The act of giving birth is a miracle in and of itself.

But Mother Nature now and again promises a shock and if we’re lucky, it’s a first-class shock.

And here’s a perfectly heartwarming example:

A mom horse named Emma defied all the odds and delivered a borderline not possible miracle this previous week.



What is extraordinarily uncommon, however, is for each embryos to survive. Twin foals are immensely rare.

So rare, in fact, that vets say a twin horse’s odds of survival are a disheartening 10,000 to 1.

Sometimes, vets will even perform an abortion in the later levels of pregnancy.

But someone forgot to inform Emma about all this, who lay down to supply start and now not long after, she grew to become an internet phenomenon.

The twins, named Will and Grace, are inexact health and must lead long and pleased lives, which is an exceptional miracle!

Said Nicola Jarvis, senior veterinary medical professional at a UK horse sanctuary:

''Although mares pretty frequently conceive twins, it is uncommon that both embryos survive.
If you have two foals, they are vying for space and the probabilities of them coming out alive and well are slim.''

And as you would possibly expect, the owner was startled at this flip of events, as he surely had no thinking the mare was once pregnant with twins.

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So how do owners know whether a horse is developing a respiratory condition linked to air quality in the barn? And how do they rule out conditions like pneumonia that are caused by more severe diseases?

The two major respiratory conditions that are usually linked to air quality are heaves and inflammatory airway disease, or IAD. These diseases are not accompanied by fever or a productive cough so those signs would indicate a problem beyond an air quality issue.

“Heaves, which is similar to asthma in people, generally affects older horses, while IAD can be seen in younger horses,” added Lascola.

Horses with heaves will also show signs at rest, such as nasal flaring and labored breathing. Like asthma, heaves can be seasonally recurrent, whereas horses with IAD usually cough only while exercising. Horses with IAD also usually have longer recovery times after exercise and can seem winded.

“At present, there aren’t good studies associating specific breeds with each of these conditions,” says Lascola, “but we tend to pick up IAD in young racehorses because they are being exercised so much and conditioned so carefully.”

Diagnostic tests for heaves and IAD can be done either in a hospital or on the farm. A bronchoalveolar lavage is a procedure in which a thin tube is passed into the horse’s lungs to collect a fluid sample containing lung cells for analysis. This procedure can be performed on the farm within a couple of hours. Other diagnostics, such as imaging of the lungs and pulmonary function testing, need to be performed in a hospital but are fairly short procedures as well. Pulmonary function tests are used to monitor the condition of horses that have already been diagnosed with conditions such as heaves and IAD.

In general, the same environmental changes are recommended to address both heaves and IAD.

“Cutting down on dust in the air or turning horses out while cleaning the barn can make a huge difference for horses with respiratory conditions,” says Lascola. She also recommends soaking hay to make it less dusty.

For horses in the Midwest or residing around fields farmers use to produce crops, Lascola suggests keeping them indoors during the most active periods of harvesting, especially if the pastures are close to farms and the horses’ respiratory signs worsen during these times.

Things as simple as the construction and layout of the barn itself can change air quality dramatically.

“Everything from the positioning of the doors and windows, which can create drafts or impede them, to the location of the hayloft doors in relation to a particular horse’s stall can affect the quality of air a horse breathes,” says Lascola.

When the horse is kept at a boarding facility, implementing environmental changes requires cooperation of the staff there.

“Communication is key,” she says. It is important to make sure that changes owners and veterinarians have requested are implemented by all barn hands and workers on the property.

“The most important aspect of monitoring and controlling air quality is working with the horse’s primary veterinarian and the owners as a team,” says Lascola. “We always want to try environmental modifications before we jump to drug treatments because often horses with heaves and IAD can be managed by just changing their surroundings which is both less expensive and less time to consume for the owner.”

Bronchodilators and steroids like those used to treat human asthma can also be prescribed for horses that do not respond to management alone. Bronchodilators should be used primarily as a rescue therapy when the horse is showing signs of more labored breathing, while steroids are used to treat the underlying inflammation in the lung. These medications can be administered orally or with intramuscular or intravenous injections and are also available as inhalers. Horses tolerate these treatments very well but, given their cost, especially for inhaled medications, addressing environmental changes is the best first step.

All of the recommended measures are designed to improve the horse’s quality of life. While some horses will need medication in addition to environmental changes, the key is to figure out which interventions are working, and keep up with them over the long term so that the horses’ breathing troubles do not return.