Even with improved diagnostics and treatments, dont take chances with these injuriesThe delicate soft tissue structures of the hoof sustain the horses weight with every stride. | Getty imagesLameness in ridden horses often stems from tendon and ligament injuries, along with arthritis, that can limit athletic ability for life. The equine foot is packed with delicate soft tissue structures that sustain the weight of the horse with every stride, making it a prime location for soft tissue strains and tears. Lets take a closer look at how these injuries happen, how veterinarians treat them, and tips for preventing them in the first place.Equine Foot Anatomy ReviewFirstly, its important to note there are no muscles below the knee and hock; all muscular contractions are transmitted from above those joints to the bones of the foot via tendons and ligaments. Here are the most important ones:The deep digital flexor tendon (DDFT) inserts into the underside of the coffin bone (P3). Injuries to the DDFT are common and can be severely limiting, with scientists on one study reporting only 25% of affected horses returning to their previous athletic levels within 18 months of diagnosis (Cilln et al., 2013). Prognosis depends on injury type and treatment, however. Some surgical repairs of DDFT tears in the foot result in 45-50% returning to work.The collateral ligaments connect the short pastern bone (P2) with P3, aligning and stabilizing both bones. These ligaments are especially prone to injury from repetitive twisting (which can occur during longeing, for example) and slipping.The navicular bursa lubricates the DDFT as the tendon glides over the navicular bone. A bursa is a synovial structure and is therefore prone to synovitis (synovial membrane inflammation), just like joints.The four ligaments that hold the navicular bone in placesuspended under the coffin boneare susceptible to desmitis (ligament inflammation) as part of the umbrella term podotrochlosis, aka navicular syndrome.The common digital extensor tendon merges with the suspensory ligament at the pastern and inserts into the dorsal aspect (front) of the coffin bone at the level of the coronary band. Horses injure it less than they do flexor tendons.These relatively small soft tissue structures are intricately linked and work synergistically to ambulate a 1,200-lb animal. Its worth noting that if the horses conformation is less than ideal, he stresses his delicate tendons, ligaments, and bursa more than an animal with a textbook build would.Cloaked by the Hoof WallSoft tissue injuries within the hoof capsule present unique diagnostic challenges. Heres why: Ultrasound cannot penetrate the hoof wall to show us the structures beneath it. Additionally the hoof capsule in effect hides swelling, which is normally one of the first telltale signs of an injury, making foot injuries more difficult for owners to detect.Localizing and diagnosing precise soft tissue injuries in the equine foot requires an MRI (shown). | Courtesy HallmarqWith suspected soft tissue injuries of the digit, veterinarians can rule out bony involvementfor example, coffin bone fracture or degenerative changes of the navicular bonewith radiographs. Beyond that, localizing and diagnosing the precise soft-tissue injury requires an MRI, which can penetrate the hoof wall and show both bony and soft tissues. An early, accurate diagnosis can improve outcomes; if an MRI is a possibility, it should be done promptly if radiographs are normal and lameness is persistent.Advanced imaging modalities have become increasingly accessible, says Santiago Gutierrez-Nibeyro, DVM, MS, Dipl. ACVS, ACVSMR, clinical professor of equine surgery in the Department of Veterinary Clinical Medicine at the University of Illinois College of Veterinary Medicine, in Champaign. These tools are making it possible to not only diagnose problems, but also to evaluate the effectiveness of many novel treatments for equine foot injuries.Soft Tissues Injuries ExplainedUsually, chronic accumulations of small strains and microtears from exercise are what culminate in soft tissue injuries, and scientists have found a strong link between spikes in athletic workload and these injuries in elite eventing horses (Munsters et al., 2020). A tendon or ligament, by design, is made up of strong fibers running parallel to each other in an organized fashion. Their strength and flexibility rely on this arrangement. Collagenthe primary structural protein of these fibersprovides tensile strength, allowing soft tissues to stretch and recoil without losing elasticity. Generally speaking, ligaments, which connect bone to bone, are tougher and less flexible than tendons, which connect bone to muscle. Once a horse injures a tendon or ligament, the torn collagen fibers regrow in a cross-linked pattern rather than a parallel layout, during an intricate multiphase healing process. Whats more, this scarlike mesh of collagen fibers isnt as functional or flexible as the original pattern.To add a layer of complexity, remember how many structures are packed into the hoof capsule. This configuration makes it more likely an injury has affected more