Wednesday, December 19, 2012
Is it really you??
Year end work at the farm is typically pretty crazy. There are a lot of loose ends to tie up with paperwork, and on top of the paperwork we have a bunch of horses to take care of. This time of year in our part of the country is kind of tough on the horses because of big swings in temperature and the amount of moisture that we get, so the normal workload is amplified to make sure all of our horses are happy and comfortable! Most businesses slow down or take a break for the next couple of weeks, but for us it is just business as usual- research projects to work on and horses to take care of. Because we run full staff on holidays we try to make the most of the holiday season by having a little fun here and there. In the picture above, Santa (aka Chubby) is visiting Charlotte (one of our weanlings). He brought her all kinds of good stuff including some Ultium Growth and Nicker Makers. Chubby is a 16 year old quarter horse that does treadmill and palatability work for us. Charlotte is also a quarter horse that has been doing some growth and development work for us by eating Ultium Growth while we measure the rate at which she is growing. Every horse here has a job, whether it is growing young horses, or older horses. They all help us understand more every day about how to make products that can make a difference for you and your horse. So from all of us here at the farm, Happy Holidays!
Friday, December 14, 2012
AAEP 2012
Wednesday, December 12, 2012
Common Causes of Poor Body Condition and Performance
Is my horse properly taking in, chewing and swallowing both forage and feed? – By observing your horse while eating hay, grass and feed, you may find that while he is taking in food he may not be actually chewing and/or swallowing it – this is especially common in older horses with poor dentition that may be quidding forages or dropping feed. The horse appears to be eating well, but in actuality the forage or feed is actually balling up in the cheeks and then being spit out by the horse.
Is the forage high quality and available in sufficient quantities? – It is not uncommon to find that hay and pasture that appear to be of good quality are actually poorly digestible or low in certain nutrients. By having your hay and pasture grass tested you can assess the nutrient content and digestibility of your forage source. Additionally, most people feed hay by the flake and do not weigh it. There is a lot of variability in the weight of a flake of hay that can be dependent on hay type and the way it was baled. Weighing hay is a good way of determining that you are feeding enough. While it is not possible to weigh the grass your horse is taking in while grazing, careful inspection of pastures to ensure that there is an adequate quantity of edible grass present is a good idea.
Am I feeding the right type of concentrate for my horses’ lifestage and lifestyle?- Horses in different stages of life and with different levels of activity will have different nutrient and caloric requirements. Choosing a feed to fit your horses’ lifestage and lifestyle will help to ensure that those requirements are being met
Am I feeding enough of the right type of feed? Since most people feed by the “scoop” rather than by weight, if is often easy to overestimate the amount of feed you are providing. Weighing out your feed will help. Additionally, be sure to consult the feeding directions on the back of the bag. Most feeds are formulated in such a way that a minimum feeding rate is required to provide for the nutrient and calorie requirements of a particular weight, lifestage and lifestyle. For example, you may be feeding your horse 5 year old 1000 lb. horse in light work one scoop of Strategy twice a day but he is losing weight. You decide to weigh out one scoop of Strategy and find that your scoop holds one pound of Strategy, therefore you have been feeding 2 lb./day total. Strategy is formulated to be fed at a minimum rate of 3-4 lb/day to an adult 1000 lb horse in light work in order to provide that basic nutrients and calories a horse of that description requires. So even though you thought you were providing an adequate amount of feed, it turns out that based on weight, you weren’t and you need to increase the volume fed.
If it is determined that your horses nutritional program is adequate to provide for it’s needs, the next step is determining if your parasite control program is effective. New discoveries of parasite resistance and the high prevalence of parasites not routinely detected in fecal examinations (such as tapeworms and encysted small strongyles) have now made it imperative to consult with your veterinarian to determine if the measures you are taking to control parasites in your horse are appropriate and effective.
