product_name: Phytase
CAS_number: 9001-89-2
formula: Not available
molar_mass: Not available
pub_chem_CID: 23153
drug_bank: Not available
chem_spider: 21694
bioavailability: Not available
protein_binding: Not available
metabolism: Not available
elimination_halflife: Not available
FAQ
What is Phytase and how does it benefit the feed industry?
Phytase is an enzyme that
breaks down phytic acid, which is found in plant-based feed ingredients such as soybean
meal. By breaking down phytic acid, phytase releases more phosphorus and other nutrients
from the feed, making them more available for absorption by animals. This results in
improved feed efficiency and reduced phosphorus excretion in animal waste, which is better
for the environment.
How does Phytase improve feed efficiency in
animals?
Phytase improves feed efficiency in animals by breaking down phytic acid,
which can bind to nutrients like phosphorus and make them less available for absorption. By
releasing more nutrients from the feed, phytase allows animals to better utilize the feed
they consume, leading to improved growth rates and lower feed costs.
What are the
environmental benefits of using Phytase in feed?
One of the main environmental
benefits of using phytase in feed is the reduction of phosphorus excretion in animal waste.
When animals are able to absorb more phosphorus from their feed, they excrete less
phosphorus in their waste, which can help prevent phosphorus runoff into waterways and
reduce the risk of water pollution.
How can Phytase help to reduce the environmental
impact of animal agriculture?
Phytase can help to reduce the environmental impact of
animal agriculture by improving the efficiency of nutrient utilization in animals. When
animals are able to absorb more nutrients from their feed, they require less feed to achieve
the same level of growth, reducing the overall environmental footprint of animal
agriculture.
What are the performance benefits of using Phytase in animal
feed?
In addition to improving feed efficiency and reducing phosphorus excretion,
phytase can also have performance benefits for animals. This includes improved growth rates,
better feed conversion ratios, and overall healthier animals. By unlocking more nutrients
from the feed, phytase helps animals reach their full growth potential and perform at their
best.
How should Phytase be used in feed formulation?
Phytase should be added
to animal feed at the recommended inclusion rate, which will vary depending on the species
of animal being fed and the composition of the feed. It is important to work with a
nutritionist to determine the appropriate level of phytase to use in feed formulation in
order to achieve the desired performance and environmental outcomes.
Are there any
considerations or precautions to keep in mind when using Phytase in animal
feed?
While phytase is generally safe and effective when used in animal feed, there
are a few considerations to keep in mind. It is important to properly mix phytase into the
feed to ensure even distribution, as uneven mixing can result in inconsistent performance.
Additionally, it is important to use a high-quality phytase product from a reputable
supplier to ensure efficacy and reliability.
How can I determine the right dosage of
Phytase for my animal feed formulation?
The right dosage of phytase for your animal
feed formulation will depend on factors such as the species of animal, the composition of
the feed, and the desired outcomes. It is recommended to work with a nutritionist or feed
consultant to determine the appropriate dosage of phytase to use in order to achieve optimal
performance and environmental benefits.
What are some key things to look for when
selecting a Phytase product for use in animal feed?
When selecting a phytase product
for use in animal feed, it is important to consider factors such as potency, stability, and
reliability. Look for a phytase product that has a high level of activity and is stable in
feed processing conditions. It is also important to choose a product from a reputable
supplier with a track record of quality and efficacy in animal nutrition.