Vets state that OCD’s are caused while the mare is forming the baby the
first 11 months. The treatment would be to give a supplement Calcium
while in foal. This is the best Horse OCD Treatment. Once the OCD is formed,
it is best to use a Mineral, and Maximum Performance is
one the best and fastest way to repair an OCD in yearlings, two year old , even
four year old stallions. Calcium is hard to digest and there is little left in the
feed and hay. This OCD below was repaired in 30 days on Maximum Performance
Irritable mares are tying up with ulcers. They are unable to ovulate because they do not have
enough calcium in their feed. We have the supplement to help calm mares quickly!
Irritable mares are tying up with Ulcers, unable to ovulate. They are PMSing all the time,
depressed, agitated, hard to handle, tying-up, picky eaters, .
With the lack of minerals in today’s feed and hay, irritable mares are unable to fully ovulate.
They are nervous, grumpy, have digestive issues, cannot concentrate on anything, and are tying-up.
They are dangerous to be around and fighting ulcers.
The lack of Calcium in the feed is what prevents the mares from ovulating. Maximum
Performance supplement has a chelated Calcium that is 93% digestible into the bloodstream.
This product works very quickly, in about 4 days, will allow a mare to ovulate, calm down and
start to save her energy for racing, showing, breeding, and everyday life. If the mare has
an Ulcer on top of not ovulating, she will need to start on the pellets. This will also keep them from tying-up.
If she does not have an ulcer, she can go straight to the granular
and recover even faster. Why not give your mare a chance to be the really sweet girl she
would like to be. The one who stands quietly with the lead laying on the floor while you wrap her legs,
allowing other horses to stand beside her, letting the farrier trim and reset without knocking
his teeth out. Let her save her energy for racing or showing, instead of stressing the whole time
you haul her to her next race or show, arriving exhausted. www.mphorse.com
Questions contact Susan at 502-817-1947 #mares #irritable mares #calm mares #depressed mares #tying-up #horses repair ulcers
The Calcium and Minerals in MP Pellets puts the gut in an
Alkaline pH balance and repairs horse’s ulcers in about 30 days.
There are very few minerals in the feed, grain or hay. and
by supplementing, what the horse really needs, you can balance
the gut, rush minerals needed directly into the blood stream.
You will see a difference in attitude in about 5 days, the tendons
and ligaments will start to be more flexible quicker, and your horse
will start to calm down, improve stamina, endurance, muscle mass
and ever improve the hoof in about 30 days.
Dr. Scott Bennett in Simpsonville, KY is recommending Maximum Performance supplement when he comes in contact with yearlings with OCD’s and will repair OCD’s with this supplement.
You will prevent and repair OCD’s, contracted tendons, and epiphysitis when you supplement your foals and young horses with Maximum Performance Calcium mineral supplement.
Also Maximum Performance Supplement provides the chelated Calcium and minerals that are no longer found in the hay and grain. Therefore, the young horses and foals can recover from OCD’s, contracted tendons and epiphysitis with this supplement.
However, you can prevent these conditions when foals are given Maximum Performance early in their gestation. Dr. Robert Hartman says the OCD’s are formed the first 11 months while the foal is in gestation when there is not enough Calcium in the feed while the mare is forming the baby.
OCD’s will appear from 1 to 3 years of age. They can be repaired even at that age with Maximum Performance Calcium and Minerals in about 30 days.
Repair Contracted Tendons, OCD’s, Epiphysitis with Maximum Performance Supplement
Maximum Performance supplement chelated minerals will provide the minerals not found in large enough quantities in the hay and grain today for sound foals and productive horses.
This formula provides:
♦ Support for bone and tendon development
♦ Increased growth rate
♦ Improved joint cartilage formation and maturity (knee closure)
♦ Relief of contracted tendons and enlarged joints
♦ Prevention and repair of OCD lesions
Helps Stallions with:
♦ Improved libido
♦ Increased Sperm count
♦ Maintaining muscle mass during breeding season
♦ Preventing Laminitis
♦ Preventing testicle atrophy
Helps Mares with :
♦ Conception rates
♦ Fetal development & birth weight
♦ Protect mare from mineral and bone loss due to fetal demand
♦ Colostrum yield and quality
♦ Muscle contraction during foaling
♦ Release of placenta
♦ Reduce uterine artery rupture
Take your horse to max!
