Synonym: Influenza A virus antigen
Species: Influenza A virus
Protein Accession: Q9EPF1
Purity: Greater than 95% by SDS-PAGE
Endotoxin Level: Less than 1 EU/μg
Biological Activity: Fully functional in ELISA and Western Blot
Expression System: E. coli
Fusion Tag: None
Predicted Molecular Mass: Approximately 40 kDa
Formulation: Lyophilized from a 0.2 μm filtered solution in PBS
Reconstitution: Reconstitute in sterile distilled water to a concentration of
0.1-1.0 mg/ml
Storage & Stability: Store at -80°C. It is stable for up to 12 months from date of
receipt
FAQ
What are the benefits of using raw materials of Influenza A in feed formulation for
poultry?
Using raw materials of Influenza A in feed formulation for poultry
offers several benefits in enhancing overall health and disease resistance. One major
benefit is improved immunity. These materials can act as immunostimulants, boosting the
bird's immune system to better respond to pathogens. They can also contribute to gut
health by supporting beneficial gut flora, which plays a crucial role in overall immune
function.
Another advantage is enhanced nutrient absorption. The introduction of
these raw materials can facilitate better digestion by improving enzyme activity, which
helps in the efficient breakdown of feed. This, in turn, leads to improved nutrient
uptake and better weight gain, which is a key factor in poultry farming
profitability.
Finally, raw materials from Influenza A can help in reducing the
incidence of infections and outbreaks within a flock. As these materials can offer a
form of bio-security by priming the immune system, they contribute to a lower mortality
rate and better overall flock health, thereby ensuring more consistent production rates
and reduced economic losses.
How do raw materials of Influenza A affect the
digestive system of poultry?
Raw materials of Influenza A can have a significant
positive impact on the digestive system of poultry. These materials stimulate the
production of digestive enzymes that are essential for breaking down feed components
like proteins, fats, and carbohydrates. Improved enzyme activity leads to better feed
conversion ratios, meaning the birds get more nutrients from the same amount of
feed.
Additionally, these raw materials help maintain a balanced gut microbiota,
crucial for effective nutrient absorption and overall gut health. A balanced gut
microbiota can fend off pathogenic bacteria, thereby reducing gastrointestinal diseases.
The presence of beneficial bacteria also enhances the protective mucosal lining of the
gut, which acts as an additional barrier to infections.
Furthermore,
incorporating these ingredients helps in stabilizing the pH level in the gut, which is
beneficial for enzyme activity and nutrient absorption. Overall, a healthy digestive
system translates to better growth rates, reduced feed costs, and improved meat
quality.
Are there any potential side effects of incorporating raw materials of
Influenza A in poultry feed?
Generally, the use of raw materials of Influenza A
in poultry feed is considered safe when used in moderation and as per recommended
guidelines. It is crucial, however, to ensure that these materials are properly
processed and free from contaminants to avoid any adverse effects.
One potential
side effect could be an imbalance in the gut microbiota if used excessively.
Over-stimulation of the immune system could potentially lead to auto-immune responses,
although this is rare. Proper dosing is essential to mitigate this risk.
It's
also important to conduct initial trials and monitor the flock closely for any
unexpected reactions when introducing these materials for the first time. In summary,
while generally safe and beneficial, due diligence in sourcing and monitoring is
essential to avoid potential side effects.
How effective are raw materials of
Influenza A in comparison to traditional antibiotics?
Raw materials of Influenza
A serve as a natural and effective alternative to traditional antibiotics, particularly
in promoting growth and maintaining flock health. Unlike antibiotics, they do not
contribute to antibiotic resistance, a significant concern in both human and veterinary
medicine.
These materials work by boosting the bird's natural immune defenses and
maintaining gut health, thereby reducing the likelihood of infections. While they may
not offer the immediate and broad-spectrum action that antibiotics provide, they offer a
sustainable, long-term approach to health management.
Moreover, using these
materials can improve overall flock health without the withdrawal periods required for
antibiotics, thus avoiding disruptions in production. They offer a viable, natural
method for maintaining health and enhancing growth, aligning well with increasing
consumer demand for antibiotic-free poultry products.
What are the recommended
dosages for raw materials of Influenza A in poultry feed?
Recommended dosages for
raw materials of Influenza A in poultry feed vary based on factors such as the bird's
age, health status, and overall diet composition. Generally, the dosage should be guided
by scientific research and manufacturer recommendations to ensure optimal benefits and
safe usage.
For chicks, lower dosages are typically recommended, gradually
increasing as they grow and their digestive system matures. It's also crucial to
consider the overall composition of the feed and balance it accordingly. The dosing
should start at the lower end to monitor any initial reactions and then adjusted based
on growth performance and health indicators.
Consulting with a veterinarian or a
poultry nutrition specialist is advisable to tailor the dosage to meet specific farm
requirements. Proper dosing ensures the benefits of enhanced immunity and improved gut
health without risking potential side effects from overuse.