At Marinomed, we offer a comprehensive range of antiviral activity assays to evaluate the effectiveness of your novel API or formulations against a variety of viral pathogens. These assays provide critical insights into how well your product can inhibit viral entry, replication and spread. We focus on assays that target specific viral mechanisms ensuring that you can assess the potential of your product (drug, vaccine) early in your R&D process.
In this assay, the viral ability to agglutinate red blood cells (common feature of influenza virus) is tested. If your API blocks this interaction, it demonstrates its ability to neutralize the virus and prevent viral attachment to host cells.
This assay is commonly used for influenza virus and other RNA viruses to determine how effectively a compound can prevent viral entry into host cells, which is a critical early step in infection.
This assay measured how well your product can prevent virus entry and infection in a single round of replication. Reporter genes are often used to quantify the amount of viral infection by measuring specific signals (e.g., luciferase, GFP expression)
It is an essential assay for testing compounds against a range of viruses, including coronavirus, where viral entry inhibition is a key therapeutic goal.
This assay allows to determine how well your API can suppress viral replication at various stages of the viral life cycle. It can be used to monitor viral RNA or protein synthesis in the presence of your test compound.
It is used to test drugs against RNA viruses, DNA viruses, where inhibiting viral replication is a key therapeutic strategy (Herpesvirus, Rhinovirus).
The assay measures how well your API can inhibit the activity of neuraminidase, an enzyme found on the surface of influenza viruses facilitating the release of new viral particles from infected cells.
Neuraminidase inhibitors are key antivirals used to treat influenza. With this assay we can help assess the potency of compounds intended to block viral release, thus preventing the spread of infection within the host.