Once you have ruled out nutritional deficiencies and parasite issues, it is time to begin exploring the possibility that a medical issue may be the source of your horses’ poor body condition or performance. One of the most common manifestations of health problems in horses is poor feed consumption and weight loss. Trying to discover the ultimate cause for this can be a long and costly endeavor for horse owners, and very frustrating for veterinarians. The following outline covers some of the more common medical causes of poor intake and weight loss. This outline is by no means all-encompassing, but it at least can offer a place to start.
I. Medication – many medications, particularly nonsteroidal anti-inflammatory drugs (NSAIDs) and antibiotics can induce adverse effects on the gastrointestinal tract and other organ systems.
A. NSAID’s – drugs in this category include: Bute (phenylbutazone), flunixin megulmine (Banamine), ketoprofen (Ketofen), naproxen (Equiproxen), firocoxib (Equioxx). These drugs are often used in combination, particularly in athletic horses, for musculoskeletal inflammation and pain.
Problems encountered when using these drugs include: overdosing, chronic usage, multi-drug interactions, and hypersensitivity in certain horses (especially to Bute). These drugs can produce oral, esophageal gastric, and colonic ulcers. They can also produce kidney damage and liver toxicity – All of which can manifest in poor appetite and weight loss. Clinical signs associated with adverse effects to these drugs include: weight loss, diarrhea, inappetance, colic, poor hair coat/hoof quality, anemia, low protein (hypoproteinemia).
B. Antibiotic therapy – antibiotics are used to treat a wide range of bacterial infections. Commonly used antibiotics in adult horses include: penicillin, trimethoprim/sulfa, metronidazole, ceftiofur (Naxcel, Excede), enrofloxacin (Baytril), gentamicin. Adverse effects can include allergic reactions, diarrhea, renal damage and liver toxicity – All of these reactions can result in inappetance and weight loss.
Certain antibiotics, including trimethoprim/sulfa and penicillin, have been more commonly associated with diarrhea in horses. However, it should be noted that any antibiotic has the potential to induce an adverse effect. Diarrhea is thought to be induced by a disruption of the normal gut microflora due to the antibiotics’ action on the bacterial population of the gut.
II. Medical Conditions – there are numerous medical conditions that can result in poor feed intake and utilization. Below are some of the more commonly seen conditions.
A. Oral/dental conditions – oral ulcers, oral defects (parrot mouth, missing incisors), jaw injuries, wave mouth, dental hooks and points, retained caps and missing molars can all affect chewing and grinding which is essential to proper feed utilization in the gut. Additionally, injuries or neurological conditions can affect the lips, tongue and cheeks making it difficult for the horse to pick up feed and chew it adequately.
B. Esophageal abnormalities – tumors, ulcers, erosions, strictures (particularly those associated with prior episodes of choke) and neurological abnormalities affecting swallowing and peristalsis (passage of feed down the esophagus and into the stomach) can all affect feed consumption.
C. Gastric issues – ulcers, cancer, and delayed gastric emptying can greatly affect appetite and intake amounts leading to weight loss.
D. Small intestinal abnormalities – can lead to maldigestion and malabsorption of nutrients preventing the horse from effectively utilizing what he is eating. These conditions may be infectious or inflammatory in origin, or due to cancers such as lymphoma. Many of these conditions are chronic.
E. Colitis- this is a very broad term for inflammation of the large intestine. Colitis can be caused by many different things, and usually results in at least some degree of diarrhea and protein loss into the gut. This category can be broken down into different classes of causes: Infectious – Salmonella, Clostridium sp., Lawsonia intracellularis, Neorickettsia risticii (Potomac Horse Fever); Parasitic – Strongylosis, bots, cyathostomiasis (encysted small strongyles); Toxic- NSAID’s, antibiotics, cantharidin (blister beetle) toxicosis, arsenic poisoning; Miscellaneous – carbohydrate overload, sand enteropathy.
F. Colic – horses who have undergone severe episodes of colic and/or colic surgery commonly experience restricted access to feed, inappetance (sometimes prolonged), poor gut motility, poor absorption, and fragile bowel tissues all while faced with an increased energy demand due to the healing process. Lack of intake in the presence of increased energy demand can result in very rapid and, often profound, weight loss.
