Currently, oxygen-glucose deprivation (OGD)-induced models are the most relevant and commonly used in vitro models to simulate stroke. Assays based on in vitro stroke models can be used to understand pathogenic mechanisms and drug discovery screening, effectively quantifying cytotoxicity, biological activity, biochemical mechanisms, and off-target interactions. Cell-based assays provide complex biologically relevant data and are valuable tools in stroke drug discovery applications. Unlike traditional biochemical assays, cell-based assays are more physiologically relevant and allow for simultaneous assessment of compound properties.
At Ace Therapeutics, we offer a comprehensive range of ischemic stroke in vitro assays to help our clients study study pathogenic mechanisms and drug discovery screening. Our ischemic stroke in vitro assays are based on nerve cell exposure under hypoxic-glucose deprivation conditions. Ischemic-like conditions are induced by replacing normal O2/CO2 balanced medium with N2/CO2 balanced medium in a hypoxic chamber. We also exposed cells to OGD conditions using the glucose-free medium.
Our ischemic stroke in vitro assay service allows for robust, flexible, and customized analysis of drugs to be tested on a wide range of cell lines. At Ace Therapeutics, we want to help scientists in the field of stroke by offering a wide range of assays that measure or detect cellular events. We would be happy to help you choose the right assay!
After oxygen sugar deprivation, Ace Therapeutics offers several studies to analyze the different stages of the cell death process and the possible recovery of damaged neurons. By using multiple cell types and utilizing proven and innovative technologies, we can develop assays that can best mimic stroke to accelerate your stroke drug discovery program. If you are interested in our services, please do not hesitate to contact us!
Ace Therapeutics is a global leading provider of stroke research services. We are committed to accelerating progress in stroke research and drug development.