Luke Townsend Farrier Service

Luke Townsend Farrier Service Qualified Farrier Member AFBA
Experience in corrective and remedial shoeing
Hot and Cold Shoeing available
'Shoeing for Balance & Optimum Performance'

07/03/2025

A little humor for the day!...

06/03/2025

The Equine Pulse
Brian S. Burks DVM
Diplomate, ABVP
Board-Certified Equine Specialist

Horse owners should know how to evaluate the basic health parameters of their animals, including temperature, pulse (heart rate), and respiration, better known by the acronym TPR. They also should know how to evaluate capillary refill time to judge the horse’s circulatory health. Checking your horse’s heart rate is an important skill that is often done with a stethoscope. Sometimes a stethoscope may not be readily available when needing to check the pulse rate, or there may be another reason for wanting to check your horse’s pulse. When checking the TPR and pulses, the horse should be at rest and relaxed.

If you have a stethoscope, place it just above the elbow and push under the triceps muscle. One heart-beat has two parts “lub-dub”- so do not double count.

The normal resting heart rate for an adult horse is 28 to 44 beats per minute (bpm). Neonatal foals will be 80-120 bpm. To calculate find the pulse or heartbeat and count for 15 seconds, then multiply by four to get the number of heartbeats each minute. Listening for at least one minute helps determine if the heart rhythm is regular or irregular, or if a murmur is present.

Heart rate and pulse are generally the same (there are a couple of exceptions) so either can be used. The facial artery can be palpated under the jaw, just on the inside of the bone. Either right or left may be used. A rope-like rubbery structure is the facial artery and the pulse can be felt with a light touch. Use your fingers, not your thumb, so that you do not measure your own pulse by mistake.

A pulse is the rhythmic expansion of an artery that can be felt with the fingertips during physical examination. A horse’s pulse can be felt or seen in several places: the facial artery, the radial artery on the inside of the carpus, the jugular pulse, and the digital pulse.

A jugular pulse in the lower neck can be noted in healthy animals, but excessive pulsing or distension of the jugular vein can be seen in horses with heart failure. A pulse may be absent, increased (strong), or decreased (weak)—each of which may indicate a specific type of heart disease or defect.

All horses have a digital pulse, though some people cannot feel it in some horses when it is cold or the horse is relaxed. A “bounding” digital pulse is a sign of increased blood flow to the foot, indicating pain or inflammation in the foot. Generally, an increased pulse in one hoof can indicate a localized problem, like an abscess or a bruise in response to an injury. It may accompany lameness or tenderness. The horse may stand with little weight on the affected limb. The hoof wall may feel warm.

If you find stronger or bounding pulses in two or four hooves, laminitis is a possibility. In fact, bounding digital pulses and hoof pain are often the first signs of laminitis. The horse may shift his weight from foot to foot, or lie down more than normal.

If you are familiar with the feel of the pulse in a normal horse, then you will recognize a bounding pulse–you will feel the blood pump harder and firmer against your thumb and fingers.

Digital pulses can be felt on the lower leg of your horse in the fetlock and pastern area. The pulse comes from the blood flowing through the artery to the hoof. The artery will pulse with each beat of your horse’s heart.
The vein, artery and nerve (VAN) run together in the space between the suspensory ligament and the flexor tendons above the fetlock. The VAN continue distally over the back of the fetlock and into the pastern. As the digital artery crosses over the back and towards the side of the fetlock, you may also be able to feel the pulse at the bulge of the fetlock joint. At this point, the branches of the digital artery are close to the surface and may be easy to feel.

Over the pastern, the extensor branches of the suspensory ligament reach from either side the fetlock down towards the front of the hoof, on a diagonal; they can be seen and felt. The vein, artery and nerve travel in the groove behind these firm ligament structures.

Practice feeling your horse’s pulses when he is happy and healthy, rather than waiting until he is sick. You will be more familiar with what is normal and more easily detect the pulses when it counts. When feeling for the pulse, try different pressures. If you press too lightly you may not be able to detect a pulse. With too much pressure, you may restrict the blood flow and therefore the pulse.

It is important to consider digital pulses in context of the whole horse. A complete physical examination that includes TPR, signs of injury, illness, lameness, or distress.

Check the digital pulse on each leg. This will allow you to notice any differences between limbs, which could indicate a potential issue. This is why it is important to check your horse’s digital pulses when he is well, so you will know what the normal pulse in your horse feels like. Keep in mind that some variation is normal. If your horse exhibits lameness, call your equine veterinarian.

www.foxrunequine.com

(724) 727-3481

01/03/2025
20/02/2025

Hoof Wall of the Horse
Brian S. Burks, DVM
Diplomate, ABVP
Board-Certified Equine Specialist

The hoof is a modified skin (epidermis) covering the third phalanx and all enclosed structures. It provides protection to the distal limb, formed by keratinization of the epithelial layer and modification of the underlying dermis. The thickened, cornified keratin of the epidermis is referred to as horn and makes up the outer surface of the hoof, and is resistant to mechanical and chemical damage.

Each epidermal region of the hoof is associated with a dermal region (corium). The corium are connected to the underlying structures by the subcutis. The foot can be divided into 5 segments – Wall, coronary, periople, sole, and frog – and there are 5 corresponding underlying corium.

