Equine Nutrition Australasia (ENA)

Equine Nutrition Australasia (ENA) A dedicated equine feedmill in manufacturing rice bran based feed.
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Rice bran is an excellent source of energy, rich in vitamins and minerals such as Niacin, Iron, Thiamin, Vitamin B-6, Potassium, Fiber, Phosphorus and Magnesium. It contains “Gamma Oryzanol”, a unique and naturally occurring “antioxidant” which helps to protect cell membranes from damage that can occur during strenuous exercise. “Gamma Oryzanol” is reported to have muscle building properties in ho

rses and other animal species. Our feeds are manufactured from stabilized rice bran using the latest steam extrusion technology, increasing feed digestibility in the horse’s small intestine and preserving nutrient value. This facility was originally accredited by AQIS (Australian Quarantine and Inspection Service) now known as DAWR (Department of Agriculture & Water Resources) in 2009 for complying with the stringent standards in its manufacturing set-up, steam extrusion process as well as quality control from raw material to its finished products. We produce wide range of feeds using premium quality Stabilized Rice Bran (SRB) blended with vitamins and minerals to fulfil every need of the horse industry. Formulated in Australia by reputable nutritionists, we bring to you top quality feeds suitable for all types of disciplines - racing, breeding, spelling and competitions. In 2008, ENA was awarded the prestigious ‘BETA International Award for Innovation’ in United Kingdom.

https://heyzine.com/flip-book/ba26248da8.htmlThanks to T&R Thompson and Redwood
01/08/2026

https://heyzine.com/flip-book/ba26248da8.html

Thanks to T&R Thompson and Redwood

For a better recovery, think pink and feed your horse Equi-Restore, our new highly palatable pink mash that promotes rehydration and recovery for training, competitions and travel.

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01/08/2026

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HorsesExplainedThanks
01/08/2026

HorsesExplained
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Most behaviour doesn't begin with disobedience. It begins with an emotional state. Confusion, uncertainty, fear, pain or frustration all shape how a horse responds. Our job is not to punish the behaviour, but to understand what created it in the first place.

- Joanna

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Mad Barn Thanks
01/08/2026

Mad Barn Thanks

Fox Run Equine Center Thanks
01/08/2026

Fox Run Equine Center Thanks

10 things you might not know about the horse’s respiratory system:

1. The horse is an obligate nasal breather. The nasal passages in the horse are separated from the oral (mouth) cavity. They do not breathe through their mouths unless they have an injury or abnormality to the soft palate.
2. At canter and gallop normal horses take one breath perfectly in time with one stride. This is referred to as respiratory-locomotor coupling. The amount of time taken to inhale is the same as the time taken to exhale.
3. The amount of air moved in and out of the lungs increases in direct proportion to how fast the horse is running. If a horse runs twice as fast, it must move twice as much air in and out.
4. When horses inhale during exercise, around 90% of the resistance (obstruction) to air movement is in the airways in the head; the nostrils, the nasal passages, and the larynx. When horses exhale, most resistance to air movement (55%) lies within the lung airways.
5. An overtight girth will affect the horse’s performance–not because of constricting the chest and preventing the lungs from expanding, but because it decreases the effectiveness of the muscles around the front of the chest and shoulder that move the forelimbs.
6. Horses breathe by expanding and contracting their chests during rest, when breathing at walk and trot, and perhaps most noticeably when blowing hard after exercise. During the canter and gallop, all air movement comes from movement of the diaphragm.
7. Horses hold their breath over jumps, breathing out when landed.
8. The amount of air moved in and out by an unfit horse at a fixed speed will be the same six months later when that horse is fully fit.
9. The pressure in the pulmonary blood vessels during galloping is four to five times higher than resting pressure. This is one of the factors that puts stress on the very thin walls of the blood vessels and leads to some of them rupturing, causing Exercise Induced Pulmonary Hemorrhage.
10. If all the airways in the lung were opened out and laid flat on the ground, they would occupy a total area equivalent to 10 tennis courts.



Fox Run Equine Center

www.foxrunequine.com

(724) 727-3481

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01/08/2026

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TheHorse.comThanks
01/08/2026

TheHorse.com
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Water and electrolytes are key to minimizing heat stress and dehydration, and continuous application of 60-78.8 F water is best for cooling.

TheHorse.com Thanks
01/08/2026

TheHorse.com Thanks

Is it harmful to spray cold water on a hot horse? Should you scrape your horse after hosing him? Two experts weigh in.

Dressage TodayThank You
01/08/2026

Dressage Today
Thank You

Four-time Paralympian Lauren Barwick shares patterns you can practice at home to improve the relationship you share with your dressage horse both in and out of the ring.

Meghan Brady Thanks
31/07/2026

Meghan Brady Thanks

Address

75-77 Jalan Industri 4/2
Gopeng
31600

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