Archive for the ‘Horse’ Category

Lighting & Nutrition for Breeding Late Winter/Early Spring

Thursday, January 13th, 2022

Horse in Stall: Lighting & Nutrition for Breeding Late Winter/Early SpringLighting & Nutrition for Breeding Late Winter/Early Spring: Mares that are not pregnant at the end of the year should be getting careful attention in December and January to make certain that they are ready for the start of the breeding season.

Horses in North America have a universal birthday January 1st. It may be desired in some cases to be breeding as early as possible while making certain that foals do not arrive in December.

The use of artificial lighting to help prepare mares for breeding is a fairly standard management tool. A common practice is to put mares under lights in early December. As a result, help get mares cycling by mid to late February.

Breeding Reccommendations:

Breeding earlier than mid-February is not recommended. A short gestation period might result in a December foal and a very young yearling!

There are multiple lighting systems, but all deliver 16 hours of combined artificial and natural light.

While you can use a light meter to measure illumination, a common rule of thumb is that you should be able to comfortably read a newspaper in any of the stall or paddock area when the lights are on.  (Reading your backlit smartphone does not count!)

One caveat is that if you have mares that are due to foal very early, you may want to avoid putting them under lights as this has been reported to shorten gestation a few days.  Again, you do not want yearlings that are only a few days old!

Body condition is also very important at this time of the year. If you have open mares that are below Body Condition Score 5, now is a good time to increase the plane of nutrition so that they are maintaining or gaining a slight bit of weight.

If they are over BCS 6, do NOT put them on a diet. A negative energy balance (losing weight) may interfere with normal estrus cycle.

Much of the country is having some unusually cold weather in late December 2017 and early January 2018.

Mares that are experiencing cold weather need to have access to unfrozen water, loose salt and adequate quality forage, supplemented with a balancer or grain product to maintain body condition.

Proper veterinarian examination, artificial lighting and good nutrition can set the stage for a successful early breeding season.

In conclusion, for more Lighting & Nutrition for Breeding Late Winter/Early Spring tips, visit Kissimmee Valley Feed. Check out our Horse Feed selection here.

Artificial Lighting: Preparing for Early Breeding, Bradford W. Daigneault, M.S. University of Illinois/U.S. Department of Agriculture/Local Extension Councils Cooperating, November 2012 is a good article on lighting for reference.

Article Source: Nutrena’s Horse Feed Blog

Omega-3 Fatty Acids Benefit Foaling Mares Before Rebreeding

Tuesday, December 21st, 2021

Omega-3 Fatty Acids Benefit Foaling Mares Before RebreedingOmega-3 Fatty Acids Benefit Foaling Mares Before Rebreeding: When compared to cows, ewes, and sows, mares experience a short interval between birth and their next heat cycle. After foaling, the uterus undergoes involution. Involution is a process that reduces uterine size, repairs uterine tissues, and restores the uterine environment to a nonpregnant state. Supporting uterine involution is critical. The 11-month gestation of the mare often makes it difficult to maintain every-year foaling. Commercial breeders prefer every-year foaling. In a recent study, researchers set out to determine the effects of feeding docosahexaenoic acid (DHA), an omega-3 fatty acid, on uterine involution in the weeks after foaling.

Visit Kissimmee Valley Feed for Omega-rich horse products.

The Study:

The study used eighteen pregnant mares. The mares were assigned to one of two groups, a treatment group in which a microalgae rich in DHA was fed daily at 0.6 g/kg body weight or a control group. The treatment was fed from 90 days prior to the expected foaling date until seven days after first postpartum ovulation. Otherwise, the mares were fed similarly to maintain moderate to moderately fleshy body condition, including access to Bermudagrass pasture and a commercial concentrate at a rate of 1 kg/day (2.2 lb/day) before foaling and 2 kg/day (4.4 lb/day) after foaling.

