VIGOSINE

VIGOSINE is a natural palatable syrup designed to increase energy production and metabolic function during periods of stress and heat stress.

What is VIGOSINE?

 VIGOSINE consists of four active ingredients:



These ingredients act together in two ways:

  1. Optimise the efficiency of energy production from feed by improving:


      2. Support detoxification and elimination of harmful waste products by improving:



What is Carnitine?

The word "carnitine" comes from "carne", the latin word for "meat".

This molecule is found in large quantities in animal proteins. The L-carnitine can also be synthesised naturally from lysine and methionine. The L-carnitine plays a key role in the metabolism of fatty acids: transport into cells and mitochondria + removal of toxic metabolites.

L-carnitine usage is increased during periods of high fatty acid metabolism associated with stress related responses.

When to use VIGOSINE?

VIGOSINE can be used during critical periods of production that result in an abnormal energy usage which may affect water and feed intake and/or impair anabolic and metabolic functions.



How to use VIGOSINE?

VIGOSINE should be administered in the drinking water DURING critical periods. There is no withdrawal period for eggs or meat.

Two recommendations for poultry:

  • Poultry (layers-breeders-broilers) = 1-2 L/1000 L of water during 5 days
  • Periods of severe or prolonged heat stress = 4 ml/bird/day for 5 days

In other Species: Cattle, pigs, sheep/goats, horses, rabbits and rodents, VIGOSINE can also be used at weaning, during critical growth phases and for relief of stress periods.



Why use VIGOSINE?

VIGOSINE acts as a crisis manager: where normal metabolic functions are disturbed it is able to aid impaired metabolic pathways, improve digestive functions, assist liver and kidney functions and boost energy production and waste product elimination. This results in improved physical performance in the critical periods that may adversely affect the birds health, weight again gain and feed conversion efficiency.



EXAMPLES for use


Since VIGOSINE contains only natural substances, it does not have a withdrawal time and can be used throughout the animal's life. No side effects have been observed following administration of the product, and it is truly compatible with a large number of products. 

Trials of VIGOSINE

  • Results in PULLETS: 54,194 pullets in two houses were caught for vaccination against fowl pox, ILT and for debeaking at the same time at 10 weeks of age. In house 1, the birds were given aspirin at a dose of 0.25 g/L for 3 days after the two handlings. The birds in house 2 were given aspirin at the same dose and VIGOSINE at 2 ml/L for the 4 days following the two procedures.


This trial demonstrates that a moderate use of VIGOSINE (4 days at 2 ml/litre) enables the pullets under vaccination and debeaking stress to recover better.

  • Results in BROILERS: 26,400 broilers placed in two buildings in a static-ventilation housing (initial density: 22 broilers/m2) started suffering from cardiac mortality. This trial assessed the efficacy of VIGOSINE versus a PLACEBO against this syndrome. The products were randomly assigned to the buildings and were added to the drinking water beetween 16 and 23 days of age for 7 days at 2 ml/litre.


These results show that VIGOSINE was able to reduce the percentage of affected birds with cardiac mortality while optimising growth (body weight).


MORE EXPERIENCES



References:

  • ARSLAN. C, L-carnitine and its use as a feed additive in Poultry feeding a review. Veterinary Medical Journal, 2006, 156, 3, 134-142.
  • ASLAM and al. Effect of stress following vaccination against Newcastle Disease in broilers. JAPS, 2005, Vol. 15, n°34, p.56-59.
  • KHALED-N-F and al. Influence of dietary L-carnitine supplementation on performance, serum traits, carcass composition and stress responses of broilers fed low-or high-fat diets Veterinary Medical Journal GIZA, 2005, vol. 53; n°2, p.577-590.
  • GOSH-ASHOK and al. Stress and avian adrenal function Biomedical Research, 2002, Vol 13, n°2-3, p.60-74.
  • LARBIER M., LECLERCQ B. Metabolism energetic. In: nutrition et alimentation des volailles, Editions INRA 1992, p.63-90.

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