adding to the confusion. Let’s straighten this out.

Laboratory terms: Nonstructural carbohydrates (NSC) are the contents of the plant cell – simple sugars (glucose, fructose), disaccharides (sucrose), starch, and long- and short-chain fructans. These can be further quantified by different extraction methods. Starch is extracted using enzyme analysis, sugars and fructans can be extracted with water (water soluble carbohydrates – WSC), and simple sugars and disaccharides with ethanol (ethanol soluble carbohydrates – ESC). NSC, representing all the cell contents, is the sum of WSC and starch. NSC is not “sugar” nor is it the sum of anything other than WSC + starch.

Equine terms: Hydrolyzable carbohydrates (HC) are sugars and starch that are hydrolyzed (broken down) and absorbed as glucose. Fermentable carbohydrates are resistant to mammalian hydrolysis and instead are fermented, the main source of calories for the horse. Because carbohydrates absorbed as glucose (HC) have a profound effect on glucose and thereby insulin, these are especially worth understanding. So how do we get there using laboratory terms? Easy! Just add ESC + starch.

NSC is a good laboratory index for plant biology but it’s not informative for equine digestive physiology. If you’re using NSC to quantify grass hay and using an arbitrary safety threshold of 10-12% NSC, you will likely reject 80-90% of all samples tested because fructans could be making up a large portion of the NSC, yet fructans play no role in glucose or insulin dynamics. Knowing the individual components that make up NSC also helps to understand what is driving the glucose/insulin response, for example, grain-based products that are high in starch, or legumes like clover and alfalfa that use starch (as opposed to fructans) as their storage carbohydrate.

Twenty-five years of ECIR membership experience and feedback have guided our recommendation of 10% or less HC when managing the diet of equines with hyperinsulinemia in order to avoid laminitis*.

*Adjust for level of work if necessary. Exception: Equines on SGLT2 inhibitors for refractory hyperinsulinemia have different requirements. Ask for help if you do not have access to feeding protocols specific for SGLT2 therapy.

29/08/2024

👉 YOU GET THE TRIM YOU STAND FOR 👈

Period.

- Training/Behaviors: It is NOT the job of the hoof care provider to train your young or green horse to stand for trims WHILE trying to trim them. It is the responsibility of the horse owner to work with the horse before calling out the HCP and setting the horse up for a comfortable, calm appointment. Of course we will work with you and your baby brained equine as they grow and mature, but do not expect picture perfect trims if said equine cannot hold still enough for them. And do not expect us to wrestle with them if they are not ready.

- Pain: Pain is a FACTOR, not an EXCUSE. Ooooo. I may ruffle feathers with this one. Pain? Behavior? Both? A horse with an old injury, arthritis, etc will need special considerations during hoof care appointments. Yes, 100%. But also realize, PAIN INFLUENCES BEHAVIOR, and can most certainly make for undesirable and dangerous behaviors at that. *Again, it is not the HCP's job to put themself at risk working with an uncooperative equine for any reason.* If you have a horse in pain, it is YOUR job as the owner or caretaker to properly manage that pain and work with the horse to find ways for them to stand through trims as comfortably as possible. Without this attention, behaviors like ripping legs away, kicking out, biting, avoiding, etc. can develop. Just because they are defensive responses due to pain, DOES NOT MEAN THE HCP HAS TO PUT THEMSELF AT RISK DEALING WITH THEM. (Can I get an Amen?) The pain brings about the behavior. If the horse truly cannot stand for trims in a way that works for them AND the HCP due to pain and dysfunction, then that's another conversation about quality of life.

My shoulder was injured last November due to being ripped around by uncooperative horses. It will never be the same. I can speak for countless HCPs when I say we've been injured (sometimes permanently) in our work. Working with horses comes with a risk. Things happen. One way we can reduce those risks is to be selective with the animals we take on. This is our livelihood. These are the only bodies we get. There is no magic farrier dust that comes out of our rasps that solves behavior challenges, regardless of where those behaviors stem from. With these challenging situations, expect either an incomplete trim, or no trim at all. We have limits.

Some tips:

-Take the time! Pick up. Put down. Repeat. Do it again. Hold it longer. Repeat. Build strength and duration and in doing so it will also build trust and patience. We come out once a month. There is no progress if the only hoof handling the horse gets is during appointments.

-Manage the pain! Daily CBD, Equioxx, strength building through appropriate exercise, massage, etc. Make sure the approach to pain management matches the level of pain the horse is in! CBD is great but they may need something more like Equioxx. Equioxx is great but if the pain is acute, maybe some bute or dorm gel needs to be on board.

-Find what works! If a horse has limited range of motion, train them to prop their hoof on something close to the ground and STAND STILL in that spot. Find where they are comfortable and train them to hold there. Home Run Hoofstand LLC is a neat creation for those horses who need their limbs low!

-Think outside the box- Clicker training, "open bar" feeding with hay pellets, tying up a hay net, etc. can be low stress ways to help keep the horse distracted enough to let us HCPs do the work that needs to be done.

The point is, there are numerous ways to address hoof care hiccups. In order for a horse to remain on the schedule, I have to first be able to trim them without putting my physical wellbeing at risk. Horses with repeated and unaddressed challenging behaviors will not be kept on the rotation for long. Losing my physical ability to work is not worth your horse's hooves.

