InventroS.A.

Cell death

Cell-death assays are crucial tools for drug discovery and development, providing insights into the mechanisms of programmed cell death and drug-induced cell death. By using these assays, researchers can assess the efficacy and safety of potential drug candidates, optimize drug dosages, and identify potential adverse effects. There are several types of cell death, including apoptosis,

Cell health assays

Cell health assays measure various cellular processes to provide insight into how and why cells proliferate or die. These are primary tools to assess the cytotoxicity of drug candidates or other compounds, analyze cellular parameters in various diseases including cancer, and study basic cellular processes. The selection of a specific cell health assay depends on

Cell toxicity

One of the main events that occur after cell death is the loss of membrane integrity, which allows chemicals or proteins to freely enter or exit the cell. Taking advantage of this phenomenon, we are able to evaluate the cytotoxicity of a given compound either by determining the exact number of dead cells stained with

Protein target prediction

Protein target prediction is a critical component of modern drug design and pharmaceutical research. Computational methods provide fast and cost efficient solutions for obtaining initial hypotheses in areas such as virtual screening, drug repurposing or side effects prediction. Their predictive value constantly increases, benefitting from exponential growth of available data and computer power. Currently, given

Protein targets

Our AI-driven model for protein target prediction is designed to support the fast-paced environment of drug discovery. Our model streamlines the prediction of compound activities across a broad spectrum of protein targets, enhancing the efficiency of virtual assays and screening processes. By facilitating the rapid evaluation of millions of compounds, it offers a significant advantage

Virtual assays - new service by Inventro

Responses from individual targets are grouped according to target class into virtual assays panels that mirror those widely used in in-vitro screening assays. For each compound they provide instant information concerning possible area of application, off-target prediction, as well as potential safety concerns. Protein kinases Kinase binding assays play a crucial role in drug design,