Synonym: Malaria protein
Species: Plasmodium falciparum
Protein Accession: P0C6V7
Purity: ≥ 95%
Endotoxin Level:
< 1.0 EU per µg
Biological Activity: Potent inhibitor of host cell invasion
Expression System: E. coli
Fusion Tag: His-tag
Predicted Molecular Mass: 28 kDa
Formulation: Supplied as a lyophilized powder
Reconstitution: Reconstitute in sterile PBS, pH 7.4
Storage & Stability: Store at -20°C. For long term storage, store at
-80°C. Stability is ≥ 2 years when stored at -20°C.
FAQ
What is "Raw Materials of Malaria" and how is it used in the feed
industry?
"Raw Materials of Malaria" refers to extracts and compounds derived
from organisms and substances traditionally known for their association with
malaria, such as the Artemisia plant, commonly used to produce artemisinin. In
the feed industry, these materials are investigated for their potential health
benefits, particularly their anti-parasitic properties. Incorporating these
materials into animal feed can help in improving the overall health of livestock
by potentially reducing the prevalence of parasitic infections. This, in turn,
can lead to enhanced growth rates, improved feed conversion ratios, and overall
better productivity in livestock farming.
Are "Raw Materials of Malaria"
safe for all types of livestock?
When properly processed and administered in
recommended dosages, "Raw Materials of Malaria" are generally safe for various
types of livestock, including poultry, cattle, sheep, and goats. Scientific
research has supported the safety and efficacy of certain compounds like
artemisinin in reducing parasitic infections without causing adverse effects on
animal health. However, it is crucial to adhere to validated dosage guidelines
and monitor livestock for any signs of adverse reactions. Consulting with a
veterinary professional before incorporating these materials into the feed
regimen is also advisable to ensure compatibility and safety for specific
livestock species.
How can "Raw Materials of Malaria" improve livestock
health and productivity?
"Raw Materials of Malaria" contain natural compounds
with anti-parasitic properties that can help in controlling and reducing the
load of internal and external parasites in livestock. By lowering the incidence
of parasitic infections, these materials can improve the health and immunity of
animals, leading to increased feed efficiency, better weight gain, and overall
enhanced productivity. Healthier livestock are less likely to require medicinal
treatments, reducing the farmers' reliance on pharmaceuticals and contributing
to the sustainable health management of the herd or flock. Enhanced health also
means improved reproductive performance and lower mortality rates, thereby
boosting the economic benefits for farmers.
What research supports the
use of "Raw Materials of Malaria" in animal feed?
Numerous scientific studies
have investigated the efficacy of compounds derived from "Raw Materials of
Malaria," particularly artemisinin, in animal health. Research published in
journals such as Veterinary Parasitology and the Journal of Animal Science has
documented their effectiveness in reducing parasitic infections and improving
overall animal health. Experimental trials conducted on poultry, sheep, and
cattle have demonstrated significant reductions in parasite burden, better
growth parameters, and improved immune responses. Additionally, field studies
have shown that livestock fed with supplemented diets containing these materials
exhibit better resistance to infections and show enhanced overall health and
productivity.
Are there any special considerations for incorporating "Raw
Materials of Malaria" into livestock feed?
Incorporating "Raw Materials of
Malaria" into livestock feed requires careful consideration of dosage, uniform
distribution in the feed, and the overall nutritional balance of the feed
regimen. It is essential to source these materials from reputable suppliers to
ensure the quality and consistency of the active compounds. Farmers should also
be aware of any regulatory guidelines and restrictions regarding the use of such
materials in animal feed in their respective regions. Proper storage conditions
to maintain the potency of these compounds and regular monitoring of livestock
health and performance are also crucial steps. Ensuring these considerations can
help maximize the benefits and minimize any risks associated with the use of
"Raw Materials of Malaria" in animal feed.