than one structure. A large proportion of horses with foot pain are diagnosed with both DDFT tendinopathy (tendon injury) and navicular bursitis (inflammation of the bursa), says Gutierrez-Nibeyro. The most common place for DDFT tendinopathy within the digit is at or just above the navicular bone.Tendon and Ligament HealingTherapeutic options for soft tissue injuries fall into two categories: conservative and surgical treatment. Veterinarians use nonregenerative conservative therapies to reduce pain and inflammation, giving the horses injury time to heal without directly influencing the quality of the healing process. The most common approaches include:Non-steroidal anti-inflammatory drugs. Phenylbutazone (Bute) is generally the drug of choice for acute lameness linked to soft-tissue injuries. Practitioners also commonly use firocoxib to manage foot pain.Corticosteroids can be injected into joints and tendon sheaths, or in the navicular bursa, to target inflammation at the source.Rest and controlled exercise.Therapeutic shoeing is a key approach, with the goal of alleviating pressure on the navicular region and the DDFT in cases of podotrochlosis and DDFT tendinopathy. It doesnt matter what you inject if the shoeing isnt addressed, and hoof balance radiographs can be useful for making shoeing recommendations.These nonregenerative therapies are available to virtually every horse owner, relatively affordable and conservative, and dont require special blood processing.With regenerative medicinealso referred to as biologicsvets focus on inhibiting inflammation and stimulating the bodys own healing capacities. In the context of biology, regenerative means regrowing live tissue.Billy Hodge, DVM, is certified in equine locomotor pathology (ISELP) and focuses on sports medicine and regenerative therapies at Meadow Lane Equine Clinic, in Surrey, British Columbia, Canada. Regenerative therapy initiates the bodys healing process, an intricate phenomenon that involves platelet activation, cytokine formation, improved blood flow, and also downregulation of the harmful effects of inflammation, he says. In essence, regenerative medicine allows reversible degenerative processes to be unlocked, granting long-term improvements in tissue health.Gutierrez-Nibeyro agrees. The main goal of regenerative medicine is to enhance regrowth of injured tissues that naturally regenerate poorly, he says. And equine tendons and ligaments are prime candidates! The poor response to conservative therapy of DDFT tendinopathies and collateral ligament desmitis has promoted the widespread intralesional (directly into the site of injury) use of biologic therapies.Indeed, more vets are turning to regenerative therapies for treating both arthritis and soft tissue injuries. The most common options include:Interleukin-1 receptor antagonist protein (IRAP) involves drawing and processing blood from the horse, isolating the anti-inflammatory protein interleukin-1 (IL-1) receptor antagonist, and injecting the product directly into the soft tissue lesion to promote healing.Platelet-rich plasma (PRP) also entails collection and processing of the horses blood, in this case to extract high platelet concentrations. Platelets contain growth factors and proteins that help tissue repair when injected intralesionally.Autologous protein solution (APS) is also derived from the horses own blood and processed to extract cells, platelets, growth factors, and anti-inflammatory cytokines that help reduce inflammation in the soft tissue lesion.Mesenchymal stem cells are popular for their ability to regenerate and replace damaged cells. Stem cells possess the unique ability to either create identical copies of themselves or to differentiate (develop into different cells altogether), although their main therapeutic effect is attributed to their anti-inflammatory properties that stimulate healing. Veterinarians harvest them from the horses bone marrowa more time-consuming process than the three autologous conditioned serum (ACS) options mentioned.Extracorporeal shock wave therapy devices emit energy-carrying acoustic waves to stimulate healing processes, classifying the approach as a regenerative modality (Simplicio et al., 2020).Shock wave therapy emits energy-carrying acoustic waves to stimulate healing. | Courtesy PulseVet. Because regenerative therapies use the bodys own healing products rather than pharmaceuticals, practitioners report they are generally safer. They dont contain steroids, making them safe to use in horses and ponies with metabolic and endocrine disorders, such as those with insulin resistance, pituitary pars intermedia dysfunction, or the hoof disease laminitis.While regenerative therapies offer many advantages over their nonregenerative counterparts, dont consider them a magic bullet. Many (soft-tissue) injuries are degenerative in nature, says Gutierrez-Nibeyro. When the damage is too far advanced, response to these therapies is poor.Equine surgeons might pursue bursoscopy to debride tendon tears, which can improve outcomes in horses with DDFT injuries in the foot.How to Avoid These InjuriesWhen you consider the possibility