G. Age – aging horses can experience many problems that can result in poor intake and weight loss including (but not limited to): Cushing’s syndrome (PPID), diarrhea due to poor water absorption in the large colon, dental issues such as tooth loss and wave mouth, decreased saliva production leading to difficulty swallowing and poor digestion of feed, pain associated with arthritis, chronic diseases of the kidneys and liver, and loss of nutrient absorptive capacity in the small and large intestine.
H. Respiratory diseases – long-term respiratory diseases such as pleuropneumonia and recurrent airway obstruction (RAO, heaves) greatly increase a horse’s calorie needs (due to increased work of breathing and high inflammatory states) while at the same time often suppressing appetite. Additionally with RAO, dietary restrictions with regard to hay and dusty grains may be in place, and many of these horses must be kept outdoors where they may be exposed to inclement weather (further increasing caloric demand). The end result may be significant loss of body condition.
I. Chronic diseases – virtually every chronic disease will result in poor feed efficiency and some loss of body condition. Specifically, melanoma, lymphoma, liver and kidney disease can affect horses of all ages but are most prevalent in senior horses, and can lead to ill thrift, poor body condition and hair coat.
J. Chronic pain – the negative effect that pain can have on the appetite and calorie needs of horses cannot be underestimated. Laminitis, osteoarthritis/degenerative joint disease, fractures, tendon and ligament injuries or degeneration and Navicular syndrome are just a few examples of musculoskeletal disorders that can result in sustained pain in horses and lead to dramatic weight loss. Regardless of the source of the pain, the detrimental impact on the horses’ appetite and body condition will be significant.
Wednesday, November 21, 2012
Happy Thanksgiving from our farm to yours!
Tuesday, November 20, 2012
Winterize Your Horse!
Feeding
Many horse owners believe that when the weather is cold, horses need to be fed rations containing more corn, because they think of corn as a heating feed. However, corn and other cereal grains do not cause the horse to become warmer, they simply provide more energy (calories) to the horse. Hay, which contains more fiber than grain, provides more of a warming effect internally, as more heat is released during the digestion of fiber than of starch from grain. Therefore, horses are more able to maintain body heat if adequate hay is provided in the diet. Further, good quality hay is important during cool weather and winter months when pasture grasses are short or are not growing. Horses need at least 1% of their body weight per day in roughages to maintain a healthy GI tract, but 2% or even more may be appropriate during cold weather, especially when the horse lives outdoors.
Although grain does not provide as much internal warming effect as hay, it is often necessary to increase a horse’s concentrate feed to boost calorie supplies. Cold temperatures increase the amount of calories a horse needs to maintain body weight, as well as support activity or production. Because a horse may digest feed less efficiently as the temperature drops below the horse's comfort zone, additional feed may be required to maintain body weight and condition. It is important to maintain the horse in a body condition score of 5-6 (moderate to moderately fleshy) because a layer of fat under the skin provides insulation against the cold. Further, horses in moderately fleshy condition require less dietary energy for maintenance in cold weather than thin horses. In general, feeding an additional 1/4 lb of grain per 100 lb body weight to nonworking horses will provide adequate calories during cold, windy and wet weather. Working horses may require up to an additional 1/2 lb per 100 lb body weight, depending on workload, to maintain body weight during cold weather. Higher calorie feeds such as Purina Ultium, Strategy, or Omolene #200 or #500 may be especially helpful in these situations.
Senior horses, which may be unable to chew hay completely due to poor teeth and suffer from less efficient digestion and absorption of nutrients, need a feed specifically designed for them such as Equine Senior especially during winter months. Equine Senior contains enough roughage and added fat to ensure that the older horse can meet its fiber and calorie requirements without depending on long-stemmed hay or grass.