13/04/2024

10 reasons craniosacral therapy helps sensory integration

1. Cranial bones can compress cranial nerves, contributing to unequal sensory and motor responses

2. Head can be compressed into vagal nerve exit site contributing to modulation and regulation challenges

3. Sphenoid / temporal bones can be compressed into inner ear structure

4. Face bone can impinge nerves where hard and soft palatte meet, contributing to oral motor challenges

5. Residual torticollis can interfere with coordination of eyes/hands/legs

6. Tight and restricted meninges can prevent primitive spinal reflexes from integrating

7. Fascia surrounding organs and blood vessel masses can be tight or twisted which keeps the autonomics in a state of fight / flight or tension

8. Myofascial restrictions through the rib cage and diaphragm can interfere with optimal breathing, hindering the parasympathetic system

9. Traumatic events such as birthing struggles, medical procedures or surgeries, physical or emotional traumas, and even biological traumas can keep ALL the nervous systems in a vasoconstricted state

10. Injured or damaged sensory receptors, like C fibers in the skin, create over reactions to input or even a pain response

Craniosacral therapy has been shown to help all these issues that are common to sensory processing difficulties. Sensory wellness occurs when all sensory systems are free of structural and inflammatory restrictions at receptors sites and along nerve pathways. In addition, fascia and connective tissues that surround and suspend all body structures is now recogized as a sensory organ. Tight, compressed, torqued, and restricted fascia can be a background problem to sensory challenges. Craniosacral therapy is currently the least invasive manual therapy method that does not set sympathetic nervous system alarms, and promotes getting into and staying in a parasympathetic state.

05/08/2023

24/04/2023

Great info! Worth a re share 😊

03/03/2023

Apparently it’s March... already!?
Our wonderful, tidy calendar says it’s autumn now too. And so here is my annual “It’s not actually autumn yet – don’t deworm your horses straight away!” spiel.

Autumn is the No. 1 time of year to worm your horses, because it ties in best with breaking the bot-fly life cycle. A bot fly’s lifecycle is 12 months, so treating just once a year will break that lifecycle (and overtime decrease bot fly populations). By mid-autumn/early winter, the entire population of bot flies will be inside your horse, which means you can target all the bots on your property with a single dosage of a boticide dewormer (ivermectin, abamectin, moxidectin).

If you deworm your horses too early in autumn, you will not be targeting all the bot flies as they are often present well into autumn, laying eggs on your horses coat. If you deworm on the 1st of March, there will be bot flies, and subsequently bot eggs and larvae that come after the treatment and will remain within your horse for the year.

Therefore, hold off on the autumn deworming a little longer, if your horses are in good condition. Wait until the nights cool down and the bot flies disappear before deworming – and make sure that the dewormer you purchase is active against bots, otherwise it will all be in vain. If your horses need to be treated now, do so, but make sure you target bot flies again in early winter.

So that’s my bot-fly spiel. Normally I write about strongyles (my favourite), and so I shall of course make a mention of them here too.

I always recommend a mid-late autumn deworming for ALL HORSES because it a) cleans out any bots and b) all horses really should have a strongyle clean out once a year as well. I may be against deworming for the sake of deworming, however that is only if you are doing it 3 or 4 or more times a year.

Strongyles can have a lifecycle of as little as 6 weeks. In addition, at any one point, about 90% of the strongyle population is living on the pasture, not in the horse. Therefore, the concept of using chemical dewormers inside the horse to break the lifecycle of strongyles would not work. At all. So, we chose our annual deworming-clean-out to line up with as many other parasites as possible.

All boticide dewormers are also effective against strongyles so deworming in autumn is a 2 for 1 type deal. You should also consider using a dewormer that also contains praziquantel to treat for tapeworms to get a complete clean out, just in case tapeworms are present. If your horses are only being treated once a year, it is good to do as complete a treatment as possible.

Lastly… wait, second lastly.. this is a topic to complex to get into here, but: this time of year is key for larval cyathostomins, where encysted larvae have mass emergences from the intestine wall, in response to changes in weather (eg in VIC as it cools and becomes wetter again). Deworming and removing adult populations of worms can act as a trigger for larval re-emergence, which is also why I often baulk at deworming horses now. The larvae may slowly re-emerge coming into the cooler weather and treating in mid-late autumn may be a safer bet to remove adults and emerged larvae. The research on this is sketchy as best, however these are patterns shown in cattle and hypothetically should translate over into horses.
And lastly (pat on the back for reading this far): just because I’m recommending deworming all horses does not mean I am not recommending FECs in autumn. A FEC will tell you important things about your horses health, and pick up anything odd that may be happening (eg tapeworm you didn’t know about). It will also allow you to test drug efficacy. Autumn should be a key time for everyone to do a FECRT (faecal egg count reduction test), where you get FECs done before and after deworming to make sure that it worked. If you only deworm once a year, then you’ve only got one chance for a FECRT, and you cannot, I repeat, you CANNOT do a FECRT without a FEC before to compare to.

If you’d like to organise FECs and FECRTs for your horses this autumn, check out the website (link on the FB page) for postal submission and drop off points/events.