Research ascertained reproductive health parameters. For example, through rectal palpation and ultrasonographic examination, including uterine and endometrium diameters, intrauterine fluid, uterine tone, and uterine echogenicity. Echogenicity measures the ability of a tissue to reflect an ultrasound wave.

Mares fed the DHA-rich supplement had smaller uterine horn diameters after foaling compared to control mares. Interestingly, DHA-fed mares had greater uterine echogenicity scores. Low echogenicity is generally related to increased estradiol. Estradiol induces edema and estrus behavior, so researchers expected lower scores as mares readied for rebreeding.

No treatment effects were observed for the other parameters evaluated.

Researchers concluded that “supplementation with DHA during peripartum may benefit uterine involution process and odds of early conception.”

“This research adds to the emerging volume of work that indicates omega-3 fatty acids, particularly DHA, is a useful nutritional supplement for broodmares,” explained Catherine Whitehouse, M.S., a nutritionist with Kentucky Equine Research. Studies in other species show omega-3s have beneficial effects on reproduction. For example, by modifying prostaglandin synthesis and metabolism, and by regulating genes integral to uterine function.

“The source of omega-3 fatty acids is important. Choose a high-quality supplement that delivers DHA directly, such as marine-derived EO-3,” Whitehouse advised.

Article Source: Kentucky Equine Research

Six Signs of Good Quality Horse Hay

Friday, August 27th, 2021

Forage makes up between 50 and 90 percent or more of a horse’s diet. Much of the forage part of the diet comes in the form of hay. Because it’s such a big part of the ration, a good quality hay can help keep a horse healthy, while a poor quality hay can be detrimental. This is why, as nutritionists and horse owners, we put a big emphasis on the quality of hay we feed.

The nutritional value of hay is the most important factor when determining its quality. This begins with the stage of plant maturity at time of harvest. Young, immature plants contain more nutrients than older, stemmier plants. Though after hay is harvested, the level of horse hay quality goes beyond the age of the plant at harvest.

Identifying good quality hay for horses:

When selecting your horse’s forage, keep these six signs of good quality hay in mind:

1. High leaf-to-stem ratio 

Think about the leafy greens you eat. You likely prefer greens with leaves rather than just stems. The same is true for your horse. Look for more flat leaves in the hay and fewer round stems; this indicates the plant was less mature when cut. More leaves typically mean higher digestibility and nutrient content for your horse.

2. Small diameter stems

Stems smaller in diameter or finer are also indicators of higher quality horse hay. Small stems mean the plant was less mature when cut. To test stem size, grab a handful of hay and give it a squeeze. Good quality hay is soft and pliable, and feels good in your hand. If it feels like you’re squeezing a handful of sticks, it is not a good choice of hay to feed your horse.

3. Few seed heads or blooms

No matter the species of plant, hay with little to no seed heads or blooms indicates a younger, early maturity plant, and thus a higher quality hay. For example, timothy hay should be cut in the pre-bloom or early-bloom stage when you see little to no seed heads; and alfalfa should be cut when you see few to no blooms.

4. Fresh smell and appearance

On our farm, there’s nothing like haying season. We love the smell of fresh hay. The same is true for your horse. Good quality hay should have a fresh cut smell and appearance. Avoid musty, moldy or off-setting smelling hay, because it can reduce palatability and indicate poor quality.

5. Cleanliness

Hay should be primarily made up of the harvested forages. Look for a clean forage with little to no dust. Even if the majority of the hay is high quality, hays containing dirt, mold, weeds, trash or other foreign materials indicate poorer quality hay and may be unfit to feed to horses.

6. Hay Color

Good quality hay should be bright green in color with little fading. A bleached, yellow, brown or black color may indicate aged hay, mold or poor storage conditions. Storage condition and age have a significant effect on vitamin content of hays. Many vitamins, such as vitamins A and E, are not stable over time and lose biological activity. After approximately six months, almost all vitamin A and E activity levels are lost. The nutritional value of hay is compromised with increased exposure to heat, sunlight and rain, which speed up this process.

