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Complete Electrolytes Powder

Complete Electrolytes 4.4lbs (2kg) Powder

Regular price $55.00

Unit price per 

Complete Electrolytes - Horse Electrolyte Supplement

  • For all horses in work
  • Contains all the key electrolytes lost in sweat: sodium, chloride, potassium, calcium and magnesium
  • For sustained performance
  • Extra gentle for your horse's stomach using Micro Encapsulation TechnologyTM
  • 4.4lbs (2kg) tub gives approximately 6 weeks supply
  • Also available in a syringe (not micro encapsulated though)
Product Description:

What?

Complete Electrolytes is a palatable, fully balanced electrolyte that is gentle on the stomach and replaces the 5 key electrolytes sodium, chloride, potassium, calcium and magnesium in proportion to the amounts lost in sweat during exercise.

Bar graph comparison of percent electrolyte lost to percentages provided by Complete Electrolytes

Micro-encapsulation Technology means the electrolytes are coated in a thin layer of oil, which means the electrolytes don’t have a salty/off-putting flavor, as palatability problems often limit free-choice intake of salt and electrolytes. Further, micro-encapsulation prevents irritation of the stomach and intestine, as salt intake has also been shown to irritate or cause gastric ulceration in horses (think how salt on a wound feels – of course ulcers would be painful for horses eating regular salt or electrolytes, limiting voluntary intake of salt and electrolytes). Using Microencapsulation Technology means the electrolytes are protected in the stomach and only dissolve in the small intestine - where electrolyte uptake is optimal.

Microencapsulation Image

Why?

Sub-optimal electrolyte intake is a frequent cause of poor performance in competition horses. The five major electrolytes (sodium, chloride, potassium, calcium and magnesium) are key nutrients required for nerve and muscle function, maintenance of normal hydration, and normal function of the kidneys, lungs, heart, and digestive system. Sub-optimal electrolyte intake can lead to muscle problems and poor performance, therefore horses in work require extra electrolytes to replace those lost in sweat, feces, and urine. The harder the horse works, the hotter the horse gets. The longer a horse works and the warmer the weather, the more sweat - and therefore the more electrolytes - a horse will lose. One liter of horse sweat contains around 3.5g of sodium, 6g of chloride, 1.2g of potassium and 0.1g of calcium. A horse can easily lose 5 liters of sweat each hour on a normal day at a moderate pace, which equates to the loss of around 50g of electrolytes. This amount would not be replaced by the horses' normal daily hay and hard feed alone.

When?

When your horse has been in months of training and/or high temperatures, it can take weeks or months – not just days - to fully restore the body’s normal electrolyte levels. So the simple answer is to feed electrolytes every day to prevent problems - instead of trying to treat them after the fact. Given regularly and not just during competition helps maintain electrolyte levels, stimulates appetite, encourages drinking, and leads to more consistent performance.

Instructions for Use &Feeding Guide:

Use the 25ml (28g) scoop provided

Maintenance / Light Work              
Level 25ml (28g) scoops per day
Pony - approximately 550lbs              0.5
Horse - approximately 1100lbs          1
Large Horse - over 1650lbs                1.5

Moderate Work / Temperatures
Pony - approximately 550lbs              1
Horse - approximately 1100lbs          1.5
Large Horse - over 1650lbs                2

Hard / Hot Weather
Pony - approximately 550lbs              2
Horse - approximately 1100lbs          3 - 4
Large Horse - over 1650lbs                4 - 5

-Mix thoroughly with feed and split between meals where possible.

-Always ensure unlimited access to water.

-Do not exceed the recommended intake

Ingredients & Composition: 

One of our core values is transparency. That’s why we list all the active ingredients per daily feeding rate so you know exactly what your horse is getting.

Active Ingredients:
Per 1100lb maintenance dose 
(1 x 25ml) 28g Complete Electrolytes Powder delivers: 7.7g chloride, 4.1g sodium, 1.7g potassium, 0.1g magnesium and 0.1g calcium.

Composition:
Sodium chloride, potassium chloride, vegetable oil, calcium gluconate, dextrose 5%, magnesium phosphate, flavor.

Analytical constituents:
Ash 67.6%, Chloride 38.5%, Sodium 20.5%, Oils & Fats 16.6%, Potassium 8.5%, Calcium 0.6%, Phosphorus 0.6%, Magnesium 0.5%, Protein 0.0%, Fiber 0.0%.

Additives (per kg): 
EC permitted mint flavor 2g.

Research (microencapsulation impact on sodium and water intake):

So far we haven't conducted trials on Complete Electrolytes, but we have conducted trials on our other microencapsulated product - SafeSalt - to determine how microencapsulation can affect electrolyte uptake when compared to free choice salt.  

