CARMA’s Placement Program Thriving at Santa Anita Park

In perhaps its greatest service to both horsemen and Thoroughbreds in the California racing industry, CARMA's Placement Program has answered one of the sport's most important questions, “I can't find a new home for my retiring racehorse. What should I do?”  The idea for the program came when the organization felt it could do more to directly assist owners and trainers transitioning newly retired racehorses into the next phrase of their lives.

Having transitioned more than 380 Thoroughbreds from the track since 2013, the Placement Program is a trusted retirement method for owners and trainers who may not have the connections or resources to retire their own horses.  With its office located at Santa Anita Park, CARMA is a tangible resource and a constant presence at one of the most recognized Thoroughbred racetracks in the country.

“It has truly become industry wide effort to change the culture surrounding the importance of Thoroughbred aftercare,” said Lucinda Lovitt, CARMA's executive director. “And a big part of our success is having partners like Santa Anita Park and 1/ST Racing that support our efforts.

The Placement Program is funded by the generosity of the Santa Anita Park Aftercare Fund, which matches, dollar-for-dollar, the one-third of one percent contributions made by California racing owners thorough voluntary purse deductions.  These matching funds are generated on live races at Santa Anita Park and cover almost 80% of the program's expenses, with donations and grants making up the remaining 20%.  In 2021, the Santa Anita Aftercare Fund contributed more than $135,000 to the CARMA Placement Program.

“The Placement Program is a really personable experience for everyone involved,” said Lovitt. “And getting to know the horses as individuals is something we pride ourselves on.  Since they stay with us for an average of six months, we get a pretty good idea of their temperament and what Aftercare Charities are a good fit for them once they're ready to graduate the program.”

CARMA works closely with several layup facilities across the state who specialize in handling recently retired racehorses. Once the horses have completed the recommended rehabilitation time provided by a veterinarian, written reports on the animal's temperament and suitably are sent to CARMA's Aftercare Charity Grant Recipients, who then help find the horse a new home as an equestrian mount or companion.

“It's become a core program for CARMA, and an invaluable resource for California Horsemen” said Past-President Candace Coder-Chew, “And we could not have developed it into such a reputable service without the support of our racetrack partners.”

For additional information on CARMA's Placement Program, visit https://www.carma4horses.org/carma-placement-program or call (626) 574-6654.

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Encapsulating Stem Cells For Treating Equines With Osteoarthritis

The next exciting step in regenerative therapies has Dr. Thomas Koch, Ontario Veterinary College, and his team encapsulating stem cells to see if they can enhance the effect of treatment. Horses with osteoarthritis in their joints stand to benefit from a therapy with a slower release time. “When you encapsulate the cells within hydrogel, you can keep the cells in the joint longer, and this may lead to better treatment outcomes,” explains Koch.

In this safety study, the researchers will be comparing the effect of injecting cells alone versus encapsulated cells.

Mesenchymal Stromal Cells (MSC) have been shown to alleviate pain in mild to moderate osteoarthritis of the fetlock joint. To date, these cells have been from single donor animals. In human medicine, there is work suggesting that combining cells from multiple donors produces a better product with more predictable functionality.

Equine researchers are comparing stem cells collected from just one donor to cells obtained from many. “In order to have a more standardized product, there may be advantages to pooling cells from multiple donors,” says Koch, who added that a student in his lab, Olivia Lee, recently published a paper on this topic.

In the past year, Koch and his commercial partner, Likarda, LLC (Kansas City) have been optimizing a method for freezing down the encapsulated cells. “Having a frozen product will be much more useful to veterinarians,” says Koch. Stored right at the clinics they would be readily available for use after thawing. Freezing encapsulated cells has been a new and challenging venture with the goal of having a treatment ready to inject as soon as it is needed.

The next step in the project is to inject cells into joints in vivo and then monitor if there are any significant reactions comparing saline to unencapsulated and encapsulated cells.

“This research has been more than 10 years in the works, and we are very grateful for the support from Equine Guelph and its partners to allow us to pursue these studies,” says Koch. “We are getting to the point where we will be working with live horses; getting closer and closer to clinical application of these technologies, which is very exciting.”