When good quality hay for your horse is scarce or too costly, you may need to compensate for poorer quality hay. You can do this by supplementing with a quality balanced horse feed. Hay balancers help provide the missing essential nutrients the horse requires in the diet. In some cases, they can replace hay in the diet entirely.

Equine feeds and supplements available at Kissimmee Valley Feed offer built-in forage for situations where hay is not available in a horse’s diet.

Article source: Purina Animal Nutrition

Why Fat is Important for Performance Horses

Tuesday, August 24th, 2021

Fat is important for performance horses. The use of fat in the equine diet has a long history.  A very old book, Horse Secrets by A.S. Alexander, published in 1913, points out that horse traders knew back then that adding fat to the diet was beneficial for gaining weight and improving hair coat.  They may not have known why it worked, but they knew that it worked!

Horse Feed With High Fat Content – The Evolving Role of Fat: The Omega-6 and Omega-3 Ratio

Corn oil was an early oil source as it was available and palatable.  Flax seed also provided both fat and protein. Boil the flax seed . Boiling both softened the husk and eliminated anti-nutritional factors.

The use of vegetable oil as an energy source has become standard in horse feeds.  Animal fat sources, while used in early research, have pretty much been eliminated from use in horse feeds. This being primarily due to palatability and perception issues.

From an energy standpoint, all of the common vegetable oils are very similar.  More recently, considering the essential fatty acid content, particularly the Omega-6 and Omega-3 levels, has become important in selecting the oil source.  As with many things, balance along with quantity is important.

As grazing herbivores, horses are accustomed to the limited amount of fat (3-5%) found in forages, particularly fresh pasture, which is high in Omega-3 fatty acids, whereas oils from grains and seeds tend to be higher in Omega-6 fatty acids.

Scientists have not yet pinpointed the ideal total dietary intake or ratio of Omega-6 and Omega-3 fatty acids for horses.  Multi-species work has indicated that a ratio someplace between 2:1 and 10:1 is an acceptable Omega-6: Omega-3 ratio in a total diet.  This considers the higher Omega-3 content of forages and the higher Omega-6 content of grains and some vegetable oils

Omega-3 Benefits:

Dietary supplementation with Omega-3 fatty acid sources has been shown to provide numerous benefits to horses and other animals including:

  • Improved skin and hair coat quality
  • Decreased joint pain in arthritic individuals
  • Reproductive benefits
  • Reduction in risk of gastric ulcers
  • Anti-inflammatory effects

Better sources of Omega-3 areFlax seed, flax oil, soy oil and fish oil (limited use due to palatability).  Chia seed and oil may also be a useful source and other sources are becoming available.

The fat present in forages is balanced by feeds and supplements containing added oil . Which, subsequently, deliver balanced Omega-6 and Omega-3 levels in the total diet.

Here at Kissimmee Valley Feed, we are happy to lend our knowledge to maintain the perfect diet for your horses.

Source: Roy Johnson at HorseFeedBlog.com

Performance Horses and Muscle Recovery

Tuesday, August 17th, 2021

Concern for performance horses and muscle recovery may be the difference between a win and a loss. In various disciplines speed, strength, collection and stamina all play into the difference between earning a big paycheck and awards or going home empty handed.

Performance horses need to be able to come out of the stall ready to win. (Whether it’s the first day of the event or the last.) Like their human athlete counterparts, a solid nutrition plan is the fuel that allows performance horses to compete and perform at their highest level. With Rebound Technology™, recovery isn’t an afterthought, the horse is always being fed for optimal performance.

Rebound Technology™ is a unique, proprietary blend of research-backed chromium and branched chain amino acids (BCAAs). They support exercise recovery. When performance horses have the right nutrition, they are more able to quickly return to peak performance after strenuous training sessions and/or competitions.  Each time an equine athlete competes or performs there is an opportunity to increase its value, that of future offspring or help a rider achieve his or her goals. That’s why avoiding muscle fatigue and giving horses the ability to rebound from exercise and efficiently train for performance activities is a high priority for horse owners and trainers alike.