that one tendon or ligament injury in your horses foot could limit his soundness, comfort, and performance for life, its easy to see why preventing such injuries altogether is well worth the effort. In my experience, a severe soft tissue injury anywhere in the foot usually allows a return to work at 50% of the horses former athletic abilities, says Hodge, adding that if an owner invests in extensive therapy and rehabilitation coupled with time and patience, this number can be bumped to roughly 65%.Since many soft tissue injuries result from cumulative wear and tear, our sources say its important to ensure your day-to-day riding and management practices do not put undue stress on these delicate structures. Here are a few starter tips:Warm up your horse gradually to avoid overstretching tendons and ligaments.Train and compete in moderation. Make sure to take your horses current fitness level under consideration.Mind your footing. Excessively deep and wet footing exacerbates the strain placed on soft tissue structures and increases the risk of slipping.Longe your horse safely and appropriatelyand never excessivelyto minimize the impact of circling on the foots collateral ligaments.Work with a qualified, reputable farrier to maintain proper toe length. Every excess centimeter of toe increases force on the flexor tendons by 110 lbs (Weller, 2016 ).Finally, listen to your horse. If he shows even mild signs of lameness, get your veterinarian involved without delay.Final Thoughts Veterinarians are constantly making strides when it comes to treatments for soft tissue injuries of the equine foot. They can diagnose and treat pathologies better than ever before, but the take-home message remains the same: You dont want to take chances with tendon or ligament injuries. Approaching these conditions with a combination of regenerative medicine, therapeutic modalities, sometimes surgery, and rehabilitation gives you the best shot at a successful comeback with your equine partner.

Key Point Details FEI Dressage Training Highest level of competitive riding, requires 5+ training sessions weekly with skilled trainers. Ballinamona Equestrian Centre Located in Waterford, offers arenas for dressage, showjumping, cross-country; ideal for serious riders. Professional Instruction Standards Trainers should have Intermediate I level credentials and a strong track record in FEI competitions. Full Livery Services Includes daily grooming, tailored feeding, efficient veterinary care, and sufficient turnout facilities. Training Schedule Intensity At least 5 weekly sessions with private lessons; adaptive scheduling for horse and rider alignment. Facility Infrastructure Well-maintained arenas, quality footing, proper ventilation, drainage, and safe turnout fields. Anne Marie Dunphy Renowned Irish dressage coach offering valuable guidance for FEI-level mastery. Regional Climate & Community Mild winters, indoor facilities for year-round training, and vibrant equestrian events. International Accessibility Near Dublin and Cork Airports for easy travel to international events and visiting coaches. Barn Evaluation Check trainer's FEI history, flexible training schedules, and full livery service details. Planning Relocation Consider quarantine, shipping logistics, economic factors, and thorough barn selection. Conclusion Prioritize expertise and care in selecting a barn in southeast Ireland for successful dressage training. Exploring Dressage Training Opportunities on the Southeast Coast of Ireland: Finding the Perfect FEI Barn The southeast coast of Ireland beckons serious dressage riders with its unparalleled charm, offering a unique combination of breathtaking landscapes and a thriving equestrian community. Whether relocating from abroad or simply seeking to elevate your training, selecting the right FEI barn is essential for achieving your riding ambitions. In this guide, we delve into the premier dressage training facilities on Ireland's southeast coast, providing insights to help you make an informed decision. Understanding FEI-Level Dressage Training FEI (Fdration questre Internationale) dressage training represents the pinnacle of competitive riding, encompassing levels from Classical to Grand Prix. Riders at this level demand consistent access to seasoned trainers and exceptional care for their mounts, advocating for an intensive training schedule of at least five sessions weekly. The journey to mastering advanced movements requires unwavering dedication and expertise. Key Facilities on the Southeast Coast Ballinamona Equestrian Centre Waterford Ballinamona Equestrian Centre is a premier facility located on the Old Tramore Road, Waterford. Its strategic position offers easy access to Dublin and Cork, making it an attractive choice for both local and international riders. The lush parkland setting provides an ideal environment for focused training, blending aesthetics and functionality. Facilities & Amenities Ballinamona features dedicated arenas for dressage, showjumping, and cross-country, accommodating riders with diverse interests. Professional management and top-notch infrastructure make it particularly