Range of Motion in Joint Health

Posted by on 8/13/2020 to Education and Interest
Know your nutrients -   Rome wasn't built in a day is a true enough statement, but whether is takes ten years or a hundred years will depend on a number of things, right? Imagine of you will, a modern day Rome being built with all of the essential conveniences of today. Would you send in the plumber to wire the house? Or the roofer to run the pipes? Of course not! You've got to engage the proper workers to get the job done right!  The use of nutrients is nothing new in supporting the body's ability to function on a daily basis. All of the systems of the horse are supported by a variety of elements that have a multitude of functions, and just like the plumber and the electrician they each have a job to do. So when rehabilitating a lame or injured horse, the more specific you can be the greater your chances of success.     

In this session of "know your nutrients" we are going to concentrate on the nutrients necessary to support the connective tissue of the tendon or ligament as they are required to support the range of motion in every joint.

If you're the less technical type, and just want to get to the nitty-gritty of what to do, feel free to skip down to the bottom of the page and review the product list instead.


Silicon (Sodium Zeolite A) is involved in the formation of the collagen matrix as well as bone mineralization. Collagen is an often overlooked factor in joint health as it makes up to 90% of the connective tissue in dry weight. While 70% of the bone is comprised of mineral components, this collagen matrix makes up the other 30% and is necessary to preserving the integrity of these tissues that otherwise may become brittle and susceptible to damage. When silicon is deficient in the diet, the formation of the bone matrix appears to be limited; potentially resulting in even greater problems than if it is deficient in the mineralization process alone. Sodium Zeolite A converts into orthosilicic acid (silicon) in the body. Here is a link to some Silicon Research in Horses or simply google search "orthosilicic acid joints" to read about all the amazing benefits it has from a bone and joint standpoint. Most equine supplements fail to feature this new nutrient. OSTEO-FUEL is ahead of the rest! Schütze et al. reported that the Sodium Zeolite A stimulated DNA synthesis in osteoblasts (bone building cells) and inhibited osteoclast (cells which breakdown bone)-mediated bone resorption in vitro. This is possibly attributable to the ortho-silicic acid-releasing property of Sodium Zeolite A. Studies in young thoroughbred race horses show that horses supplemented with silicon (as Sodium Zeolite A) can train and race almost twice the total distance as horses not supplemented with silicon before suffering injuries. This is a very impressive statistic, in a sport where injuries are inevitable

Glucosamine supports cartilage production, improves joint comfort and inhibits inflammatory mediators, which contribute to cartilage breakdown and joint pain.

Chondroitin supports production and slows breakdown of cartilage. It has shown to improve joint comfort & inhibits inflammatory mediators. Glucosamine and chondroitin sulfate have been shown in published equine cell research to work better together than either alone over long term studies.

MSM is known for anti-inflammatory activity, which typically applies most specifically to tissues in and around the joint. Research done on exercised horses given MSM reported anti-inflammatory and antioxidant benefits in the bloodstream.

Zinc assists in the metabolism of nutrients and blood formation. It is required for the immune system to function correctly. It also plays a vital role in production of healthy skin, hair and hooves. The Zinc:Copper ratio is important to keep balanced in the horses diet.

Copper is critical in the formation and repair of collagen, the major component of bone matrix. Copper is required for activity of lysyl oxidase, the enzyme needed to form crosslinks in collagen, which hold the bone tissues together. Think of collagen crosslinks as rebar or steel wire placed into an area before concrete is poured. The rebar or steel wire will hold the concrete together, making it more durable. Copper deficiency could impair the strength of collagen and in turn, bone & connective tissue. Insufficient copper in the diet has been implicated in osteochondrosis and flexural deformities.

Manganese is required for the utilization of fats and carbohydrates. It is involved as a co-factor for the formation of cartilage and bone production through chondroitin synthesis.

Vitamin C plays a vital role in the production of collagen, which is a key component in bone & connective tissues like cartilage, tendons and ligaments. It also has shown to have benefits for the immune system in horses low in Vitamin C.

Vitamin E is important for stabilizing cell walls by protecting their destruction from oxidation, and is thus referred to as an “anti-oxidant” vitamin. It is also involved in supporting the immune system.

We've taken the guess work out of the rehabilitation phase and if you are rehabilitating a lame or injured horse, and need to support the connective tissue aspect of the joint, look no farther! Osteo-Fuel provides the proper nutrients in the right ratio and delivers it in one easy to feed pelleted formula.

Click Here for more information on Osteo-Fuel

If you are looking for a product to support all of the systems of the horse (joint, bone, hoof, hair and more!) and are not in the rehabilitation phase, then check out the Performance Horse Max..

Click here for more information on Performance Horse Max

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