What Happens When Horses Exercise

When horses exercise, they experience an increased cortisol level. Additionally, reduced muscle glycogen, increased Serum Amyloid A (normal inflammation), increased heart rate, reduced blood sugar and reduced plasma BCAAs. Three major factors in improving athletic performance in the horse are muscle development, muscle recovery and glycogen availability. Faster glycogen replenishment in the horse could lead to increased muscular performance.

As horses work, ATP or energy enables their muscle fibers to quickly contract and relax. Each muscle cell contains only enough ATP for a few contractions. This means horses must continuously resynthesize ATP during exercise primarily via stored glycogen. The more glucose we can make available to the cells in the performance horse, the better able they are to quickly replenish glycogen. The unique ingredient combination found in Rebound Technology™ optimizes opportunity. Opportunity being for these glycogen and glucose levels to rebound after work.

The essential BCAAs leucine, isoleucine and valine help to decrease muscle fatigue and improve muscle recovery19. Research with BCAAs has demonstrated that leucine infusion along with glucose infusion appears to increase whole body glucose availability. Also potentially increasing glycogen synthesis in horses1.

Oral leucine supplementation has shown increased markers associated with protein synthesis in the post-exercised horse. Providing an increased rate of protein synthesis would increase both muscle mass and muscle recovery. Both of which may improve athletic performance. In humans, BCAA supplementation prior to exercise appeared to reduce delayed onset muscle soreness. Also muscle fatigue, increased insulin response along with increased post-exercise rates of glycogen synthesis. Increased availability of amino acids and glucose demonstrated in research shows an improvement not only in protein synthesis, but also a decrease in protein breakdown.

Chromium’s Role in Recovery and Protein Synthesis

Recently FDA and AAFCO approved chromium propionate as a feed ingredient. It’s in Rebound Technology™.  It supports glucose getting to the cells. Glucose provides energy to repair. As well as to replenish after work. Chromium is involved in carbohydrate metabolism and other insulin dependent processes such as protein and lipid metabolism. As horses exercise, increased levels of cortisol work against insulin as insulin attempts to move glucose and nutrients into muscle cells.

Chromium supports more efficient insulin function. It does this by stabilizing insulin receptors leading to more efficient movement of glucose from the blood stream. Subsequently, reducing the negative impacts of exercise stress. Additionally, increasing the body’s physiologic ability to move nutrients into muscle cells to function efficiently during exercise and rebuild muscle broken down following exercise13. Research in Thoroughbreds during exercise has demonstrated blood glucose was controlled on lower insulin levels versus control. This demonstrated higher insulin sensitivity when they were supplemented with chromium.

Another potential benefit to the improved insulin sensitivity demonstrated in horses supplemented with chromium propionate? Supporting the signaling pathway for protein synthesis. Protein synthesis is the re-building of structures. When insulin sensitivity is improved, glucose can more readily be available for protein synthesis. Insulin infusion in mature horses was shown to stimulate whole-body protein synthesis and activate the upstream and downstream effectors of mTor signaling in the gluteus medius muscle. Simply put, this means is there was an increase in protein synthesis, or a re-building of muscle.

Glucose – An Important Component for the Working Horse

Glucose is the key energy source for every cell in the horse’s body and BCAAs stimulate protein synthesis. The proprietary BCAAs and chromium in Rebound Technology™ make this key energy source more readily available to horse’s cells. Rebound Technology™ can be extremely important. Especially for the performance horse needing muscle repair and remodeling to rebound in between shows and workouts.

Here at Kissimmee Valley Feed, we are happy to lend our knowledge to maintain the perfect diet for your horses.

Source: Amanda Zenczak at HorseFeedBlog.com

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