Synonym: PIV
Species: Human parainfluenza virus
Protein Accession: NP_066248
Purity: ≥95%
Endotoxin Level:
<1 EU per µg
Biological Activity: N/A
Expression System: Baculovirus
Fusion Tag: None
Predicted Molecular Mass: 55 kDa
Formulation: Supplied in PBS
Reconstitution: Reconstitute in ddH2O
Storage & Stability: Store at -20°C
FAQ
What is Parainfluenza Virus and how does it affect my
livestock?
Parainfluenza Virus (PIV) is a viral respiratory disease that
primarily affects cattle, sheep, and poultry. It's part of the paramyxovirus
family and can lead to significant economic losses in the feed industry due to
reduced productivity and increased veterinary costs. Symptoms of PIV in
livestock include fever, nasal discharge, coughing, and difficulty breathing. In
some cases, it can also lead to secondary bacterial infections, further
compounding health issues. The virus spreads through direct contact with
infected animals or contaminated surfaces, making it essential to implement
effective biosecurity measures.
What are the benefits of using raw
materials derived from Parainfluenza Virus in animal feed?
Raw materials
derived from Parainfluenza Virus, such as inactivated virus particles or protein
subunits, can serve as immunological stimulants for livestock. When incorporated
into animal feed, these materials can help bolster the immune system of the
animals, making them more resilient to viral infections. Farmers have reported
fewer instances of respiratory diseases and better overall herd health, leading
to improved productivity and reduced need for antibiotics. By strengthening the
animals' natural defenses, these materials offer a proactive approach to disease
management in the feed industry.
How should raw materials of
Parainfluenza Virus be incorporated into animal feed?
Integrating raw
materials of Parainfluenza Virus into animal feed requires careful formulation
to ensure optimal efficacy and safety. These materials can be added in the form
of powders, granules, or liquid extracts, depending on the type of feed and the
species of livestock. It’s crucial to consult with a veterinary nutritionist to
determine the appropriate dosage and ensure that the feed maintains its
nutritional balance. Regular monitoring is also recommended to observe any
changes in the animals' health and adjust the feed formulation as
necessary.
Are there any potential side effects of using these raw
materials in animal feed?
While the use of raw materials derived from
Parainfluenza Virus is generally considered safe, there can be potential side
effects that vary depending on the specific formulation and the health status of
the livestock. Some animals may experience mild reactions such as temporary
reduced feed intake or slight increases in body temperature. However, these side
effects are usually short-lived and not harmful. It’s important to monitor the
health of the animals closely, especially during the initial introduction
period, and to consult with a veterinarian if any adverse reactions are
observed.
How can I be sure of the quality and efficacy of raw materials
derived from Parainfluenza Virus?
Ensuring the quality and efficacy of raw
materials derived from Parainfluenza Virus involves sourcing from reputable
manufacturers who follow strict production and quality control standards. Look
for products that have undergone rigorous testing, including purity analysis,
safety evaluations, and efficacy trials. Independent third-party certifications
and positive customer reviews can also serve as reliable indicators of product
quality. Additionally, conducting small-scale trials within your own operations
can help confirm the effectiveness of the materials in promoting animal health
and productivity.