QUESTION: Does water intake differ in horses fed supplemental salt compared to free-choice access to salt blocks?

Abstract available in the 2013 Proceedings of the Equine Science Symposium

ME Gordon* and ML Jerina, Purina Animal Nutrition Center, Gray Summit, MO 63039

Available at https://www.sciencedirect.com/science/article/pii/S0737080613001755

Background

  • Salt (electrolyte) balance is required for horses to maintain proper hydration and organ function.
  • Typical horse feeds are low in sodium, and exercise, stress, and environmental temperature can impact sweat (and therefore electrolyte) loss, so salt/electrolyte supplementation is needed to help horses maintain adequate levels.
  • Table salt has a strong flavor, so some horses will avoid salt intake intentionally, and the granular nature of table salt means it can easily fall to the bottom of feed buckets and not be consumed
  • Salt has been shown to aggravate or possibly cause gastric ulcers, so horses with ulcers may be even more likely to avoid salt intake
  • Microencapsulation of salt surrounds salt particles with a thin layer of oil in order to mask the flavor and prevent the salt's exposure to the stomach wall, which may improve palatability

Aim of Study

A series of experiments were performed to test the hypothesis that horses receiving a supplemental salt product (SafeSalt®, Science Supplements) would increase voluntary water intake compared to horses with access to free-choice salt blocks.

Study Design

  • Randomised = which horses were given placebo was pre-determined by a random system rather than a person deciding at the time of seeing a horse. This removes bias in the results caused by selecting only certain horses to have a particular treatment.
  • Crossover trial = all horses received both active supplement and placebo allowing the response of an individual horse to each treatment to be compared. Crossover trials are potentially more efficient than similar sized, parallel group trials in which each horse is exposed to only one treatment.

Study Outline

A randomized, cross-over study design was used with 14-day treatment periods and 7-day washout periods between treatments. Horses (n=10, 5 mares, 5 geldings, 5-18yr, mean BW 554kg) were housed in individual stalls with attached dry lots, and received 0.5%BW pelleted concentrate/day (Strategy® GX, 0.18% added Na DM, Purina Animal Nutrition, St. Louis, MO) and 1.5%BW grass hay/day (0.021% Na Exp 1; 0.059% Na Exp 2, DM). Horses were acclimated to water buckets for 5 days followed by a 7-day supplemental salt withholding period before the first treatment was offered. Water intake was measured once daily (0730h) by digital scale. Horses were fed SafeSalt to provide an additional 0.04g Na/kg BW/day (Exp 1; April-June, 2012) or 0.06g Na/kg BW/day (Exp 2; Oct-Dec, 2012). SafeSalt was offered with the daily concentrate, split between feedings at 0700h and 1500h. Orts were measured once daily (0630h). Plain white salt blocks (1.8 kg) were provided in plastic coated holders attached to each stall wall during the salt block treatment periods. Salt block weight was recorded by digital scale six times per 14-day period (0730h) to limit handling. Daily mean ambient temperature was recorded to determine if weather affected water intake. ANOVA was done with mixed models (SAS 9.2, 2010) and least squares means were compared using Fisher’s LSD. Covariate of temperature was used to control for possible effects of temperature on water intake.

Study Results

Experiment 1

  • There was no difference in water intake between horses receiving SafeSalt versus access to salt block (P=0.2534, Table 1).
  • Temperature affected water intake, (P<0.0001, Table 1) with a positive slope estimate of 1.20 ± 0.08L/°C.
  • Daily salt intake within each experiment was different between treatments (P<0.0001, Table 1) and highly variable for salt blocks.

Experiment 2

  • There were significant effects for treatment (P=0.0201) and temperature (P<0.0001, Table 1).
  • Water intake was higher for horses consuming SafeSalt, and temperature had a positive effect on water intake with a slope estimate of 0.46±0.05L/°C.
  • Daily salt intake within each experiment was different between treatments (P<0.0001, Table 1) and highly variable for salt blocks.

 SafeSalt versus salt block affect on sodium and water intake

Table 1. Daily water and sodium intake (above basal diet level) by horses provided supplemental salt or access to salt blocks1

1Differing superscripts within column denote P < 0.05 for each experiment; 2LS Mean ± SE; 3Mean ± SD; 4SB Na intake is calculated from 6 measurements per treatment period

Take Home Message

  • Feeding SafeSalt, regardless of temperature, lead to higher salt intake when compared to free salt block access.
  • Salt intake was very low and variable in horses given access to salt blocks in cooler weather, indicating salt block access may be insufficient to provide required levels of sodium for horses.
  • Providing 0.06g Na/kg BW/day of SafeSalt during cooler weather conditions increased water intake in horses compared to voluntary sodium consumption from salt blocks.
  • Further research is needed to access the effects of higher levels of SafeSalt administration in warmer weather.
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