It has been conclusively shown that DAPK1 can influence stroke pathology by interacting with multiple proteins, such as NR2B, p53, and Tau. By affecting the interaction of DAPK1 with these proteins, it can effectively regulate cell death, excitotoxicity, neural deformation, synaptic damage, and other processes during the stroke. Therefore, modulating the interaction of DAPK1 with proteins can modulate the stroke pathological process in multiple ways and is a potential avenue for the treatment of stroke. In view of this, Ace Therapeutics offers comprehensive services to screen for modulators that effectively act on the interaction process of DAPK1 with the interacting proteins.
Given that DAPK1 interacts with many proteins to regulate stroke pathology, Ace Therapeutics provides comprehensive services to explore the specific mechanisms of DAPK1 interactions with interacting proteins in the pathology of stroke.
After the initial validation of the obtained drug candidates, Ace Therapeutics conducted more in - depth study services of the obtained drug candidates in screening to elucidate their specific efficacy and mechanism of action in stroke treatment.
At the same time, we can tailor our research services exclusively to your research needs. If you would like to learn more about our services, please feel free to contact us.
We are committed to accelerating progress in stroke research and drug development.