Horses are athletes. For them the importance of Calcium includes:
♦ Oxygen delivery to the muscles
♦ Normal function of metabolism
♦ Conduction of nerve impulses to the muscles
♦ Muscle contraction of the legs and body
♦ Heart muscle for pumping blood
♦ Contraction of the diaphragm for breathing
♦ GI muscle contraction for digestion
♦ Strong bones and teeth
♦ Improves oxygen to the cells for Stamina
♦ Helps prevent muscle soreness and fatigue
♦ Shorter recovery times while maintaining muscle mass
♦ Repairs Ulcers and Cushings
♦ Reduces Irritability and Nervousness
♦ Improves hoof quality
♦ Improves Hydration, Hormone production
Every time your horse exerts himself, he loses valuable minerals.
Minerals must be replaced daily for basic health, all the way to peak performance.
Why You Must Supplement Your Horse With Minerals!
When a horse sweats, they deplete their minerals. Today the feed and hay
have little to provide for all the horse’s needs because the soil is depleted.
Signs of depleted minerals are Ulcers, Cushings, Nervousness, Decreased
Hormone Production, Cribbing, Irritability, Lack of Stamina, Aggressiveness
Muscle Soreness, Tying-up, Colic, Depression, Poor Hoof Quality, OCD’s,
Epiphysitis, Shallow Bone Mass, Stunted Growth to name a few.
Minerals provide the building blocks for great health in your horse.
♦ Calcium –Improves bone & tendon formation and maintenance; delivers oxygen
to the cells, reducing muscle soreness and repairs Ulcers and Cushings.
♦ Phosphorus –helps to maintain bone and tendons, reducing rickets.
♦ Magnesium – improves bone density, metabolism, and reduces toxins.
♦ Iodine – improves the thyroid production reducing fat, improves shedding.
and hormone production.
♦ Sodium – improves electrolytes reducing colic, muscle soreness, tying up,
♦ Copper and Iron – form healthy blood cells, producing energy, and protective
covering for nerves and connective tissue.
♦ Selenium – Important for reproduction, growth, and immune function.
♦ Zinc – important for bones, healthy hooves and coat, and reproduction.
Articles on Horse Supplement Calcium
Calcium Is A Very Important Mineral For Horses
Horse Supplement Calcium and phosphorus are the most abundant minerals in the body, making up 70% of the total mineral content. Calcium has several important functions in the body. Most people are familiar with calcium being necessary for strong, healthy bones. In fact, 99% of the calcium in the body is contained in the bones and teeth. A horse which is asked to perform athletically must have optimally strong bones to withstand the rigors of training and hard work, whether it be for racing or other performance. In addition to bone formation/strength, calcium is important for several vital metabolic functions in the body including:
– Muscle contraction (“calcium pump”)
– Skeletal muscle for locomotion
– Heart muscle to pump blood efficiently
– Smooth muscle, such as within the gastrointestinal tract for normal “gut-motility” & digestion
– Nerve conduction
– Other specific metabolic reactions (blood clotting, normal cell-membrane function, glandular secretion, temperature regulation, regulating activity of many enzymes, and cellular activity)
The importance of calcium to the performance horse includes normal functioning of metabolism, the conduction of impulses along the nerves to muscle, the contraction of leg and body muscles for exercise, the contraction of the heart muscle for pumping blood, the contraction of the diaphragm for breathing, the functioning of the GI muscle for digestion. Calcium also plays a vital role in maintaining strong and healthy bones, cartilage and joints for peak performance without injury/breakdown.
The Regulation of Calcium
Due to the vital metabolic functions of calcium, its level in the bloodstream is closely regulated by the body. Vitamin D and hormones, such as PTH (parathyroid hormone) and calcitonin, normally maintain blood calcium levels within a narrow range to ensure normal muscle/nerve conduction and metabolic functions. Ideally, a horse’s daily calcium requirements should be provided entirely from the diet. If not, bone provides a “storage” form of calcium for the body. When the diet does not provide adequate calcium, the PTH stimulates the mobilization of calcium from bones and into the bloodstream. PTH and calcitonin also prevent high calcium levels in the blood (calcemia) by excreting excess calcium into the urine and reducing absorption from the gut. With long-term dietary calcium deficiency, significant re-absorption of bone can occur, which can lead to decreased bone strength or abnormal bone formation. Thus, the body will sacrifice optimum bone strength formation to maintain the blood calcium levels, if needed.