appealing for serious dressage riders seeking versatile training options. Finding Your Ideal Training Barn: Essential Criteria Professional Instruction Standards Look for trainers with credentials at the Intermediate I level or higher, coupled with a proven track record at FEI-level competitions. Their ability to guide multiple horses to advanced stages is key to a successful training venture. Full Livery Services Comprehensive boarding should offer daily grooming, tailored feeding plans, and swift access to veterinary care. Ensure facilities support holding during vet visits and provide ample turnout to maintain horse welfare. Training Schedule Intensity Your facility of choice should propose at least five training sessions a week with private lesson options for individualized progress tracking. Adaptability in scheduling ensures alignment with horse and rider development. Facility Infrastructure Opt for barns with well-maintained indoor and outdoor arenas, quality footing, and good ventilation in stabling. Proper drainage and safe turnout fields are imperative for your horse's well-being. Anne Marie Dunphy Leading Irish Dressage Coach Anne Marie Dunphy is regarded as one of Ireland's preeminent dressage coaches, blending experience from the sport horse and thoroughbred sectors. Her stature makes her a valuable resource for serious riders aiming for FEI-level mastery. Regional Advantages of Southeast Ireland for Dressage Training Climate Considerations The southeast's milder winters favor year-round training, further complemented by indoor facilities that shield from Irelands infamous wet weather, which is crucial for maintaining consistent progress. Community & Competition Opportunities The region hosts numerous equestrian events, fostering a sense of camaraderie and offering numerous competition avenues at all levels, essential for a rider's growth on the international stage. International Accessibility Proximity to Dublin Airport (approx. 2 hours from Waterford) and Cork Airport ensures seamless travel arrangements for international competitions and visiting specialist coaches. What to Ask When Evaluating a Barn Before confirming your choice, clarify the trainer's FEI competition history and their success in training horses to advanced levels. Understand how training schedules are structured and what flexibility exists for accommodating horse-specific needs. Assess full livery offerings, particularly grooming and turnout practices, along with supplement management protocols. Planning Your Move to Ireland When relocating to the southeast coast for advanced dressage training, consider quarantine processes for your horse, shipping logistics, and the economic implications, including currency and residency requirements. Invest adequate time in finding the right barn to avoid hasty decisions that may later prove unsatisfactory. Conclusion: Making Your Decision Choosing the right FEI dressage training barn in southeast Ireland requires diligent evaluation of trainers, facilities, and livery services. The wealth of Irelands equestrian heritage and community, combined with exceptional facilities like Ballinamona Equestrian Centre, offers riders an unparalleled opportunity to advance their skills. By prioritizing expertise and care, youre setting yourself and your horse up for success on the international dressage stage.```html```

A 4-year-old Quarter Horse mare in Merced County, California, recently tested positive for equine infectious anemia (EIA) after presenting with weakness and anemia. She is now deceased.One potentially exposed horse on the premises has been tested for EIA, and results are currently pending. The exposed horse will remain under quarantine until pending lab results are received and a 60-day retest sample is completed.EDCC Health Watch is an Equine Network marketing program that utilizes information from the Equine Disease Communication Center (EDCC) to create and disseminate verified equine disease reports. TheEDCCis an independent nonprofit organization that is supported by industry donations in order to provide open access to infectious disease information.About EIAEquine infectious anemiais a viral disease that attacks horses immune systems. The virus is transmitted through the exchange of body fluids from an infected to an uninfected animal, often by blood-feeding insects such as horseflies. It can also be transmitted through the use of blood-contaminated instruments or needles.ACoggins test screens horses blood for antibodiesthat are indicative of the presence of the EIA virus. Most U.S. states require horses to have proof of a negative Coggins test to travel across state lines.Once an animal is infected with EIA, it is infected for life and can be a reservoir for the spread of disease. Not all horses show signs of disease,but those that do can exhibit:Progressive body condition loss;Muscle weakness;Poor stamina;Fever;Depression; andAnemia.EIA has no vaccine and no cure. A horse diagnosed with the disease dies, is euthanized, or must be placed under extremely strict quarantine conditions (at least 200 yards away from unaffected equids) for the rest of his life.