Read more here.

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KTA, TOBA Contribute $25,000 To Catastrophic Injury Study

The Kentucky Thoroughbred Association and Thoroughbred Owners and Breeders Association are jointly funding a $25,000 grant directed to a catastrophic injury study conducted at the University of Kentucky Gluck Equine Research Center. 

The study will seek to identify horses at risk for catastrophic injury through the use of mRNA expression analysis of  blood samples. Drs. Allen Page, Emma Adam and David Horohov of the Gluck Center previously developed an approach for identifying horses at risk for catastrophic injury through the use of mRNA expression analysis of blood samples.

It was recently demonstrated that horses with catastrophic injuries have significantly altered expression of IGF-1, IL1RN,  and MMP2 when compared to non-injured control horses. Based on all the data and research to date, it is believed that Thoroughbreds which experience a catastrophic injury during racing will demonstrate multiple pre-race differences in mRNA expression when compared with non-injured, race-matched control horses. 

“Allen's research should provide our Thoroughbred racehorse owners and their trainers and veterinarians a critical and valuable diagnostic tool in ensuring the health of their horses,” said Chauncey Morris, executive director of the Kentucky  Thoroughbred Association. “Collective industry research on novel scientific methods looking for internal and external variables in order to reduce catastrophic injury is a step in the right direction.” 

“TOBA and KTA are both committed to the health and safety of our Thoroughbred athletes, and we are encouraged by the progress being made by Dr. Page and his colleagues,” said Dan Metzger, president of TOBA. “If successful, the CI Study will have a lasting and far-reaching influence on our sport.” 

The Kentucky Thoroughbred Association and Kentucky Thoroughbred Owners & Breeders, Inc. are a horseman's  group and a trade association representing Thoroughbred breeding and racing in Kentucky. Kentucky is the biggest  producer of Thoroughbred foals in the world, responsible for 38% of the US foal crop, the largest concentration of  stallions, veterinary practices and breeding farms, and is home to the largest yearling and breeding stock sales, premier  race meetings at Keeneland, Kentucky Downs and the Kentucky Derby at Churchill Downs, and year-round racing at  Turfway Park and Ellis Park. 

The Thoroughbred Owners & Breeders Association (TOBA), based in Lexington, Ky., was formed in 1961 and is a  national trade organization of leading Thoroughbred owners and breeders. TOBA's mission is to improve the economics,  integrity and pleasure of the sport on behalf of Thoroughbred owners and breeders. Projects managed by TOBA include  the American Graded Stakes Committee, Claiming Crown, Ownership Seminars, Breeding, Conformation & Pedigree  Clinics, US-Bred, TOBA Owners Concierge, OwnerView and the Sales Integrity Program. TOBA provides international  representation for U.S. owners and breeders on the International Grading and Race Planning Advisory Committee,  International Cataloguing Standards Committee and International Thoroughbred Breeders Federation. Thoroughbred  Charities of America (TCA) is the charitable arm of TOBA. TOBA Media Properties, a subsidiary of TOBA, is the co owner of BloodHorse LLC. TOBA is represented on the board of directors of the National Thoroughbred Racing  Association and the Racing Medication and Testing Consortium as founding members. 

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Ramey: What Do All Those Hoof Dressings Actually Do, Anyway?

One question that seems to come up fairly often during the course of my practice is, “Which hoof dressing do you recommend?”  I wish I had a good answer to that. It's a hard question to answer anyway. A Google search of “Horse hoof dressing” shows 21 pictures of products on the first page, and a total of 10 pages of options, so it appears that it'd be kind of hard to try all of them over the mere course of a human lifetime.

But if it's a given that many horses don't have good quality hooves – you know, brittle, shelly, cracking, thin walls, and such – and that there are almost as many hoof dressing products as there are stars and that horse owners understandably want to make sure that their horses' hooves are in the best shape possible, I thought it might be fun to try to sort through the surprisingly sparse literature pertaining to hoof dressings and see if we could come up with a least a couple of reasonable conclusions.

