Tune In: Schedule Released For Virtual IFAR Conference Next Month

The International Forum for the Aftercare of Racehorses (IFAR) announced today its lineup of topics and speakers for its fifth conference, which will be held as a series of four virtual sessions on 6, 13, 20, and 27 April. Each webinar will begin at 12 p.m. GMT and last approximately an hour.

The 2021 IFAR will kick off on 6 April with “Aftercare in 2021,” a session that will provide an update on IFAR's activities from Chair Di Arbuthnot and feature perspectives from Jessica Harrington, trainer (IRE); Tik Maynard, eventer (U.S.); Graham and Anita Motion, owners, Herringswell Stable (U.S.); and Nemone Routh, racing office manager, Aga Khan Studs (FR). The discussion will be moderated by international racing broadcaster Nick Luck (U.K.).

“By hosting this year's IFAR virtually, we are able to include participation from a greater range of aftercare advocates, experts, and regulators from around the world,” said Arbuthnot. “Each session that we have planned will offer listeners the opportunity to learn from our speakers, engage with them through a live Q&A, and share the best practices they have learned with their native racing jurisdictions.”

The remaining schedule of topics and speakers can be found below:

 

13 April, 2021: Aftercare for Racing Administrators and Regulators

Moderator: Caroline Searcy (AUS)

Panelists:

–       Martin Burns: General Manager, Welfare & Sustainability, New Zealand Thoroughbred Racing

–       Simon Cooper: Director, Weatherbys, General Stud Book (U.K.)

–       Dr. Anna Smet: Manager, Animal Welfare, Racing and Wagering Western Australia

 

20 April, 2021: Global Insights on Aftercare (Aftercare Providers, Equine Charities)

Moderator: Donna Brothers (U.S.)

–       Stacie Clark: Operations Consultant, Thoroughbred Aftercare Alliance (U.S.)

–       John Osborne: Director of Equine Welfare and Bloodstock, Horse Racing Ireland

–       Dr. Ignacio Pavlovsky: Veterinarian, Owner, and Breeder (ARG)

–       Lisa Coffey: Founder and Director, Racing Hearts Equine Assisted Therapy (AUS)

–       Kristin Werner: Senior Counsel, The Jockey Club (U.S.); Administrator, Thoroughbred Incentive Program

 

27 April, 2021: Aftercare for Racing Industry Participants: Owners, Breeders, and Trainers

Moderator: Francesca Cumani (U.K.)

–       Mark Fisher: Kotare Bioethics Ltd, Wellington, New Zealand

–       Dr. Eliot Forbes: Chief Executive Officer, AniMark Ltd. (AUS); member, IFAR Steering Committee

–       Tom Reilly: Chief Executive Officer, Thoroughbred Breeders Australia and Aushorse

–       Dr. Christopher Riggs: Director, Equine Welfare Research Foundation; Chief Advisor, Veterinary Science, The Hong Kong Jockey Club

 

All sessions are free, but registration is required. For more information about the conference and to register, please visit internationalracehorseaftercare.com/virtual-ifar/. Recordings of each session will be made available on the IFAR website.

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Phillips: TAA Isn’t There Just To Care For Horses, But To Protect Racing’s Future

“I take care of my own,” responded the prominent owner who declined to make a commitment of financial support to the Thoroughbred Aftercare Alliance.

In that response is a lack of understanding about the purpose of the TAA. While the “goal” of the TAA is to assure that Thoroughbreds exiting racing receive a soft landing with a new owner who promises to assume responsibility of care, thereby relieving the racing industry of its responsibility. The “purpose” of the TAA is to protect the sport of horse racing and thereby assure its future. The goal and purpose are very different things.

It makes little difference to the TAA if you believe that horses are just livestock or that horses are a revered companion animal worthy of better treatment. These are individual values, a debate about which the TAA need not engage. What is incontestable, however, is that if we want Thoroughbred horse racing to survive, all of us must commit to a broad scope of aftercare, more than just “taking care of my own.”