Factors Affecting Calcium In The Diet
Calcium derived from the diet is affected by several dietary factors. Other minerals can affect the availability of calcium. For example, excess phosphorus in the diet will complex with calcium in the small intestine, resulting in decreased calcium absorption. Excess calcium in the diet may interfere with the absorption of copper, manganese, zinc, and iron. Excess zinc inhibits calcium and copper absorption. Adequate and balanced amounts of minerals are necessary. For these reasons, indiscriminate supplementation of minerals should be avoided. An additional factor that can result in a calcium deficiency is oxalates. Some pasture plants contain high levels of oxalates. These can complex with calcium and, thus, decrease the calcium available to the horse. Examples of oxalate-containing plants include halogeton, greasewood, shamrock, rhubarb, panic grasses, lambsquarter, and five hooked bassia. This situation is usually not a problem, but can occur if oxalate-containing plants are the primary forage or if dietary calcium levels are low/marginal.
Problems With Improper Calcium Levels In The Diet
Low Calcium In The Bloodstream
Although there are mechanisms to maintain normal calcium levels in the bloodstream, these can be overwhelmed under some circumstances. If calcium is lost in significant amounts through sweating and not replaced soon by oral intake, low blood calcium level or “hypocalcemia” may result. Under these circumstances, calcium cannot be mobilized quickly enough from the bone to maintain normal levels. This can be a serious problem for a horse. Some examples of specific problems associated with hypocalcemia include:
– Exhausted horse syndrome; colic
The exhausted horse syndrome is a complex metabolic derangement seen in endurance horses or horses exerting themselves in tough conditions or beyond their abilities/condition. These horses are severely dehydrated with multiple electrolyte deficiencies and signs of exhaustion. Colic can occur as part of this syndrome.
These conditions are all very serious and warrant immediate veterinary evaluation and treatment. Prevention of these conditions includes adequate conditioning before competition/exertion, optimal nutrition, and replacement of lost electrolytes and water during the ride/stress/transport/exertion.
Calcium & Management of HYPP
HYPP (hyperkalemic periodic paralysis) is an inherited condition associated with some Quarter Horses. Dietary management is an important part of controlling the disease. Supplementation with calcium carbonate as an alkalinizer in the diet may be beneficial by promoting potassium excretion with hydrogen ion retention by the kidneys.
Requirements For Calcium In The Diet
Without needed amounts of calcium in the diet, metabolic functions and structural support may be compromised. On the other hand, too much dietary calcium can also lead to serious consequences. Horse owners need to evaluate dietary levels of minerals and supplement as needed. Sufficient levels and proportions of minerals in horse diets are needed to facilitate optimum growth and/or performance.
Dr. Harrison is a board-certified specialist in large animal internal medicine at Good Thunder Veterinary Service, a veterinary practice devoted exclusively to equine, at New Carlisle, Ohio.
More Calcium For Young Training Horses
Well, recent research from Texas A & M University also indicates that young horses entering
race training may need extra calcium. Earlier Research with racing age horses had shown substantial
decrease in mineral content of the third metacarpal (cannon bone) during the first two months of
training. After that time, there was an increase until the end of the study.
In another study, a lack of dietary calcium was observed in young horses entering race training,
even though they were fed a recommended level according to the National Research Council (NRC).
In the latest study, 12 two-year-old horses were divided into two groups. One group of
control animals were fed the NRC recommended level of calcium. The others were fed
123% of the NRC recommended level of calcium. After adjustment to a ration of 65%
concentrate and 35% hay, the horses were conditioned and raced in four 28-day periods.
Bone density never decreased below its value on day one in the mineral-added group. A
dramatic increase was noticed from day 70 to the end of the study. Control horses had a
bone density similar to or lower than day one throughout most of the study.
Retention of calcium was greater at days 28, 56 and 84 for the higher mineral-fed
horses, indicating they made use of the extra 7 grams of daily calcium above the
It was presumed that the extra retained calcium was used for increased bone mineralization.
Data indicated that both groups became more efficient in bone synthesis in the latter part of
the study. The researchers concluded that the calcium requirement for young horses in race
training is about 0.4 percent compared to the 0.32 percent recommended by the NRC.