Water
Water should always be readily available to the horse. Ideally, the water temperature should be between 45 degrees and 65 degrees Fahrenheit. If water is too cold, the horse may drink less, thereby decreasing water and lubrication in the gut and increasing the chance of impaction-induced colic. Further, if the horse drinks less water, it may also eat less feed, resulting in loss of body weight and condition. Finally, if a horse is forced to drink very cold water, its energy requirement will increase, because more calories are required to warm the water to body temperature inside the digestive tract.
Shelter
Another consideration in cold weather horse care is housing or shelter. In general, even in cold climates, horses are happier and possibly healthier outdoors. Closed and heated barns are often inadequately ventilated. Horses living in poorly ventilated stables tend to develop respiratory diseases more often than horses maintained in pastures, even during cold weather.
If given the opportunity, horses adjust to cold temperatures with little difficulty. A horse's comfort zone is very different from that of a person. In the absence of wind or moisture, horses tolerate temperatures down to near 0 degrees Fahrenheit, and even colder if shelter is available. Horses living outside should have access to adequate shelter from wind, sleet and storms. Trees, brush, or an open-sided shed or stable can provide adequate shelter. In severe cold, horses will group together to share body heat. They may all take a brisk run to increase heat production, and then come back together to share the increased warmth. A long thick coat of hair is an excellent insulator and is the horse's first line of defense against cold temperatures. Horses that live outdoors during the winter should be allowed to grow a natural, full winter coat. Horses that live indoors will need adequate blankets in the cold weather to ensure that they do not get too cold.
Thursday, November 8, 2012
Reporting From Congress
Wednesday, October 31, 2012
The Role of Antioxidants
Tuesday, October 9, 2012
Should Science Prevail?
I recently attended the Minnesota Nutrition Conference where Purina was asked to participate in a round table discussion on prebiotic and probiotic use in feeds. We were asked to write an abstract for the scientific proceedings as follows:
As a panel member of the Industry Roundtable Discussion on the topic “Using Pre- and Probiotics and Other Products to Improve Gut Health in Equine Feeds”, please address the following questions in your abstract:
1) What feeds include pre- or probiotics (or similar nutritional aids), and what role does the product play in improving horse health or feed efficiency?
2) When is feeding a pre- or probiotic beneficial? When is it not appropriate?
3) What steps does your company take to ensure quality control of pre- and probiotic containing products?
4) What are your thoughts on the future (research needs, etc.) of feeding pre- and probiotics to horses?
Below, you will find the answers I wrote to the questions, but I would also like to make a few comments. First, the general conference was well attended by the swine, dairy and poultry sectors, yet lacking in equine attendees. The scientific talks on enzymes, probiotics and prebiotics as it pertained to other species were informative and can act as a bridge to design equine research. When delving into what we know and don’t know in other species, we get a clear picture that we certainly don’t know enough about prebiotic/probiotic use in the horse and how it may best serve the animal. It is from this knowledge and depth of studying the scientific literature that we continue to make our choices at Purina today.
However, when it came to the equine roundtable discussion, science seemed to fly out the window. Some did not answer questions directly, others gave a sales pitch for their products, and heart strings were tugged as additives were discussed as insurance against bad things that can happen to horses. Believe me; we understand at Purina that many horse owners perceive certain feed additives as beneficial. And it could make our sales specialists’ jobs easier if we added multiple items like prebiotics and probiotics to all of our feeds and sold them to horse owners as a benefit. However, no additive that we have studied so far has proven itself above and beyond good quality ingredients and proper management. In the past 4 years, we have spent over $400,000 on this type of research and we continue to look for feed additives that have a specific, measureable effect that improves the health of the horse. In addition, we focus each day on making feed that we know is healthful for horses. We go above and beyond with our FeedGuard Nutrition System including ingredient choice and quality, testing of incoming ingredients, ionophore free manufacturing systems and more. These steps we take and the formulations we create are designed to make a real difference.
The abstract:
Improving Gut Health with Equine Feed Additives… Are We There Yet?