Racing participants understand that Thoroughbred racing is essentially a pyramid with graded stakes at the top, descending through a myriad of classes to a very broad base of claiming ranks at the lowest end of performance. While owners and breeders of every ilk aspire to the pyramid's peak, the reality is that everyone who has owned, trained or bred horses for very long has had their share of disappointments. These disappointments work through the system and generally depart the sport through these bottom claiming ranks. All know this and rely upon the broad base to hold up the value of those special horses at the top of the pyramid. Without this base the economics of the sport will not function.

It is wonderful that so many top breeders, trainers and owners have special outlets or their own field of equine pensioners that they take care of post racing. But not all Thoroughbreds are so lucky and with the mobility and breath of our sport, keeping track of a horse you bred, raced or trained is an effort. And besides, people say, isn't that someone else's responsibility once ownership of the horse was transferred?

In a perfect world, it is the transferees' responsibility, but this is not a perfect world. Those “special equines” who earn private pensioner status rely on a healthy sport with its broad base of the less talented through which they rise to earn that “special” pensioned treatment. To be clear, the TAA vigorously pursues all sectors and all levels, including the most modest of our sport, to help finance their on-the-ground partners who do the work of retraining, rehoming and sanctuary. These efforts most certainly include education and fundraising at the very base of the pyramid. But efforts at the base of the pyramid, while financially helpful, burn a lot of oxygen and are more long-term approaches at a time when the public demands immediate results.

John Phillips

This sport is a privilege. Those of us who have enjoyed its thrills and love its culture, however experienced, must do more than just “take care of our own.” We must take care of the future of the sport and if that means we must do more than our share of aftercare, then so be it. To whom much is given, much is also required.

The TAA, with an ever-increasing number of partners (the total is now estimated to be at 83) with 175 retraining, rehoming or retirement facilities, is desperately trying to defend the sport by answering the public's clear demand for a soft landing of our athletes as they exit racing competition. TAA is a well thought-out, practical and effective answer to the public's concern. Our “first exit from racing” philosophy is getting closer every year to assuring that all horses exiting racing get this soft landing from the sport.

Whether you're an owner, breeder, buyer or seller, a stallion farm or trainer, when the TAA seeks your support, keep in mind that our “purpose” is to protect the sport. And now with COVID-19 negatively impacting TAA's income, we need those who “take care of their own” for which the TAA is most appreciative, to take one further step and help the TAA take care of the sport.

John Phillips is a third-generation horseman, owner of Darby Dan Farm near Lexington, Ky., and manager of Phillips Racing Partnership. Phillips has served on a number of board positions in the racing industry and has previously been a director of the board of the Bluegrass Conservancy, Thoroughbred Club of America, and Breeders' Cup, and is currently a director of The Jockey Club Information Systems and is on TOBA's executive committee. Phillips also served two terms as a racing commissioner in Kentucky. He is the immediate past president of the Thoroughbred Aftercare Alliance and serves on its board and executive committee.

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UPenn Researchers Develop Test To Detect Gene Doping In Racehorses

Researchers at the University of Pennsylvania School of Veterinary Medicine (Penn Vet) have successfully developed a new test to systemically detect the local administration of illicit, gene doping therapies in equine athletes. The findings from the novel study, supported in part by the Pennsylvania Horse Breeders Association (PHBA) and the Pennsylvania State Horse Racing Commission, are a significant breakthrough in the collective fight to advance the welfare and integrity of sport for both horses and humans.

Unlike other small molecule pharmaceuticals, gene doping agents trigger cells to produce performance enhancing proteins. These proteins, which often are more elusive due to their virtually indistinguishable characteristics from naturally occurring proteins within the body, can make it more difficult to determine whether or not an animal or human has had gene therapy administered. Until now, that is.