A study conducted at Dr. Joe Pagan’s Kentucky Equine Research in Versailles, Ky., indicates that 72 hours after being
administered Salix (furosemide, also commonly called Lasix), active horses had difficulty replenishing calcium levels…
The full story regarding Dr. Pagan’s research can be found at BloodHorse.com
Calcium in the bone generates red blood cells that deliver oxygen to the muscles.
The Alkaline Mineral Calcium is needed to Neutralize the Lactic Acid and flush it through the liver.
“Calcium’s alkaline cellular fluids provide adequate OXYGEN for the Krebs cycle to occur,
thus Preventing or Reversing the build-up of Toxic Lactic Acid.”
says Robert R Barefoot and Carl J Reich, M.D.
US Senate Document NO. 264
In 1936, the U.S. Senate Document Number 264 stated that the grazing lands and crop lands of the USA had been depleted of minerals. Furthermore, this document stated that to supply the needs of man or animals it was necessary to supplement minerals.
” The alarming fact is that the grain and hay that we are now producing on millions of acres of land no longer contain enough minerals to provide our equine population with the necessary raw materials to sustain normal body functions.”
” Plants, although able to produce vitamins and proteins, can not synthesize minerals if there are none in the soils.”
” Our horses are continually exhibiting more evidence of mineral deficiencies, namely Osteoporosis, Osteochondritis dissecans (OCD), Osteoarthritis, Anemia, Aneurysms, Depression, Colic, nervous disorders (ie: Cribbing, Weaving, Stall Walking, Irritability), Cardio Myopathy, Lack of Stamina, Decreased Hormonal Production, Stunted Growth, and Failure to Produce Quality Hooves.”
What Veterenarians Say About Minerals and OCD
OCD Lesions with Mid-Rivers’ Surgeon, Richard Hardman, DVM
OCD lesions are cartilage flaps (sometimes containing bone) that develop at the end of bones near joints during a young horse’s development. This condition is most common in young horses that experience rapid growth spurts.
The Cause of OCD Lesions
There is still much to be learned about OCD lesions. A major mitigating factor is nutritional or mineral imbalance in the horse’s diet, such as a diet high in carbohydrates or protein, which results in rapid growth in the first year of life. There are a variety of other reasons a young horse will develop OCD lesions, such as trauma to a joint, higher than average body weight, and hereditary reasons.
OCD lesions are most commonly found in stifle, hock, and fetlock joints as well as between neck vertebrae. Although less common, lesions can also occur in the shoulder, hip, and elbow joints.
OCD lesions will generally develop within the first 11 months of life but may not be noticed until 3 to 5 years of age as the horse begins training. If you are considering the purchase of a young horse, it is a good idea to radiograph those joints that are most affected to develop degenerative joint disease, also known as arthritis,
Q&A with Dr. Hartman
Q: Do OCD lesions have to be surgically removed?
A: OCD lesions in horses older than 15 months old should be removed, Generally, we do not recommend surgery in horses any younger than 15 months old. It is possible that lesions in these foals will resolve themselves.
Q: What percentage of horses goes back to full work after surgery?
A: In my experience, the success rate is around 85% percent.
Q: Are regenerative medicines, such as stem cell therapy, viable treatment options?
A:Generally, growth in the damaged area has stopped so we are uncertain at this time if stem cell therapy is a successful treatment option.
Q: Can joint injections be used to treat OCD lesion?
A: You can treat OCD lesions with injections but you are just masking signs. By masking the pain or swelling, you increase the risk of further injury.
Q: How does a surgeon treat an OCD lesion?
A: A surgeon will remove the lesion, scrape away any underlying defective bone or tissue, and then flush the joint to ensure removal of any lingering fragments.
Q: Can you prevent a foal from developing lesions?
If a young horse is experiencing OCD but has not yet developed lesions, treatment may consist of changing its diet to slow rapid growth.
Q: If my horse was previously treated for an OCD lesion, is he likely to suffer from it in other joints?
A: Recurrence is not a common problem in the same joint. It is more common to find lesions in the corresponding joint on the opposite limb.
Q: How do these lesions cause pain?
A: Lesions expose interior bone, releasing debris into the faint and resulting in inflammation.
Q: What are the clinical signs of OCD lesions?
A: Joint swelling and lameness are the most common signs.
– Dr. Robert Hartman. DVM