Javascript must be enabled to continue!
Effect of the Brown Coal-Based Feed Additive on Poultry Productivity Indicators
View through CrossRef
This study examined the effect of feed additives based on brown coal on the productivity indicators of laying hens. The Relict A® organo-mineral feed additive for livestock and poultry is a multi-component, gummatized product with a wide range of biological activity, accelerating the growth and development of the animal. Relict A® is an environmentally friendly supplement that does not contain hormones or synthetic compounds. The control group was fed complete feed without additives. The second, third and fourth groups were fed feed containing 0.04%, 0.06% and 0.10% of the studied additives, respectively. The amount of feed for each group of laying hens was strictly normalized in accordance with their age, according to the recommendations for this cross. The use of the Relict A® feed additive in the laying hens’ rations led to an increase in the average number of eggs per laying hen, a decrease in the cost of feed for producing 1 dozen eggs, and a reduction in the time when the poultry reached the peak egg laying intensity. Feeding the additive to laying hens reduced the cost of producing 1 dozen eggs in the experimental groups, and also increased the profitability of chicken eggs in comparison with the control. The best dose was to use 0.06% of Relict A® by weight of the feed. A 26.6% increase in laying hen egg production was found.
Keywords: feed additives, laying hens, egg productivity, brown coal
Knowledge E DMCC
Title: Effect of the Brown Coal-Based Feed Additive on Poultry Productivity Indicators
Description:
This study examined the effect of feed additives based on brown coal on the productivity indicators of laying hens.
The Relict A® organo-mineral feed additive for livestock and poultry is a multi-component, gummatized product with a wide range of biological activity, accelerating the growth and development of the animal.
Relict A® is an environmentally friendly supplement that does not contain hormones or synthetic compounds.
The control group was fed complete feed without additives.
The second, third and fourth groups were fed feed containing 0.
04%, 0.
06% and 0.
10% of the studied additives, respectively.
The amount of feed for each group of laying hens was strictly normalized in accordance with their age, according to the recommendations for this cross.
The use of the Relict A® feed additive in the laying hens’ rations led to an increase in the average number of eggs per laying hen, a decrease in the cost of feed for producing 1 dozen eggs, and a reduction in the time when the poultry reached the peak egg laying intensity.
Feeding the additive to laying hens reduced the cost of producing 1 dozen eggs in the experimental groups, and also increased the profitability of chicken eggs in comparison with the control.
The best dose was to use 0.
06% of Relict A® by weight of the feed.
A 26.
6% increase in laying hen egg production was found.
Keywords: feed additives, laying hens, egg productivity, brown coal.
Related Results
Halalan Toyyiban Poultry Feed: an Appraisal from the Maqasid Shariah Perspective
Halalan Toyyiban Poultry Feed: an Appraisal from the Maqasid Shariah Perspective
Animal feed is one of the essential elements in the production of Halal food products. In choosing animal-based Halal food products, a Muslim should be concerned not only about the...
Assessment of poultry rearing practices and risk factors of H5N1 and H9N2 virus circulating among backyard chickens and ducks in rural communities
Assessment of poultry rearing practices and risk factors of H5N1 and H9N2 virus circulating among backyard chickens and ducks in rural communities
Background
The avian influenza virus (AIV) causes significant economic losses by infecting poultry and occasional spillover to humans. Backyard farms are vulnerable to AIV epidemic...
On determining coal classification indicators for establishing dangerous properties of mines
On determining coal classification indicators for establishing dangerous properties of mines
Currently, more than 20 qualification indicators are known by which degree of metamorphic coal transformations are established. Most of these indicators are designed for determinin...
Adaption of Theoretical Adsorption Model on Coal: Physical Structure
Adaption of Theoretical Adsorption Model on Coal: Physical Structure
With the motivation to investigate the role of coal physical structure on the adsorption performance of coal reservoir, 18 different types of coal samples with different coal struc...
The development of the market of qualified coal fuels in Poland
The development of the market of qualified coal fuels in Poland
Abstract
The aim of this article is to discuss the changes that have been observed on the market of qualified coal fuels (the so-called eco-pea coal) over the last few years. T...
Coal and Coal Byproducts as Potential Sources of Rare Earth Elements (REE) in Indiana
Coal and Coal Byproducts as Potential Sources of Rare Earth Elements (REE) in Indiana
The purpose of this study is to evaluate coal and coal byproducts (coal waste, coal ash, and acid mine drainage) in Indiana as potential sources of rare earth elements (REE). On a ...
Natural Frequency of Coal: Mathematical Model, Test, and Analysis on Influencing Factors
Natural Frequency of Coal: Mathematical Model, Test, and Analysis on Influencing Factors
The difficulty in enhancing the low permeability of deep coal seams is the key problem restricting gas extraction. The technology of coal rock resonance and permeability enhancemen...


