Thanks To Team Effort, OTTB Beats The Odds Against Two Serious Fractures

One morning at Saratoga last summer, a 2-year-old colt lost his rider on the way to the track. After a jaunt around the barn area, he was caught and apparently seemed none the worse for wear, so the pair of them continued on with the work that had been planned for them by the colt's trainer. Both came back to the barn, and for a while, all seemed well. It was until late morning the staff began suspecting something was wrong.

“With some fractures, horses can be sound immediately after they fracture – it's when the adrenaline calms down and they cool out that they can be lame at the walk,” said Dr. Luis Castro of Tiegland, Franklin and Brokken. “We've seen horses come back from racing, even win, and cool out and become lame.”

(Castro requested we keep the trainer and the horse's Jockey Club registered name confidential.)

Dr. April Downey, a fellow veterinarian at Teigland, Franklin and Brokken, was called to take a look at the horse. She noticed a lameness in one leg – the other seemed a little abnormal, but not worrisome – and suggested a set of radiographs. Even she wasn't prepared for what she saw in the films.

“The horse had two medial condylar fractures that were spiraling up the leg – left and right front,” said Castro. “I've been doing this a while and I can't remember ever seeing that, to be honest. Condylar fractures are pretty common; medial condylar fractures are less common but not unusual. To see both [legs] at the same time is very unusual.”

“The spiraling fractures that happen medially are in danger of breaking apart pretty easily. They end up going all the way up to the knee and just kind of unraveling. The lateral condylar fractures really don't do that, and that's the one you see more commonly.”

'Medial' refers to the inside of the leg, meaning the horse's fractures started around the ankles and traveled up the insides of each front leg. Spiral fractures are so named because they're the result of a twisting force or impact. In this horse's case, the spiral fractures travelled up the center of the bony column of the cannon bone.

At the time, Castro said he would have given the horse less than a 50 percent chance of survival. The fact the horse had fractures in both legs that could easily worsen was one problem. The horse would have be moved to an equine hospital in order to undergo surgery, inviting more risk. Then there was the risk involved in that surgery – these fractures do best with a plate and sometimes as many as eight screws, but unlike other types of fractures, the biomechanics of the leg can mean the fractures are at risk for further separating if the horse were to take an awkward step when recovering from anesthesia. Then there would be a long recovery with a lot of stall rest, with no room for a misplaced hop of enthusiasm from the young horse.

It wasn't one mountain, but an entire range he would need to get over to survive.

The horse's owner looked at the odds and the expense and wasn't convinced, requesting the horse be euthanized. Castro said he hesitated.

“This horse was kind and he was quiet,” he said. “The best thing about the entire story is that he was the perfect patient. He took care of himself and knew what was going on. I was trying not to euthanize the horse and to give him a chance.”

With very little time to figure out a solution, Castro bought the horse for $1 and a promise not to race him. It was not Castro's habit to buy patients in need, and now he had to figure out what to do with his new horse. He got on the phone and started calling anyone he knew in the area – veterinarians, horsemen – who may be able to help.

In an ideal world, he knew the horse could have undergone a procedure to insert a plate, followed by a pool recovery. A water recovery allows a horse to recover from anesthesia in a weightless state, ensuring they are completely awake before they get back on their feet. Not only was that program expensive, the closest one was at the University of Pennsylvania's New Bolton Center, a five-hour drive away.

Castro reached Dr. Patty Hogan of nearby Hogan Equine, who suggested it may be better to stay close to home and undertake a less complex procedure. Hogan connected Castro with Dr. Katie Dern at Rood and Riddle's Saratoga division and suggested they think about a different type of surgery which could be done standing – meaning, the horse could be heavily sedated and locally anesthetized but not fully unconscious. Dern was game to try what was called a “salvage procedure.”

Rather than inserting a large plate into each leg to stabilize it, the theory was a couple of screws at the base of each cannon bone, combined with a special type of cast up to the knee, could keep everything in place while the top part of the fracture healed.