Led by Mary Robinson, PhD, VMD, DACVCP, assistant professor of Veterinary Pharmacology and director of the Equine Pharmacology Laboratory at Penn Vet's New Bolton Center, the team of Penn Vet researchers have created and validated a quantitative real-time polymerase chain reaction test – commonly known as a PCR test – that is able to detect the presence of a gene doping agent in plasma and synovial fluid after its intra-articular administration in horses.

“For the first time, we have demonstrated that a PCR test performed on a blood sample can detect the local administration of a gene therapy into the joint of a horse,” said Robinson. “While this test is currently limited in that it can only detect a specific gene therapy, it provides proof of concept that a gene therapy administered into the joint can be detected in a blood sample in a manner that is quick, convenient, and consistent with our long-term goal of deploying pre-race testing someday in the future,” she added.

Not only were the Penn Vet researchers able to detect the presence of this product in equine joint fluid after gene therapy was administered intra-articularly, they were also able to detect it in blood for up to 28 days. This represents a significantly robust window of time that could be useful for pre-race as well as out of competition testing.

“The ability to detect the presence of these gene doping agents in blood after local administration to joints just magnifies the implications of this game-changing development,” said Joanne Haughan, one of the lead investigators on the study. “The science is closing in on those who seek to use these advancements for wrongful means; the more we learn with each study, the harder it will be for individuals who seek to cheat the system using gene doping strategies.”

This ongoing body of research in gene doping is being performed concurrently with Penn Vet's larger multi-tiered, multi-year project to expand upon New Bolton Center's equine BioBank. Established in 2017 using internal funds from the Raymond Firestone Trust Research Grant and expanded in 2018 with support from the PHBA, the growing database collects and analyzes multiple types of samples, looking for a myriad of potential biomarkers in equine athletes. With the goal of someday creating “biological passports,” researchers believe these biomarkers could also be key in detecting gene doping as well as predicting injuries before they happen.

“As breeders, protecting the health, safety, and well-being of our horses is a deeply profound and personal priority for our membership,” said Brian Sanfratello, Executive Secretary of the PHBA. “These scientific discoveries get us one step closer to our dream of someday keeping equine sport completely clean. We are proud to support Dr. Robinson and her team of experts as they continue to incrementally drive us closer and closer to making that dream a reality.”

With the completion of a third study on the horizon, Penn Vet's researchers seek to further expand and refine their testing methodology in order to create screening tests that would successfully identify multiple gene doping agents for even longer periods of time.

“We still have a lot of work to do to better understand the nature of bio-markers and how to fully harness their capabilities, but the science for detecting gene doping is getting there and much more quickly than any of us could have anticipated when we started this research,” added Robinson. “Ideas that once may have seemed unattainable – like a hand-held, stall-side testing device – are now coming into sight as real and tangible possibilities. We just need continued support to help get us there.”

Dr. Mary Robinson is an assistant professor of veterinary pharmacology and director of the Equine Pharmacology Laboratory at the University of Pennsylvania School of Veterinary Medicine.

Additional investigators on the study include Penn Vet's Faculty and Staff including Dr. Joanne Haughan, Dr. Zibin Jiang, Dr. Darko Stefanovski, Dr. Kyla Ortved, and fourth year Penn Vet student Ms. Kaitlyn Moss.

This study is currently supported in part by the Pennsylvania Horse Breeders Association and the Pennsylvania State Horse Racing Commission, in addition to grants from the University of Pennsylvania McCabe Fund (Ortved) and New Bolton Center's Raymond Firestone Trust Research Grant (Haughan and Robinson). Individuals or organizations who would like to support the program through a financial donation are encouraged to contact Margaret Leardi, Director of Development for New Bolton Center, at mleardi at vet. upenn.edu. 

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When It Comes To Training Horses, ‘You Get The Behavior You Reinforce, Not The One You Want’

Much has been written through the centuries about the process of training horses, much of it specific to the type of work a horse is meant to do. In a recent webinar hosted by the British organization World Horse Welfare however, experts reminded horse owners that it's critical to take into account the way horses learn and process information when setting up a training program for them, regardless of the job they're intended to do.

