KER NANO E

Liquid Natural-Source Vitamin E with Superior Bioavailability

Nano-E is a revolutionary natural-source vitamin E supplement for horses. Liposome encapsulation and nanodispersion ensures rapid and superior bioavailability for all horses.

Vitamin E is an essential component of body-wide antioxidant defences and plays a vital role in immune, cardiovascular, circulatory, neuromuscular, and reproductive functions.

Why use Nano-E?

• Natural-source vitamin E antioxidant supplement for all types of horses
• Utilises revolutionary nanodispersion technology
• Research proven to be 6X more bioavailable than synthetic vitamin E and 3X more than other natural vitamin E sources
• Rapid absorption so use may be timed to provide peak antioxidant protection
• Reproductive benefits for breeding stallions, as well as pregnant and lactating broodmares

When to use Nano-E

• Race and performance horses
• Horses recovering from illness or injury
• Prior to or following stressful events such as foaling, weaning or travel
• Horses with neurological or neuromuscular disease
• Horses in confinement or those not consuming fresh green grass
• Breeding stallions and broodmares to aid in optimal fertility and positively influence passive transfer and immunity in foals
• Provides antioxidant support for muscle cells and protects against exercise-induced muscle damage

Which is the Best Form of Vitamin E?

Research has revealed that vitamin E varies in its potency, based on whether it is natural or synthetic.

Sources of natural vitamin E, especially Nano-E, more effectively raise serum levels when compared to synthetic sources, making natural vitamin E more bioavailable.

Nano-E utilises revolutionary nanodispersion technology allowing for even greater absorption.

Researchers developed a method by which fat-soluble vitamins can be absorbed with great efficiency. Because of its oily nature, vitamin E is hydrophobic (water-shunning).

To overcome this, researchers use proprietary technology to encapsulate the vitamin E in nanoparticles and then surround each nanoparticle with a hydrophilic (water-loving) outer layer. The hydrophilic outer layer allows the nanoparticles to be rapidly and evenly released in water-based environments such as the gastrointestinal tract.