It was new territory for both Dern and Castro, but they agreed it was the horse's best chance. Castro remembers holding his breath all through the drive from the barn to the clinic and through the procedure.

“It was a bit of a hair-raising situation,” said Castro. “They walk the horse from the stall to the exam room. Dr. Dern is on her knees in front of this tranquilized, blocked horse and she drilled two screws in each leg and he stood there like a champ. Did not move an inch.”

But that didn't mean he was out of the woods yet. Castro knew recovery was contingent on a lot of “ifs.”

“If the two screws hold, if the horse is a calm patient, if no complications occur, you have to put a cast that you cut into a clam shell. You have to create a system where you basically change the bandage underneath and tape it back together, and he's got to stay calm through the whole thing. Oh, and he's got two of them.”

Initial bandage changes went well, and it became clear the horse was ready to leave the hospital, but he also still needed intensive care from the veterinarian team. It made sense to have him back at the track, where Castro and his colleagues could easily check on him frequently, but all horses on the property had to be affiliated with a licensed trainer. Castro again got on the phone and found himself calling longtime client Chad Brown.

“I told one of my clients, Chad Brown, the story and he said, 'Just put him in one of my stalls,'” said Castro. “Chad gave us a stall, a groom, feed, bedding and never batted an eye.”

The veterinary team popped by to check on the horse four or five times a day. Every three days, the team gave him a dose of sedative and walked him carefully to the wash rack for his casts to be untapped, dressings changed, and reattached with self-sticking bandage. And every time, he walked gingerly, quietly, and as if he really had no idea what all the fuss was about.

“Looking back on it, we probably needed [the sedative] more than he did,” joked Castro. “We kept thinking, 'If this horse gets loose, it's all over.' The only thing that wasn't worried was the horse.”

The colt laid down during the day, which Castro was comfortable with since unlike an anesthesia recovery, he could get up with his full sense of balance and alertness.

Gryffin in his new home. Photo courtesy Dr. Luis Castro

It took months of those bandage changes, first at the track and later at Three Ponds Farm in nearby Mechanicville, N.Y. To Castro's amazement, the horse's temper held and his bones slowly healed. When it came time to rehome him, the horse didn't have to look far for his new owner. Paige Montanye, assistant to Castro, had fallen in love with the patient colt and adopted him, renamed him Gryffin, and sent him to Legacy Horse Company in Wyoming, where he now spends his days with a herd of others cantering through open country. Castro said Montanye hasn't yet decided what his future will hold, but it's a bright one.

“This is the crazy thing—that horse is completely sound, and the radiographs are completely normal,” he said. “He doesn't have any arthritic changes in the films that I saw. As far as I'm concerned, he can do anything he wants. Ironically, he could even race, but we have no intention of racing him. He's not just a 'pasture pet' anymore.”

Gryffin's case is one of Castro's most improbable recovery stories in nearly 30 years of practice – and a good reminder that sometimes all a horse needs is a chance.

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American Farrier’s Association And Farrier Industry Association Join Forces

The Boards of Directors of the American Farrier's Association [AFA] and Farrier Industry Association [FIA] are proud to announce a joint management agreement that will bring the two associations together under one roof. This agreement, which is designed to provide increased synergies between AFA members and the manufacturers, distributors and suppliers that support them, was signed by the Presidents of both organizations on June 16, 2020.

“This is a very exciting time for both associations, and we have some plans that we are sure will bring the manufacturing and vendor side of the industry closer to our AFA members.  A lot of work has gone into this merger and we hope you will join us in our excitement,” said Jon Johnson, CJF, AFA President.

Although the brands and identities of the AFA and the FIA will remain unchanged, the two associations will be jointly managed to provide enhanced benefits, streamlined communications and increased education for the betterment of both groups. “We truly believe that both associations will grow, thrive and continue the positive momentum that they have already established under this agreement”, said Executive Director, Martha Jones. “I can't wait to see what we can accomplish together.”

