Hoof Supplement for Horses

Horse hoof surcharge

Provide your horse with the solid foundation it needs, and he (and your blacksmith) will thank you for it!....

Lysine and methionine are essential amino acids that are important for growth and tissue maintenance in horses. The Platinum Hoof Support promotes healthy hooves and contains biotin for horses, zinc and manganese. To learn more about Platinum's hoof preparations, click here.

hoof trimmings

Additives to hoofs are a big game. You have memorable nicknames and tags and ingredient charts as long as your sleeve, all supposed to help make your horses more tough, shiny and long-lasting. Bad hoof or hoof qualities are a condition shared by many kinds of sports horses, and purebreds are probably the most serious criminals.

We all know the saying, "No hoof, no horse." "It goes without saying that we pay attention to our diet in order to counter the weaknesses of our horse's pedals. However, what do we really know about how to convert nourishment into hoof horns? In fact, some of the animal food additives advertised as hoof reinforcers have undergone reliable research, while others are simply derived from traditional foods or from a manufacturer's statements.

He will have a blunt fur, bad muscular tonus, no power, and the hoofs will grow more slowly than usual, leading to split, tearing and difficulties in keeping a boot. If you take such a malnourished animal and feed it a full and healthy nutrition, all these circumstances will slowly heal.

He will cultivate better hoof horns and make them more quickly because his bodies will be provided with the resources they need. Sometimes however horses cultivate bad hoofs despite optimal nourishment. We have to a certain degree hold genetic engineering responsible for this; while we were looking for skills like velocity, unusual motion or jumpability, we failed to cultivate specifically for good hoofs.

However, it is also possible that we do not yet fully appreciate which nutritional elements help to achieve high-quality hoof regrowth, and that the nutrition of our horses may not be as accurate as it appears. A variety of nutritional substances have been included in hoof regrowth at different points in time, but in recent centuries it has been the B vitamins that have attracted most of our interest.

It is a nutritive substance that participates in sugar production, cellular proliferation, cellular proliferation and the utilisation of other vitamin types such as vitamin E and vitamin E. As it contains sulphur, an essential component (in tiny amounts) for the production of the strengthening links between the lines of collagen, it is important for the good functioning of all conjunctive tissue (tendons, cartilages and bands, to name just three) as well as the coat and hoof.

However, credible research to support the use of bio-tin to promote better hoof development in horses has come to the fore only slowly, and most of the reasons for adding this nutrient to horse nutrition have come from trials in other animal strains, up to and beyond fowl and swine. Lots of horses have been successfully injured with different kinds of hoof and/or ankle injuries through the addition of bio -tin, so it is a sensible belief that it could do the same for horses - but only in the last 10 years or so that research has started to corroborate this notion.

A 1991 narrative survey of 42 Lipizzaner studs at the Spanische Hofreitschule in Vienna, Austria, included a double-blind test on the supply of iodine. Within two years, 26 of the colts were fed 20 mg of dietary supplements of bio-tin a day, and a further 16 were given a spacebo.

The further improvements of the hoof status values were sustained in the further course of the investigation time. Meanwhile, the hoof conditions of the placeto group stayed the same. These and some other similar trials have finally shown with some confidence that it has something to do with vitamin supplements. We are not quite sure, for example, why it is necessary to supplement horses with bio-tin at all.

A lot of fodder, especially fodder crops (pasture), seem to have more than sufficient levels of iodine. In addition, the beneficial dietary fibre digestive germs in horsemeat ecum seem to produce enough vitamin B2 for a horse's everyday needs as part of its regular metabolic process. Regardless, real lack of bio-tin in horses has never been recorded unless they have been artifically inductioned ( which requires some effort).

Feed your hoof with bio-tin at a rate that affects hoof regrowth is not really a question of rectifying a defect, but far beyond that. This means that the likelihood that a horse will develop bioticity is very low, even if the amount of feed it receives is many multiples of what it needs to maintain its metabolic rate.

Some horses seem to need more than the amount of preservative biotic acid. This may be due to the fact that these horses do not take in or utilise bio-tin and other horses, or they just have a higher need than horses with natural high grade hoofs. However, the fact is that some horses with inferior hoofs appear to react favourably to the addition of bio-tin.

It is also noteworthy that there is still significant debate about what is the " optimal " content of biotic for good hoofs. Due to its high margins of containment, many dietary supplement producers have adopted the "When something is good, more is better" principle. At this point, the best estimate we have is that horses may be able to use about 15 to 20 mg of fully-fledged bio-tin per diem.

It'?ll take more than bio-tin to make a better hoof. Eleanor Kellon, VMD, actually writes in her Equine Supplements and Nutraceuticals book: Guidance for top health and performance through nutrition that says: "Only an estimate of 2% of horses with hoof issues have an easy lack of habit. "Some other food components can affect the production and potency of the indissoluble component of the hoof lining, ceratin, which makes up most of the hoof area.

The three sulphur-containingaminoacids - methhionine, cyclin and cystein - are mainly involved in the cross-linking, which gives the hoofstuff stability and elasticity. Provisional studies mainly involving swine (animals with a similar gastric gastrointestinal system to horses) suggest that a deficiency of dietary methhionine may lead to bad hoof performance, as well as sinew and band dysfunction and bad adjustment to training.