Veterinarians often use PRP to treat joint disease in horses. | Adobe StockVeterinarians often use platelet-rich plasma (PRP) to treat equine joint disease, but the lack of standardized preparation methods has limited their ability to accurately assess its clinical efficacy. Without standardization, rigorous research to conclusively determine PRPs therapeutic value in equine joint treatments cannot be performed, said Omar Maher, DVM, Dipl. ACVS, ACVSMR, during the 2025 American Association of Equine Practitioners Convention, held Dec. 6-10 in Denver, Colorado.Maher, the founder of Atlantic Equine Services, with locations in Wellington, Florida, and Dover, New Hampshire, presented on behalf of his co-author, Philippe Benoit, DVM, MS, Dipl. ACVSMR. In their Proceedings paper they emphasized that the lack of PRP preparation consistency ultimately limits the clinical utility of what can be a valuable orthobiologic for managing equine joint disease.Maher explained that veterinarians currently produce PRP either by centrifugation or filtration of a horses blood sample. The resulting plasma suspension contains platelets, variable numbers of white (leukocytes) and red blood cells, and plasma proteins. This product is rich in growth factors, including transforming growth factor, platelet-derived growth factor, and others that researchers report might support tissue healing and modulation of inflammation.Preparing PRP for HorsesWe are in a primitive stage of understanding PRP, said Maher. There is no standardization in terms of platelet concentration or injection method. And the available studies dont typically describe what kind of PRP they are using or whether it was even PRP at all because the platelet concentration was not measured.Samples often differ in color, which reflects differences in their cellular composition. Its difficult to expect that each of these PRPs will do the same job, he added.Maher outlined several key questions practitioners should consider when preparing PRP:Do we want a leukocyte-rich or leukocyte-poor PRP (in some conditions more white blood cells might be desirable, whereas fewer are better with others)?What platelet concentration and dose should we be using?How do we harvest and store the PRP?What delivery method should we use (needle size, number of injections, dosing interval)?How do we take patient variability into consideration?What Do Researchers Know About PRP in Horses?Maher highlighted work conducted by the GRIIP (International Research Group on Platelet Injections), which reviews literature on PRP use for human knee osteoarthritis (OA) annually.That group has a preference for low leukocytes, using between 4 and 8 milliliters in the knee (which is smaller than a horses stifle), having a platelet concentration less than five times the blood concentration, and typically using PRP in patients with mild to moderate OA, he said.The GRIIP also recommends patients not receive non-steroidal anti-inflammatory drugs (NSAIDs) at the time of treatment and that clinicians administer one to three injections. They advise against co-administering PRP with local anesthetics, because locals appear toxic to platelets. They also recommend using ultrasound guidance whenever possible to reduce the risk of painful extra-articular injections, avoiding concurrent use of corticosteroids, and injecting PRP on the same day it is prepared to potentially improve the outcome following injections.PRP Recommendations for Equine PractitionersBased on these human-medicine guidelines, Maher advised collecting blood samples for PRP preparation prior to exercise and while the horse is not on any medications. Veterinarians should perform a traditional complete blood cell count (CBC) prior to processing to establish baseline platelet, white blood cell, and red blood cell counts. After PRP preparation they should analyze the final product again to determine platelet concentration.As for dose and volume, for a coffin joint, we recommend 1 billion platelets in 3 milliliters, but for a stifle we recommend 4 billion platelets in 8 milliliters, said Maher. These numbers were chosen based on experience and seem to be effective with minimal amount of flare. (Joint flare, also called reactive synovitis, can occur after intra-articular injection.)Maher and Benoit gained much of this experience in Wellington, Florida, where they treated 450 horses from 21 veterinary practices. They found both baseline platelet counts and PRP platelet concentrations varied significantly among individual horses. Some of the PRP was too dilute, and we couldnt use it, Maher said. This shows how important it is to measure the product, so we know what were injecting.Take-Home MessageBased on their available data and clinical experience, Maher and Benoit currently recommend using low-leukocyte PRP preparations, standardizing platelet numbers and injection volumes across patients, and using ultrasound guidance for deeper joints. They also advise against sedating horses prior to blood collection for PRP and recommend avoiding the use of corticosteroids and long-term NSAIDs in conjunction with PRP therapy.