The hoof is a form of protection to the distal phalanx and also acts as a shock absorber, reducing the concussion of impact on the structures of the distal limb. The wall of the hoof is the visible portion of the hoof, forming medial lateral, and dorsal aspects, being further divided into the toe, quarters, and heels. At the heels, the walls reflects back upon themselves at the angles to become the bars, which progress cranially along the edge of the frog. The wall is widest at the distal aspect of the hoof (toe) and decreases in width around the quarters. The wall of the hoof is 5-10mm thick and consists of three layers.

The periople extends almost 19–25 mm (¾ to 1 inch) at the top of the wall to protect the sensitive coronary band at the junction of the skin and the hoof. It is very tough and of a similar consistency to the frog. After extending nearly 20 mm (¾ inch), the periople changes into a thin layer of material that covers the rest of the hoof and gives it a shiny appearance, acting as a protective covering. It helps to control evaporation of moisture from the wall. In the early stages, this horn material is quite soft – deliberately so because it helps to prevent the coronet band becoming bruised as shock is transferred upwards through the hoof wall during the weight bearing phase of the stride. The periople covers this horn to provide protection.

The middle layer is the main structure of the wall, composed of amorphous horn, reinforced with tubular shaped horn rods. Its main purpose is to bear the weight of the horse. The outer hoof wall is pigmented and quite strong, protecting the inner structures of the hoof from shock and to store energy, which is released during different phases of stride to help propel the horse forward. It will be nearly impermeable, keeping water out, unless it becomes damaged via injury or nutritional imbalance.

The inner laminar layer is composed of interdigitating laminae of horn and dermal laminae which ensure that the hoof wall is well attached to the coffin bone. It is more pliable than the outer wall due to it having a higher moisture content which enables the inner wall to stretch more as the outer wall moves, ensuring the inner workings of the hoof are protected from too much shock as well as allowing the pedal bone and the outer wall to move in different ways without losing strength of attachment. This living bond between the horn (insensitive laminae) and dermis (sensitive laminae) gradually allows the hoof wall to slide distally where the distal border is worn away by ground contact.

The laminar corium consists of laminae engorged with blood vessels. The sensitive laminae mesh with the insensitive laminae of the wall on one side, and are firmly attached to the pedal bone on the other side. This bond with the insensitive laminae is disrupted during laminitis. The laminar corium suspends the entire weight of the animal by the distal phalanx within the hoof capsule. Damage to the vasculature of the laminar corium can result in compromises in the integrity of the interdigitations.

The coronet band is the “crown”. Sometimes called the coronary band, with coronary pertaining to the heart. The coronary band is the primary source of growth and nutrition for most of the hoof wall. Injuries to this structure are serious and usually leave a permanent defect in the wall as it grows.

The wall of the hoof grows from the coronary band at a rate of 6-9mm (¼ to ½ inch) per month. The average toe is 76–100 mm (2½ to 4 inches) long at the toe, this means that the horse grows a new hoof in about a year. The hoof wall is made of a tough material called keratin that has a low moisture content (approximately 25% water), making it very hard and rough.

A main function of the hoof wall is to bear weight (NOT the sole). It must be trimmed at regular intervals to keep it properly shaped and level. The heel is the most elastic part of the hoof, allowing the hoof to expand during movement. Because the heel is somewhat softer than the toe, care must be taken when trimming the heel.

www.foxrunequine.com

(724) 727-3481

The result of a foot abcess that has underun the entire sole on a horse I shoe yesterday. Old sole sheds and new is ther...
29/01/2025

The result of a foot abcess that has underun the entire sole on a horse I shoe yesterday. Old sole sheds and new is there waiting for use ..

The owner had this horse xrayed  after he became scratchy. It showed a lack of depth in his soles so were starting with ...
22/01/2025

The owner had this horse xrayed after he became scratchy. It showed a lack of depth in his soles so were starting with leather pads to improve sole depth and density. Will change tact if this is not effective

This horse has had intermittent lameness issues for a while so after talking with the trainer decided to put on some wed...
14/01/2025

This horse has had intermittent lameness issues for a while so after talking with the trainer decided to put on some wedged 3d pads with DIM underneath caudal part of the foot which resulted in a much happier horse. Onwards and upwards for him

A little help required for this foal with ALD medially. Trying an extension first and see how we go . Surgery at be requ...
10/01/2025

A little help required for this foal with ALD medially. Trying an extension first and see how we go . Surgery at be required to straighten out this limb but hopefully this will do the trick

The war with the flies continues but I think I won the battle yesterday . The best $70 I’ve ever spent
06/01/2025

The war with the flies continues but I think I won the battle yesterday . The best $70 I’ve ever spent

First foot of 2025. .. and many more ahead. Hope everyone has a great 2025 and you achieve everything you set yourself w...
02/01/2025

First foot of 2025. .. and many more ahead. Hope everyone has a great 2025 and you achieve everything you set yourself with your horses. Shoutout to Clare Hurse of Willowburn Stud and the great Carlos for modeling.

I see this a lot.. horses shod way too short. I’ve heard it so many times from other people..” my farriers shoes never c...
01/01/2025

I see this a lot.. horses shod way too short. I’ve heard it so many times from other people..” my farriers shoes never come off”,. . And u can see why is this photos but I bet he wasn’t that comfortable much less not sore and then the owner saying to me ..” he doesn’t seem to want to stretch out”..I wonder why.

13/12/2024

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