The two associations will continue working together on the AFA annual convention, as well as on additional projects to align the organizations and provide increased benefits for their members.

“We certainly see this as groundbreaking,” said FIA President, Chuck Milne. “In fact, bringing the industry and farriers closer together is something we have all wanted to see for quite some time. I believe this agreement will directly benefit our organizations both individually and collectively, as well,” he said.

Representing professional farriers, veterinarians, suppliers and horse owners, the American Farrier's Association is the oldest and largest membership organization for the farrier industry in North America, and the only one with internationally recognized standards of competency through our certification programs. Setting the standard for excellence in hoof care, the AFA provides professional development, certification, leadership, and resources for the benefit of the farrier industry and the welfare of the horse. Learn more here.

The organization of the MarketPlace at the AFA Convention is just one facet of this vibrant and multi-dimensional organization. The FIA membership is made up of suppliers, manufacturers, and service providers of farrier-related products from around the world. If it is important to our members' businesses, it is important to the FIA. We are committed to helping our members grow their businesses with networking, education, marketing and outreach through our Business Conference, newsletter, membership directory, website and much more. Learn more here.

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Just Breathe: Analyzing Horse Breath May Help ID Equine Asthma

Equine airway disease can be tricky to diagnose; analyzing the horse's breath may help identify horses affected by the disease. A study out of Italy collected equine breath condensate and studied its metabolic byproducts to see if there was a difference between healthy horses and those suffering from the disease.

Drs. Marilena Bazzano, Luca Laghi, Chenglin Zhu, Gian Enrico Magi, Beniamino Tesei and Fulvio Laus studied six healthy horses and six horses with equine asthma. Equine asthma affects about 14 percent of adult horses; affected equine can be used as animal models for human asthma research and treatment.

The team then studied the metabolic byproducts in bronchoalveolar lavage fluid and the exhaled condensate of each horse. The team found 12 metabolites in the lavage fluid and seven in the breath condensate. There were notable differences between the healthy and asthmatic horses, including higher levels of methanol and ethanol in the asthmatic group. The higher methanol level indicates the horse's lungs were actively inflamed. The scientists believe the higher ethanol concentrations may be related to pulmonary disease.

The researchers noted that there is a lack of standardized collection methods for equine breath condensate, as well devices to collect it, which limits the ability for horses to be used as animal models for human research. Though the study used a small number of horses, the scientists are confident that analyzing metabolites has potential to assist in diagnosing horses that suffer from equine asthma. Further research is needed.

Read more at HorseTalk.

Read the full study here.

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Does Light Color Affect A Horse’s Willingness To Load On A Trailer?

Loading horses into a trailer can be stressful, especially if they are walking from a brightly lit area into a dark horse trailer. New research out of France indicates that specific trailer lights, at the correct brightness, can ease the transition from light to dark, reports The Horse.

The equine eye takes a significant amount of time to adjust to changes in light, reports The Horse. To help determine if lighting affected horse's willingness to load, Dr. Claire Neveux, an equine behavior consultant and researcher with Ethonova, equipped trailers with LED lights of varying brightness. Researchers were able to adjust the whitness as well as the intensity of the light the bulbs emitted.

The scientists used 22 2- and 3-year-old French Trotting horses that were in race training; the horses had not traveled on a trailer since they were foals. The horses were asked to load into a two-horse, straight-load trailer in three different lighting conditions, all of which completely illuminated the interior of the trailer. The horses were also loaded in natural light. Twenty days elapsed between each test and common loading techniques were used, including halter pressure, food rewards for advancement and hindquarter pressure.

The scientists determined that horses had the lowest heart rate and showed the fewest negative responses when they loaded into a trailer lit to 4500 K and 50 percent flux. They loaded more readily and they exhibited less stress behaviors when the inside of the trailer was lighter. While inside the trailer, the horse's heartrates dropped fastest when the horses had lights that were more yellow or blue.

The study teams notes that additional research could show how lighting affects equine stress levels and welfare in housing, performance and hospital settings.

Read more at The Horse.

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