BEFORE WE GET STARTED:  I won't be recommending any specific product.  If you have a favorite, I'd suggest you keep using it, at least use it until another product becomes your favorite product.

Let's start with a basic question.

WHAT IS HOOF?

Before you can do anything to something, you have to understand what the something is, right? There have been a good number of microscopic studies of the horse's hoof. They're very interesting and all – here's a fairly recent one if you're really interested in such things.

Hoof is basically the same sort of tissue (a protein called keratin) as are the outer layers of your skin, and particularly your fingernail or toenail. It's quite different from human nails, however, in that the tissue of the horse's hoof is arranged in both layers and tubes – human nails are more of a plate. The unique structure of the horse's hoof allows the horse to support his tremendous weight, which, of course, is not part of the function of your nails. The tubular structures of the horse are thought to have the main mechanical role in allowing the horse to trot, canter, piaffe, gallop, and walk (and rack and any other gait you want to add, as well). Oh, hooves give the horse something to stand on, too.

That's all well and good, but the biggest thing that you have to understand about hoof tissue – insofar as hoof dressings go – is that it's dead. Now I don't know what sort of luck you've ever had resurrecting dead things, but mine has been pretty dismal. Still, that's a pretty important fact to keep in mind when it comes to evaluating the claims made for various hoof dressings. You can't make dead come back to life. But you still may be able to do something.  Emphasis on the “may.”

WHAT'S IN A HOOF DRESSING?

A lot, depending on the dressing. But, fundamentally, not all that much. Hoof dressings generally contain one of three things, with a bunch of other stuff tossed in to appeal to… someone. That said, you can be pretty sure that any hoof dressing will contain one of three things:

  1. Petroleum oil derivatives – These might include neatsfoot and/or cod liver oil, pine tar (think: “sticky”), petroleum compounds, and/or turpentine. Vaseline® is petroleum based. I once had a client that painted his top show hunter's horses hooves with used motor oil (I'm not recommending this, however, as far as I could tell, the horses did fine).
  2. Lanolin-based products – Lanolin is a wax secreted by wool-bearing animals. Some wags call it “sheep grease.”  Lanolin products aren't oily – they're more like hand lotion. Lanolin-based products have things in them such as lanolin (hence, the name), lactates, stearates, alcohols, and glycerin.
  3. Drying agent – Hoof dressings with drying agents in them are made with ingredients such as acetone, which is a primary ingredient in nail polish remover. In my experience, most people don't use drying agents routinely on their horses' hooves, probably because most people don't think that trying to dry out a horse's hoof is a good idea (and it's probably not).

WHAT IS A HOOF DRESSING SUPPOSED TO DO?

Well, let's see …  all you have to do is read the labels!  Critically, of course.

“…. retards split hooves and quarter cracks. Helps create healthy feet with regular use. Shines up hooves.”

A QUESTION:  Have you ever called your veterinarian because of concerns about the shininess of your horse's hooves?  I think it would be sort of like going to the mechanic because your car is dirty.

“…. helps prevent brittle, cracked hoof walls. This effective, long-term hoof conditioner that allows hooves to breathe.”

AN OBSERVATION:  Breathing through the skin (cutaneous respiration) occurs in a surprising number of organisms, including some insects, amphibians, fish, sea snakes, mudskippers, and turtles. Hooves, as previously noted, are dead. They don't breathe.

“Maintains optimum hoof condition and aids re-structuring & growth of the hoof. Application by hand stimulates keratin producing cells.”

YOU CAN'T USE A BRUSH?  Keratin-producing cells are in the horse's coronary band, not the hoof. Just sayin'.

“With daily use, XXX promotes growth of the outer aspect of the hoof, giving new hoof growth extra time to form without being exposed to harsh elements.”

NOW WAIT A SECOND: Hoof growth occurs at a fairly steady rate from the horse's coronary band, “elements” notwithstanding. And what about the “inner” aspect?