Mary Beth Gordon, Ph.D., Director of Equine Research and New Product Development, Purina Animal Nutrition
Currently, no feeds manufactured for the Purina Animal Nutrition line of horse feeds contain pre- or probiotics or similar nutritional aids. Purina is currently researching the use of pre/probiotics and other digestive aids, but we require much stronger data supporting their use before adding them to our horse feeds. As with a lot of nutritional research, studies contradict each other in the results and implications of feeding these additives. For example, with yeast culture (prebiotic) research, Purina recently conducted an in-depth digestibility study that demonstrated no benefit in apparent digestibility of DM, ADF or NDF from the inclusion of yeast culture in the diet of mature horses (data under review, JAS). These results agree with the work reported by Hall, (1990); Markey, (2006) and Webb, (1985) who reported no significant differences of apparent digestibility of nutrients by mature horses, 3 year olds, or yearlings, respectively. Conversely, a series of experiments performed by Glade (1986, 1990, 1991) and Jouany (2008) suggested some benefits of yeast supplementation, including increased rate of gain in foals and improved fiber digestibility. Therefore, if research is equivocal across studies (NRC, 2007) should it automatically be added to feed? The answer for us is multi-factorial, but stems around more research, cost and need. Obviously, more persuasive data would help, but if it is going to add significant cost to a feed and horses generally may not need supplementation, why add it? Another point to make is how research is used to justify a need. Several companies cite the work of Medina (2002) that demonstrated a decrease in expected hindgut acidosis of horses fed very high starch diets along with S. cerevisiae supplementation. It is important to point out that the high starch diet in this study was fed at a rate of 3.4g starch/kg BW, which is within the suggested upper limit for starch overload of ~2.0-4.0g starch/kg BW (NRC, 2007). In reality, a horse would need to eat approximately 12 lbs of Omolene 200 in one meal to provide a similar amount of starch, which is at least twice the recommended feeding rate for one meal. One could also argue that feeding yeast culture to help a horse fed meals too high in starch is not a good solution. Changing other nutritional or management factors such as feeding a feed higher in fat/fiber and lower in starch, and/or feeding smaller meals, will be of more benefit to the horse in terms of decreasing the risk of hindgut acidosis. Therefore, due to the conflict in reported data on the efficacy of yeast culture, and other nutrition and management factors that may be more beneficial to the horse (i.e. feeding more digestible or different feedstuffs to begin with), we do not include yeast culture in our feeds at this time.
Direct fed microbials (DFMs/probiotics) are designed to provide live colonies of lactic acid and other bacteria for improved gut or animal health. However, the issue of product viability must be addressed first as there is questionable quality of commercial products when only 2 of 13 products tested met label claims in research conducted by Weese, (2002). Recent research demonstrated no benefit of DFMs on gastrointestinal microflora, cortisol response to transport stress, or antibody response (Saul, 2012). Further, the author of this study communicated that multiple commercial products claiming to have live cultures were found to be sterile upon culture testing. Therefore, work must be done and validated to ensure that products contain the live colonies claimed on labels. Once a viable organism is found, questions then need to be answered around both the proper inclusion rate in a feed and the organism’s survival during storage and manufacturing processes. If the product passes this test, in vitro and in vivo experiments would be necessary to determine efficacy and mechanisms of action. To date, there are very limited studies in horses that clearly show colonization and health benefit, and in fact, administration of a probiotic to foals increased incidence of diarrhea and colic compared to placebo (Weese 2005). Therefore, much more work is necessary in the DFM field before we can recommend these with confidence.
Due to lack of these additives in our feeds, Purina takes no steps to ensure quality control of pre- and probiotic containing products. However, we do have a commitment to research to continue looking at these products. When we find a product that meets our criteria for efficacy and benefit to the horse, as opposed to simply creating an interesting marketing story, it will be incorporated into our feeding programs.