Residents at an equine charity in Devon witnessed an extraordinary display of colour earlier this week when the Northern Lights illuminated the night sky.The horse and ponies who live at The Mare and Foal Sanctuarys Coombe Park Education and Equestrian Centre near Totnes witnessed a mix of pink, red and green hues in the sky above them between 10.30pm 11.30pm on Monday (19 January).Coombe Park is one of four sites run by The Mare and Foal Sanctuary and is home to around 120 rescued equines. Residents includeSir Didymus the indomitable miniature Shetland (pictured below), the inseparable Shetland pairing of Morgan and Mousey Prince, and mares Tammy and Vogue.The Mare and Foal Sanctuary currently has almost 600 horses and ponies in its care who have been rescued from abandonment, neglect or abuse. Sir Didymus, who lives at Coombe Park, saw the Northern Lights on Monday.HistoryThe charity was founded by Rosemary Kind in 1988 and was registered as a fully-fledged charity in 1992.Her vision was to ensure that the smallest, weakest, injured or most unwanted horses and ponies had care and a home for life.In the 38 years since the sanctuary was established, it has rescued more than 1,000 horses, ponies and foals. It hasspecialist experience in managing and training feral or unhandled horses and ponies and caring for mares in foal and orphaned or abandoned foals.The Mare and Foal Sanctuary now has four sites. As well as Coombe Park, it also runs Honeysuckle, near Newton Abbot, Moorland Rescue Facility near Yelverton and Upcott Park near Holsworthy. The Sanctuary also has six charity shops.The Northern lights, or Aurora Borealis, are a natural light display which occur in the Northern Hemisphere when charged particles from the sun collide with gases from the Earths atmosphere.The skies above Coombe Park were awash with colour.All images The Mare and Foal Sanctuary.More from Your HorseVet advice for preventing dehydration in horses this winter8 ways to motivate yourself to go hacking in winter (plus why its good for you)Jumping indoors: three exercises to help you prepareThe post Charity residents treated to spectacular Northern Lights display appeared first on Your Horse.

Key Points Details Importance of Rubber School Topping Creates seamless, shock-absorbing surfaces reducing playground injuries. Tested with ASTM F1292 for effective impact absorption. Metal Contamination Risk PIP surfaces may contain metal fragments from shredded waste tires. Standards like ASTM F2075 limit hazardous metals. Certification and Testing Confirm PIP systems meet ASTM F1292. Demand field test results and proof of metal tests with Material Safety Data Sheets. ADA Compliance and Durability Ensure ADA compliance, UV resistance, and warranties for 5 to 10 years. Independent Certifications Choose IPEMA-certified companies. Ask for references and testimonials. Installation and Maintenance Certify installations are done by professionals with routine checks. Annual inspections and maintenance plans are crucial. Questions to Suppliers Inquire about tramp metal tests, IPEMA certification, and third-party ASTM F1292 field tests. Long-Term Maintenance Regular maintenance is vital for safety, including annual impact performance tests and cleaning plans. How to Find Reputable Companies for Rubber School Topping Without Metal ContaminationChoosing the right company for rubber school topping is imperative to ensure the safety of our children in playgrounds. This guide is designed to assist school administrators, parents, and facility managers in identifying suppliers who prioritize non-toxic and contaminant-free materials.Why Rubber School Topping Matters for SafetyRubber school topping, commonly known as poured-in-place (PIP) surfacing, creates a seamless, shock-absorbing surface under playground equipment. This surfacing is crucial as approximately 45% of playground injuries are severe, including fractures and concussions (source). Thus, compliant surfacing is essential for reducing these life-threatening injuries.The surfacing's safety is tested with standards such as ASTM F1292, which measures Head Injury Criterion (HIC) to ensure effective impact absorption. Reputable systems protect children from falls up to heights of 12 feet with about 6.5 inches of surfacing depth.The Metal Contamination Risk in Rubber SurfacingPIP surfaces often use shredded waste tires, which can contain metal fragments. Over time, wear and exposure can lead to these metals surfacing and creating hazardous conditions (source). Preventing metal contamination is crucial for maintaining long-term safety.Critical Standards and TestingStandards like ASTM F2075 ensure safety by limiting hazardous metals in materials. Regular third-party tests are recommended, as weather and frequent use can degrade surface performance (source). Clean and safe sourcing methods are essential to avoid risks from tramp metals that damage playground safety over time.Step-by-Step: How to Find Reputable Companies1. Demand Certification and Testing DataAlways confirm whether the companys PIP systems meet ASTM F1292 standards. Ask for field test results conducted during cooler temperatures when rubber surfaces tend to harden.2. Verify Metal Contamination SafetyEnsure suppliers provide proof of tramp metal tests (meeting ASTM standards) and a detailed Material Safety Data Sheet (MSDS) that guarantees low heavy metals content.3. ADA Compliance and DurabilitySeek out companies offering ADA-compliant designs that ensure safety for all children. Reliable systems should be UV resistant and come with