“,,,provides intense hydration for the hooves. The butyrospermum and fatty acids in its formula have very potent nourishing qualities. This action is further boosted by helianthus annuus seed oil, which provides emollient, nourishing, and renewing properties and and provides hooves with the ingredients they need to allow them to renew fully.”

THAT DEAD THING:  Renewing and renourishing probably work best when the target tissue isn't already dead. If you didn't know (I didn't), butyrospermum is a vegetable oil sold as shea butter and helianthus annuus seed oil is plain old sunflower seed oil, most commonly used to fry foods. Why can't we just say that?

“…the first hoof formula to include hyaluronic acid (HA) and MSM.”

OH DEAR: Adding extra stuff to something that you put on dead tissue still doesn't fix the underlying dead problem.

I could go on.  But I think you see the point. Lots of stuff on hoof dressing labels sounds good. But the key question is, “Do they do any good?”

HOW IS A HOOF DRESSING SUPPOSED TO DO WHAT IT IS SUPPOSED TO DO?

Hoof tissue is affected by the moisture content of the ground on which it walks (… trots, or canters). That's even been demonstrated in good scientific studies, but maybe not as much as you think. It's mostly the shape of the hoof that's affected by the ground. In wild Australian horses, the hardness of the ground and the distance horses have to travel have an effect on the shape of the foot. Harder ground and longer travel distances are associated with short hoof walls and minimal hoof wall flaring. Softer ground and moderate travel distances are associated with long flared walls, similar to that of typical untrimmed feet of domestic horses Hoof shape is also affected by exercise. It's also affected by genetics.

TAKEAWAY NUMBER ONE – Hoof dressings are not going to change the shape of your horse's feet.

As important as the ground is, the curious thing is that the ground itself doesn't seem to have much to do with the amount of moisture in the hoof wall. Whether horses live in wet or dry environments, their hooves seem to have about the same amount of moisture.

TAKEAWAY NUMBER TWO:  You're not going to do much to change the amount of moisture in your horse's hooves.

“But what about if you soak it in water?” you say (having been told to do this by many authority figures, but not necessarily how to get your horse to cooperate).

Hoof acts very much like your skin when you soak either one in the water. When left in a bathtub for a while – presumably with you in it – your skin gets all wrinkly from absorbing water into the outer layers. When it dries, all of the water evaporates.  Scientific American did a great, quick article about what happens with water and your skin:  it's a pretty directly comparable to what goes on in hoof.

ANY BOTTOM LINES?

Well, yes, actually.

About the only thing that a hoof dressing can realistically do is affect the rate of moisture loss from the dead hoof tissue.  And, in one study, done in the 1990's, and presented to the American Association of Equine Practitioners, petroleum-based hoof dressings ointments slowed evaporation more than lanolin-based dressings. So, you can look for that, but how important it is, is really anyone's guess.

Under any circumstances, since hoof is dead, putting stuff like MSM, or vitamins, or hyaluronic acid into hoof ointments really doesn't make a lot of sense. It might make someone some extra money, but it doesn't make a lot of sense.

Even so, if you think that your horse's feet have some sort of a problem that makes you want to run out and invest in a particular hoof dressing, you might want to consider looking elsewhere, for things such as a problem with diet, an inappropriate shoeing schedule, genetics (which you can't fix), excessive toe length, or exercise frequency and intensity. Otherwise stated, if you think your horse has the kind of foot that has a problem that a hoof dressing can fix, it's likely that something else is going on.

Lastly, if you think you've found a hoof dressing that solves all of your horse's hoof problems, stick with it. I would never try to convince you otherwise. I haven't found a cure-all yet. But it's only been 37 years since I started practicing and I still haven't gotten to most of the available products.

Dr. David Ramey is a vocal advocate for the application of science to medicine, and—as such—for the welfare of the horse. Thus, he has been a frequent critic of practices that lack good science, such as the diverse therapies collectively known as “alternative” medicine, needless nutritional supplementation, or conventional therapies that lack scientific support.

This article original appeared on Dr. Ramey's website, doctorramey.com and is reprinted here with permission.

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