Nanovir – P Viral Disease Management

Nanovir-P utilizes synergism between Zinc ionophores, zinc nanoparticles, virus entry blockers, virus maturating protease inhibitor, and immune boosting abilities of the birds for viral disease control.

Nanovir-P utilizes quercetin’s zinc-ionophore activity and antiviral potential along with Zinc nanoparticles. Increased intracellular zinc concentrations can inhibit the replication of RNA viruses by blocking enzymes required for viral RNA synthesis, such as RNA-dependent RNA polymerase. This can interfere with the virus’s ability to replicate its genome and proliferate within the host cell. Virus can also be blocked for its entry to cells via biomolecules including alpha-monolaurin, also known simply as monolaurin, is a glyceride derived from lauric acid that has shown antiviral properties, particularly as a blocker of virus entry into host cells. In addition, EGCG, Baicalein, baicalin, wogonin, Quercetin is also known for virus entry blockers. Herbal molecules that act as protease inhibitors can interfere with the maturation of viruses by inhibiting viral proteases—enzymes necessary for cleaving viral polyproteins into functional units. This disruption can prevent the virus from becoming infectious and fully formed. Here are some herbal molecules known for their protease-inhibitory properties against viruses.

In addition, Vitamin E, Vitamin D3 and selenium nanoparticles are used for their potential in boosting antiviral immunity, particularly due to their synergistic antioxidant and immune-modulating properties. When combined, they provide robust cellular protection against oxidative stress and may help enhance the immune response to viral infections. Silymarin, silibinin, tinosporone, tinosporic acid, and cordifolisides A are bioactive compounds derived from herbal sources that have shown promise for their immune-boosting and antiviral properties. These phytochemicals are potentiated with ELVITATM technology which are the Quantum Herbal Nanoinfused (QHN) nanoparticles, potentiated herbal biomolecule for its efficacy. Each of these compounds has a unique mechanism for supporting antiviral immunity.