warranties of at least 5 to 10 years.4. Independent Certifications and ReferencesPrioritize IPEMA-certified companies adhering to CPSC guidelines. Always ask for references, case studies, and testimonials to verify performance claims in similar installations.5. Evaluate Installation and Maintenance PracticesCheck if the installations are performed by certified professionals and are followed by routine maintenance checks. This includes annual inspections and maintenance plans to prolong surfacing lifespan and ensure safety standards are continually met.Questions to Ask Potential Suppliers "What tramp metal and heavy metal tests does your rubber pass?" "Do you offer IPEMA certification for your products?" "Could you provide recent third-party ASTM F1292 field tests?"Long-Term Value: Maintenance for Contaminant-Free PlayRegular maintenance post-installation is vital for sustained safety. Conduct annual impact performance tests to prevent material degradation. Cleaning plans ensure surfacing remains hazard-free. This diligence supports longevity, often safeguarding playgrounds from injuries related to falls (source).ConclusionIn conclusion, selecting a reputable company for rubber school topping requires thorough checks on certifications, demonstrated safety measures, and proven performance records. Prioritize compliance to maximize safety and durability, ensuring playgrounds remain places of joy and security for children. By following the outlined steps, you can create a playground environment that minimizes severe injury risks, ensuring it remains free from metal contamination.```html```

A racehorse is, in many ways, the equine equivalent of a world-class athlete. Everything in its daily routineits training, its mental stimulation, and especially its nutritionis carefully managed to allow the horse to perform at peak speed and power. However, when a racehorse retires, we must look past the athlete and remember the animal. Fundamentally, they share the same digestive physiology as any other horse, yet their first career often leaves behind a legacy of gastrointestinal challenges that require careful management, particularly during the harsh winter months.The Legacy RacingThroughout a racing career, horses are conditioned for anaerobic performance. To fuel fast-twitch muscle fibres, they require quick-release energy, traditionally supplied through high-starch diets rich in oats and grain mixes. While effective for performance, these rations can be tough on the equine gut.The primary casualty is often the stomach. Unlike humans, horses produce stomach acid continuously. Without constant forage to act as a buffer, high-starch diets can lead to gastric ulceration. The unprotected squamous region of the stomach is particularly vulnerable to acid splash during intense exercise. Furthermore, excess starch that reaches the hindgut can disrupt the delicate microbial balance, lower pH levels and lead to systemic inflammation or metabolic inefficiencies, such as insulin sensitivity.The Winter ChallengeWhen ex-racehorses transition to a second career, their digestive system often needs a period of adjustment. This reset becomes significantly more difficult in winter. As temperatures drop, a horses digestible energy requirements increase by approximately 2% for every 10C decline below their lower critical temperature.For the retired racehorse, winter presents a double-edged sword: they burn more calories simply to stay warm, yet the quality and availability of pasturetheir most natural source of buffering fibreplummets. While many leisure horses may do well on winter forage, ex-racers often have higher metabolic demands and may struggle to maintain condition without a targeted nutritional strategy.Forage: The Foundation of RecoveryIn winter, the focus must shift from quick-release starch to high-quality fibre. Fibre is not merely bulk; it is a complex energy source. Through microbial fermentation in the hindgut, fibre is converted into volatile fatty acids (VFAs), which provide sustained, fizz-free energy.To support a recovering gut, owners should look toward super-fibres that offer more calorie density than standard hay:Alfalfa: Highly digestible and rich in calcium, alfalfa acts as a natural buffer against stomach acid. It provides the protein necessary for muscle maintenance without the heating effects of grain.Beet Pulp: This is a powerhouse for winter weight maintenance. Beet pulp contains nearly double the digestible energy of grass and is rich in pectin. Pectin is a soluble fibre that strengthens the stomachs mucus barrier and acts as a prebiotic. Remarkably, research suggests that adding pectin-rich sources can improve the digestibility of other forageslike hay or alfalfaby 10% to 25%.ConclusionRetirement from training does not mean a racehorse stops needing fuel; it means they need a different kind of fuel. Simply turning them out for the winter often isnt enough to counteract the physiological stresses of their past. By replacing high-starch rations with a diverse array of high-quality fibres, owners can stabilise the microbiome, help the gastric lining, and ensure their horse maintains a healthy condition. A thoughtful, fibre-first approach enables ex-racehorses to move on into their new lives with all the health and wellbeing they deserve.If you need any feeding advice, contact an equine nutritionist or a member of the British Horse Feeds team on 01765 680300 or enquiries@britishhorsefeeds.comThe post Feeding the Ex-Racehorse: Winter Management and Digestive Recovery appeared first on British Horse Feeds.