For future research, the following issues should be addressed for pre- and probiotics: 1) viability and mechanism of action in the gut to produce desired effect 2) data to show stability in a plant environment and manufacturing system such as pelleting/extrusion 3) benefit, safety, efficacy, and dosage studies in horses in typical feeding practices over and above current beneficial feeding practices. In order to improve gut health in horses, current practices of feeding high quality feedstuffs in appropriate amounts, along with good nutritional management can help horses to maintain a healthy gastrointestinal environment that allows them to digest, absorb and assimilate nutrients.
References:
Glade M.J. and Biesik. 1986. Enhanced nitrogen retention in yearling horses supplemented with yeast culture. JAS. 62:1635.
Glade, M.J. and Sist. 1990. Supplemental yeast culture alters the plasma animo acid profiles of nursling and weanling horses. P 369-379 in Proc. 11th ENPS.
Glade, M.J. 1991. Dietary yeast culture supplementation of mares during late gestation and early lactation. JEVS 11:10.
Hall, R.R., et al 1990. Influence of yeast culture supplementation on ration digestion by horses. P130-134 in Proc. 11th ENPS.
Jouany, et al. 2008. Effect of live yeast culture supplementation on apparent digestibility and rate of passage in horses fed a high-fiber or high-starch diet. JAS 86(2):339-347.
Markey, A.D. and Kline. 2006. Effects of dietary fat and yeast culture supplementation on total tract digestibility by horses. PAS 22:261-266.
Medina, B. et al. 2002. Effect of a preparation of Saccharomyces cerevisiae on microbial profiles and fermentation patterns in the large intestine of horses fed a high fiber or a high starch diet. JAS.80:2600.
NRC. 2007. Nutrient Requirements of Horses (6th Ed.). National Academy Press, Washington, D.C.
Saul, J. et al. 2012. Effects of probiotic supplementation on stress and immune responses in horses. Abstract, ASAS.
Webb, S.P., et al. 1985. Digestion of energy and protein by mature horses fed yeast culture. P 64-67 in Proc. 9th ENPS.
Weese, J. S. 2002. Microbiologic evaluation of commercial probiotics. J. Amer. Vet. Med.
Assoc. 220:794-797.
Weese, J.S. and Rousseau. 2005. Evaluation of Lactobacillus pentosus WE7 for prevention of diarrhea in neonatal foals. JAVMA. 226(12):2031-4.
(Roundtable members from left to right in the picture: Roy Johnson, Cargill; Connie Larson, ZinPro; Mary Beth Gordon, Purina; Randy Raub, Riddley; Judy Reynolds, ADM/Consulting) And for those of you that know Dr. Randy Raub from his tenure at Purina, he is doing well and happy in his new role at Riddley, although he readily admits to missing his Purina family. We had a great time catching up.
Saturday, October 6, 2012
Dressage for Days
Silva Martin on Duvent |
Chris Hickey on Witness Hilltop |
Wednesday, September 12, 2012
Formulating Horse Feeds
Thursday, August 23, 2012
Fueling the Best of the Best
Tuesday, August 14, 2012
Drs. Vineyard and Gordon present Purina research at a national scientific meeting
Thursday, July 19, 2012
Hay is for Horses
How do you evaluate the nutritional content of your hay? Good quality hay, regardless of variety, will have the following characteristics: 1) a high leaf to stem ratio, 2) small diameter stems, 3) a fresh smell, 4) free from weeds, dirt, mold and other trash, 5) bright color, 6) few seed heads (grasses) or blooms (alfalfa). In addition, hay should be fairly soft and pliable to touch. If stems are hard and stick into your hand when you grab a handful, then you might imagine how chewing that hay would feel.
While visual appraisal of hay can provide an indication of quality, laboratory analysis is really the most accurate measure of the nutritive value. There is hay that looks pretty good but doesn’t test well and if you feed it the same as more nutrient dense hay, your horses will lose weight. If you buy several small quantities of hay through the year, testing may not be much help because you will probably feed most of the hay before the test results come back. But if you buy hay in large quantities and store it for use over several months, having it tested when you receive it may be worth the time and expense. Often hay suppliers will provide you with an analysis for large loads of hay. If not, you may want to contact your county agricultural extension agent or feed supplier for guidance on properly collecting and testing hay samples.