Dr. Gemma Pearson, veterinarian and equine behaviorist, said that horses do not learn the way we do. As a species, they have what Pearson called “limited mental capacity” which isn't to say they aren't intelligent, simply that they learn best when complex tasks or situations are broken down into very simple steps where it's clear what they're being asked. Pearson used complex dressage movements as an example. Many of them start with a horse learning two different cues from a rider's leg — speed up, or lengthen stride. It helps horses to feel the rider use different part of the leg for each request, so it's clear what's being asked. The same is true for rein cues, which can be broken down into different but related questions. As a horse's training advances, a rider can combine these clear, well-learned instructions for more complicated results.

“If we teach each response independently, and make it very obvious to the horse what it is that we want, we can then start to put different aspects of that together,” she said.

Horses benefit from clarity, where the correct answer is easy for them to get, and that often means breaking a task or problem down into small pieces, remaining patient, and rewarding the horse immediately for a correct response or even an attempt at a correct response.

From there, trainers must reinforce desired behavior properly, but it's important to think about what reinforcement actually is. Learning theory incorporates several types of reinforcement, but the two most effective with horses are positive and negative reinforcement. Positive reinforcement is the addition of something pleasant, like a treat. Negative reinforcement is the removal of something undesired as a reward, like the removal of pressure from a rider's leg after the horse begins to move forward.

Pearson pointed out that what we consider “positive” may not always be positive to the horse. Food rewards are shown to work quite well, and scratches on a typically itchy area like the withers mimic the bonding grooming that horses practice with each other. Patting a horse however, is probably slightly confusing to the horse, as it doesn't resemble any kind of communication between horses and if anything is more like a person tapping them as a signal to move. Pearson also expressed doubt that vocal praise is necessarily intuitive for horses either, as horses may pick up on tone of voice but not the specific meaning of a phrase. Negative reinforcement could include the removal of pressure from a leg or a hand, but it could also include a short break in a training session.

Horses are also very susceptible to classical conditioning, the well-known premise illustrated by Pavlov's dog. The dogs in Russian Physiologist Ivan Pavlov's experiment learned that the ringing of a bell meant food was coming, an association they drew so clearly that they began salivating when he rang the bell even when there was no food on hand. Pearson pointed out that horses can also learn to anticipate very well, and that ability comes out in all kinds of ways. Under saddle, it means a horse can gradually become more sensitive to shifts in a rider's position as they prepare to ask for a movement or transition, and will soon react to those shifts without needing the actual cue.

Of course, this level of sensitivity has its drawbacks.

“You get the behavior you reinforce, not the behavior you want,” Pearson pointed out.

Sometimes, it's not immediately clear to the person involved that they are reinforcing an undesired behavior. Pearson used the example of a horse that stretches its head up to avoid taking medication from an oral dosing syringe. The horse has created his own negative reinforcement there — raise head, syringe disappears. The training goal in that situation shouldn't be to prevent the head raise, but to make the horse want to keep the head low and tolerate the presence of the syringe. Pearson suggested a combination of positive and negative reinforcement there, by providing a treat when the horse kept his head low and remained calm, and also by placing the syringe near the horse's mouth and removing it when the horse remained still and calm.

Pearson has consulted on a number of cases of problematic behavior or training challenges through the years and finds that they usually come down to a few core problems. The most common one is undiagnosed pain, which Pearson estimated impacted 80% to 90% of the cases she has seen, and is easily missed if it's not pain resulting in a clear, asymmetrical limp. Other factors can include situational stress or mental stress in a horse's living situation that makes it difficult for the horse to focus on the training session.

“There are no bad horses,” Pearson said. “There are lots of horses where pain is causing problems, there are lots in not-great environments, and there are certainly lots of badly-trained horses.”

Watch a full replay of the webinar below.

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