Key Points Details Importance of Pressure Distribution Crucial during hill rides; impacts how weight shifts and prevents back soreness in horses. Saddle Pads Benefits Shock absorption, weight distribution, adaptive movement, and moisture management. Research-Backed Findings Reindeer fur pads show significant improvement in MOF reduction compared to no pad or gel pads. Best Saddle Pad Types Sheepskin or reindeer fur, gel or XRD foam, memory foam. Selection and Usage Tips Ensure proper fitting, regular maintenance, consult professionals, and perform trials on different terrains. Conclusion Right saddle pads improve horse comfort and performance; potential load distribution improvement up to 21%. Welcome to Just Horse Riders, your expert source for Horse Riding Apparel and Equestrian Supplements. Whether you're a beginner or a seasoned equestrian, understanding how saddle pads enhance pressure distribution is vital, especially during uphill and downhill riding. Let's dive deep and discover how these unsung heroes can make or break your riding experience. Why Pressure Distribution Matters More on Hills When traversing hills, the horse's balance is continually shifting to adapt to new gradients. During uphill rides, weight moves towards the forehand, increasing pressure on the saddle's front. Conversely, downhill descents cause weight to shift onto the loins, posing risks of back soreness. Riders frequently encounter sweaty pressure points after such rides. According to research, on uneven terrains, maximum overall force (MOF) can reach 1650 N at trot. A saddle pad effectively dispenses these forces, ensuring a balanced weight distribution. How Saddle Pads Enhance Pressure Distribution A saddle pad introduces an additional protective layer between the saddle and the horse's back. Heres how they excel during hill rides: Shock Absorption: Materials like gel and foam adeptly compress under load, mitigating peak pressures. Weight Distribution: These pads mold to the horse's body, efficiently preventing high-pressure points. Adaptive Movement: Unlike rigid saddles, quality pads adjust to the horse's movements. Moisture Management: By wicking moisture, they alleviate friction and rubs, particularly useful post-hill rides. Research-Backed Performance of Saddle Pads A seminal study from 2010 analyzed the effects of different saddle pad materials, such as gel and reindeer fur, and their impact on pressure distribution: Pad Type MOF at Walk (N) MOF at Trot (N) Pressure Distribution Improvement No Pad 1005 1650 Baseline Reindeer Fur 796 (-21%) 1437 (-13%) Significant improvement in both directions Gel No significant change No significant change Minimal From this study, the reindeer fur pad emerged as highly efficient in lowering MOF, validating the importance of selecting the right pad. Best Saddle Pad Types for Hills Various kinds of pads cater to hill riding: Sheepskin or Reindeer Fur: Best for dynamic pressure relief, thanks to their circulatory and moisture-handling properties. Gel or XRD Foam: Superior in jolt absorption, ideal for downhill impacts, and ensures even pressure. Memory Foam: Conforms to the horse's shape, but opt for versions accommodating active riding. Tips for Selecting and Using Saddle Pads Real-World Tips: Opting for the right pad can transform your riding journey: Fitting: Saddles must fit well to anchor pads' benefits. Maintenance: Understand specific cleaning needs, especially for sheepskin. Align with Equine Needs Consult professionals to find a saddle pad that meets your horses unique nuances. Testing and iteration are keytrialing on varied terrains can lead to optimal choices. Conclusion: Elevate Your Riding Experience In conclusion, saddle pads are more than mere accessoriesthey are pivotal in boosting your horse's comfort and performance. Even modest investments in an appropriate pad can substantially improve load distribution by 13-21%. At Just Horse Riders, explore our wide range and equip yourself with the best riding gear to match. Ride wisely, ride comfortably.