In our rural survey, we observed that many farmers and breeders often lack a clear understanding of the antagonistic interactions between different feed additives. As a result, they tend to mix them together without considering the potential negative consequences. This can lead to reduced effectiveness or even harmful effects on livestock and poultry health. To help address this issue, we would like to share some key information about feed additives that may have antagonistic effects when combined.
Firstly, calcium and phosphorus absorption is hindered in an alkaline environment. Therefore, it's not advisable to combine calcium or phosphorus supplements with alkaline additives such as choline. This can reduce the overall efficacy of these essential minerals.
Secondly, phosphorus can interfere with the absorption of iron in animals. So, when adding iron to feed, it's best to avoid excessive amounts of bone meal or calcium hydrogen phosphate, as they may counteract the benefits of iron supplementation.
Thirdly, magnesium can decrease the absorption of phosphorus in livestock. Hence, when supplementing phosphorus, it's important to limit the amount of magnesium oxide or magnesium sulfate added at the same time.
Fourthly, when using trace elements like calcium, magnesium, iron, and aluminum, it's recommended to avoid combining them with oxytetracycline. This antibiotic can interfere with the absorption of these essential minerals, reducing their effectiveness.
Fifthly, there is an antagonistic relationship between zinc and calcium. Therefore, if you're adding zinc sulfate to the feed, it's better to avoid adding large amounts of calcium simultaneously, as this may impair zinc absorption.
Lastly, compounds containing iron, zinc, copper, manganese, and iodine should not be mixed with certain vitamins such as vitamin A, K3, B1, B6, and folic acid. These combinations can lead to reduced nutrient availability and may negatively impact animal performance.
By being aware of these interactions, breeders can make more informed decisions when formulating feed, ensuring optimal nutrition and better health outcomes for their livestock and poultry.
Specifications
Recessed LED Downlight with built-in Microwave Motion Sensor
Model | AM-6.0GY |
Luminous flux | 800~900lm |
Luminous Efficacy | >80lm/W |
Colour Rendering index | 80 |
Beam Angle | 140° |
Light Decay | <30% over 10,000 hours |
Rated Lifespan | >30,000 hours |
Power consumption | 10 watts |
Input voltage / Frequency | 80-260vac 50-60HZ |
Reflector / Diffuser | Frosted diffuser |
Operating Environment | -20°c~+50°c |
Dimensions | Φ193*77mm |
Hole Cut Size | Φ160~Φ180mm |
LED Source | 56pcs SMD2835 |
Working mode | ON/OFF or Full/Dim |
Sensor Range | 180*360 degree |
Sensor Distance | 6-8m Radius |
Delay Time |
18-25s |
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