There is currently very little harsh information on the dietary demands on the use of methhionine in horses, but it seems useful to supplement this amino-acid if hoof deterioration is a concern - methhionine is mentioned on the labels of many hoof preparations. A further nutritional substance involved in hoof condition is zink.

Zn is present in most equine feed and in straw, but at too low a level to reach the values for good quality for good nutrition; only corn meal appears to have a sufficient nutrition. This is why most commercially blended diets have an added level of zink, but if you are fed whole grain or feed only, your horses will not like it.

The addition of Zn to the food is a challenging task, as the uptake of this nutrient is associated with the nutritional value of many other micronutrients, up to and large enough to include Cu and E (e.g. it is best to keep a proportion of three parts of Zn to each part that Cu has uptaken).

A number of supplement firms have enhanced the absorption rate of both zinc and brass by linking them to a specific amino acid compound, a compound that is known as chelating. Watch out for substances such as "zinc methionine" on the hoof additive labels to make sure you are purchasing a Chelatant. It is good to know that although we have not set an optimal amount of Zink for good hoof condition, the risks of toxins are very low, so there is a significant increase in safe use.

However, every times you take Zink in your food you should make sure that your horses are given some extra Cu (either in the hoof preparation itself or in the feed). Further nutritional substances that could indirectly influence hoof condition are fat acid, human magnesium, Selenium, Vitamin C4 and other vitamines.

Some or all of these may appear on the hoof product labels; producers like to secure their wagers after all. As an example, excessive intake of vitamine A causes a coarse layer of fur, dermatological diseases, delicate bone, softness and brittleness of the hoofbone. If you want to reach the level of virulence of vitamin A in your equine body, the only way is to overfeed food supplement containing this protein, especially if you are combining it with lucerne eagle (rich in beta-carotene, a dietary progenitor of protein A).

Healing consists in balancing the nutrition and stopping the supply of everything that makes up more than 30,000 units per DA. The most important thing to know about hoof augmentation is that it is far from finding an immediate solution. They cannot really fix a torn or friable hoof; they can only try to promote better downward adhesion through the cord.

Estimates suggest that most lightweight and draught horses have new hoof walls growing at a speed of about seven to nine millimetres per month (or a fourth to a third of an inch). So when the hoof improves in terms of performance, it takes an average of six to nine weeks for it to reach the point where your blacksmith can adjust it.

However, not all horses taking such dietary supplementation have problems with their foot; many owner have the feeling that they will do something good by taking supplementation at a preventive stage (although in one way or another there is little evidence about this approach). The overwhelming number of hoof preparations that are fed in the quantities indicated do not damage your horses, but should be careful not to feed higher quantities than indicated on the labels or to double with more preparations.

Once you have decided to use a hoof supplement, be ready to last at least six month; it will take so long to see any improvements. After one year, if you see no differences, it may be that your horses will not react to the products.

That may be self-evident, but don't anticipate the supplement taking the place of the expert farrier. Irrespective of the hoof horn's qualities, no horses will have functioning legs if they are not correctly shaped and trimmed for long periods of time. Susan Kempson, Sc Sc, D.P., Department of Preclinical Veterinary Sciences, Royal Dick School of Veterinary Studies, University of Edinburgh, Scotland, in a survey conducted by Susan Kempson, Ph. D., Ph.D., showed that horses suffering from a wide range of hoof conditions could improve by contributing Farrier's Formula to their diets.

For two years, eighteen horses of different age and race, spread across England and Scotland, either suffered from sandy tears and crumbs around the hole in the nails, or from bruises, punctures, collapsed legs and often paralysis, were given six units a day for 18 years. Horseshoes were sent to Kempson about every six months after routinely taking the horseshoe forage.

Kempson used electronic scanning to observe changes in the fundamental structures and shapes of the hoof walls' cellular structures and cell-to-cell adhesion. Specimens taken prior to the introduction of Farrier Formula at s did not have hoof patches organized within the whites line, there were many cavities, and the scales of kitin (flakes) were slack.

After six to eight week she said that the area of the blank line began to distinguish between the laminated and intralaminar horns. One year later the horny texture was labelled as good and created a thick, coherent texture with well evolved horntubules and intubular horns. The reaction of horses with sandy tears took six to twelve week, while horses with bruises and lamenesses took seven to twelve month to respond.

But Kempson spoke of a hoof problem that had almost caused the horses to be weaned. It was Kempson who observed the hoof trimming and found bruises and strong stresses in the hoofs. Besides the improvement in horny texture, Kempson also found that horses on Farrier?¿½s Formula made better use of their food, gained rather fat and had a healthy fur and skins.

Mr. Kempson noted that hoof condition is related to food and said the food should be well equilibrated. They recommend that horses be given a daily maintenance dosage of threeoz. "Nowadays, as we keep horses under artifical circumstances, I think that equine breeders should choose what supplement they want and stick to it.

All you have to do is give them a supplement," she said.

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