Methane production in ruminant livestock systems has been controlled traditionally through antibiotic use. However, these have been banned in Europe since 2006 and will soon be banned on other continents. In response, research has focused on identifying synthetic and natural compounds with antimicrobial properties that do not foster microorganism resistance. Plant secondary components such as essential oils are receiving increasing attention. To date, only 70 essential oils and their main active principles have been tested to determine their ef fect on ruminal fermentation modification and/or methane mitigation. Most studies addressing these phenomena have been in vitro, and some report significant modification and/or mitigation action. In ...
The threat to human health associated with the use of antibiotic and chemical feed additives has pro...
The combination of Rumensin® and essential oil could be beneficial for ruminal fermentation by suppr...
The study was designed to determine the effect of a candidate natural feed additive on the kinetics ...
The objectives of this study were to characterise four essential oils (EO) chemically and to evaluat...
The objectives of this study were to characterise four essential oils (EO) chemically and to evaluat...
The objectives of this study were to characterise four essential oils (EO) chemically and to evaluat...
The effects of adding essential oils (EO) on rumen fermentation and methane production were examined...
The objectives of this work were to investigate the effects of unconventional oils rich in phenolic ...
Public awareness of health risk and environmental problem caused by unappropriate use of antibiotics...
The effect of Agolin Ruminant, a blend of essential oils, on methane (CH4) emissions were investigat...
The effect of Agolin Ruminant, a blend of essential oils, on methane (CH4) emissions were investigat...
The effect of Agolin Ruminant, a blend of essential oils, on methane (CH4) emissions were investigat...
Exogenous enzymes and essential oils (EOs) have both improved fibre digestion in ruminants, but the ...
Enteric methane production lowers the efficiency of feed utilization in ruminants and contributes to...
Exogenous enzymes and essential oils (EOs) have both improved fibre digestion in ruminants, but the ...
The threat to human health associated with the use of antibiotic and chemical feed additives has pro...
The combination of Rumensin® and essential oil could be beneficial for ruminal fermentation by suppr...
The study was designed to determine the effect of a candidate natural feed additive on the kinetics ...
The objectives of this study were to characterise four essential oils (EO) chemically and to evaluat...
The objectives of this study were to characterise four essential oils (EO) chemically and to evaluat...
The objectives of this study were to characterise four essential oils (EO) chemically and to evaluat...
The effects of adding essential oils (EO) on rumen fermentation and methane production were examined...
The objectives of this work were to investigate the effects of unconventional oils rich in phenolic ...
Public awareness of health risk and environmental problem caused by unappropriate use of antibiotics...
The effect of Agolin Ruminant, a blend of essential oils, on methane (CH4) emissions were investigat...
The effect of Agolin Ruminant, a blend of essential oils, on methane (CH4) emissions were investigat...
The effect of Agolin Ruminant, a blend of essential oils, on methane (CH4) emissions were investigat...
Exogenous enzymes and essential oils (EOs) have both improved fibre digestion in ruminants, but the ...
Enteric methane production lowers the efficiency of feed utilization in ruminants and contributes to...
Exogenous enzymes and essential oils (EOs) have both improved fibre digestion in ruminants, but the ...
The threat to human health associated with the use of antibiotic and chemical feed additives has pro...
The combination of Rumensin® and essential oil could be beneficial for ruminal fermentation by suppr...
The study was designed to determine the effect of a candidate natural feed additive on the kinetics ...