If your hay always comes from the same supplier or the same field, a test may not be necessary if the new load looks very similar to previous loads. However, climate conditions at the time the hay was ready to cut may have prevented harvest at the proper time or may have resulted in the cut forage getting a heavy dew or even a rain shower before baling. These things can significantly affect the nutritive value of the hay crop but may not be evident on visual appraisal. Even when properly fertilized, cutting the field late will significantly reduce the nutrient content and digestibility of the hay, and moisture on cut grass before baling will leach nutrients from the plant.
In addition to an estimate of the nutritional content, it is important to know how much your hay weighs. The weight per flake is crucial because so many horse owners are in the habit of feeding a certain number of flakes per day. An average flake of grass hay, such as Bermudagrass, may weigh 4–5 lbs. An average flake of alfalfa hay will usually be thinner than the grass flake but may weigh 5–6 lbs.
However, the weight of a flake can vary tremendously between types of hay, quality of hay within type and the settings of the machinery used to bale the hay. For example, flakes of alfalfa from different cuttings or suppliers can range from 2.5 lbs. to 8 lbs. per flake. Because of this variation, a good tool to have in the barn is some type of scale to weigh a couple random test flakes from a new supply of hay. When asked to estimate by looking or holding a flake, even experienced horse owners can be way off on how much it weighs. The only accurate way to know how much hay you are feeding is to weigh it. A fish scale works well and can usually be purchased for $6–$7 in the sporting goods section of a discount store. This small investment can be very helpful in making sure the amount of hay you feed is consistent between loads.
If the quality of your hay has declined, you will need to either feed more hay or adjust the amount of grain you feed. Pay attention to the amount of hay your horse actually consumes because when hay quality declines not only will it usually weigh less per flake and provide less nutrition per pound, but horses will voluntarily eat less of it. Lower-quality hay takes longer to chew and digest, so horses don’t eat as much. Just because you put two flakes in the hay rack doesn’t mean they eat two flakes. Often when hay quality declines, you find you are cleaning uneaten hay off the ground. If that happens, you will need to increase the amount of grain you are feeding accordingly so your horses don’t lose condition.
Tuesday, July 3, 2012
A Helping Hoof
To learn more about PATH, Intl. or to find a center near you, visit www.pathintl.org.
Friday, June 29, 2012
Big Fun and "Big Ideas in the Big Easy"
Friday, June 1, 2012
Helping Courtney King-Dye Reach the Paralympics with Make Lemonade
This article is courtesy of Jamie Brockett, Purina sales specialist from Poughquag, New York.
The life of a Purina sales specialist is exciting; it consists of traveling to all the farms in your area, seeing some magnificent horses, and having the reward of being a valuable resource for people to help best manage the nutritional needs of their four-legged friends. Last week was extra special though as I got to apply my “tools” to a very special horse, Make Lemonade.
Make Lemonade, also known as Buddy, is the new mount for Purina ambassador Courtney King-Dye. He is a handsome fellow, a dark bay Hanoverian with bright eyes and a spunky attitude.
For those of you that follow Courtney’s blog (http://www.ckddressage.com/), he’s the horse she fell in love with in Florida and couldn’t get out of her mind. Jane Clark, a phenomenal supporter of the horse industry, graciously bought Buddy as a mount for Courtney to ride on her quest to the Paralympic Games in London this year. Courtney and her team have been training for the Paralympic Trials, coming up in June at the United States Equestrian Team Foundation Headquarters in Gladstone, New Jersey. Courtney has been working on rebuilding her strength after her accident two years ago (which by the way her progress is quite remarkable and inspiring!), and Buddy has been working on losing some weight! Courtney, a professional who has been showing and training horses her whole life, knows the value of having the right nutrition program, especially with goals as big as London. Thus, she called in Dr. Mary Beth Gordon and me to evaluate and make any final tweaks to get Buddy in Olympic shape.
Usually I do these calls by myself, but since this was a special case, Dr. Mary Beth joined me on the road. I think she secretly wanted out of the research office for a beautiful, sunny afternoon, and to get a glimpse at the horse we’ve all heard Courtney gush about. As with any other evaluation, the first thing Dr. Mary Beth and I did was take an evaluation of Buddy’s physical appearance. We placed our hands on Buddy and evaluated his current Body Condition Score. On a scale of 1 to 9, Buddy scored a 6. This means he has just a touch of excess fat. In this case, Buddy was a little “curvy” around his shoulder and on his rump by his tail head. Other than the excessive weight, Buddy looked to have a healthy, shiny coat and good muscle tone.
Next, we talked to Courtney, her assistant trainer, Jen, and her working student, Koryn. We asked about Buddy’s medical history, his current feed program, his turnout schedule, what his routine work was like, and also if there were any concerns they had with his current program. They explained Buddy was transitioned to Purina® Ultium® Competition horse formula one month before they shipped him from Florida to New York, where they train for the summer season. The day we were there marked one week of the northern climate for Buddy, so he had some big changes in a relatively recent time frame.
Additionally, they explained they are working on his extra curves and were excited to tell us he had slimmed down considerably from a month ago! As far as his work load, Buddy previously thought he was in retirement until he found himself in Courtney’s barn where he is being used for Para-competitions, and will also train as a third level dressage horse. This means he’s getting double rides five to six days a week, which pleased Dr. Mary Beth and me since he still has some weight to lose. With no known medical issues, we were able to then turn our attention to the feed program.
When evaluating the feed program, it is important to take all aspects of feed and forage into consideration. Buddy is out on good quality pasture for a minimum of one hour a day. They’re gradually working him towards more turn-out until he is out as long as he wants to be. Additionally, he is on free-choice hay. Pasture and hay make up a large portion of a horse’s diet, so knowing the quality of pasture and hay helps determine the amount and specific kinds of grain required to balance out its nutrition program. Dr. Mary Beth and I took core samples of the hay, so it can be analyzed and we can make sure it is an appropriate fit for Buddy’s program. From first glance, it looks like high-quality, clean, grass hay that should suit Buddy’s forage requirements.
Next we looked at the amount of grain Buddy is getting. Currently they’re feeding him 1 quart of Purina® Ultium® Competition horse formula three times a day. A quart of Purina® Ultium® Competition horse formula is just a little heavier than 1 pound, so Buddy is on a little over 3 pounds of Purina® Ultium® Competition horse formula a day. Ideally, a horse should be on a minimum 4 pounds of Purina® Ultium® Competition horse formula a day to meet all of his nutritional requirements. However, since Buddy is slightly overweight, we opted to keep him on this lower feeding rate and recommended adding in 1 cup of Purina® Nature’s Essentials® Enrich 32® supplement at each meal. Any time a horse is not on a minimum recommended amount of grain, we suggest adding this supplement as a diet balancer to round out the rest of the nutritional needs the horse has. Purina® Nature’s Essentials® Enrich 32® supplement provides additional protein, vitamins and minerals to the diet. In Buddy’s case, it will be added in a month once he has adjusted to his new environment and the pasture. As with all things related to horses, we don’t want to have too many changes all at one time.
Overall, Buddy was on the right track with his nutritional program. The reassurance of the team at Purina helped Courtney and her barn feel that much more prepared for the upcoming trials, which will hopefully result in a spot on the Paralympic team for Make Lemonade and Courtney. We wish them the best of luck!
For your own evaluation of your current feed program, please feel free to contact your local Purina sales specialist. These services are provided to all barns, compliments of Purina.
Jaime Brockett lives in Poughquag, New York, and received a bachelor’s degree in animal science and business and management from Pennsylvania State University. For the past two years, she has worked for Purina in the Hudson Valley with a focus on equine nutrition. She comes from a family of veterinarians who practice together at their private clinic in central Pennsylvania. Growing up, Brockett developed her passion for horses by riding and showing hunters from a very young age.