The complement system's amplification loop offers promising targets for emerging therapeutics, potentially improving disease outcomes while preserving its protective capabilities.
Take an in-depth look at Properdin, a key regulator of the amplification loop, and learn more about novel functional assays to measure its activity.
In addition, explore applications for these functional and quantitative assays that support the evaluation of the amplification loop's modulation, enhancing the development of next-generation complement therapeutics.
The complement system's amplification loop offers promising targets for emerging therapeutics, potentially improving disease outcomes while preserving its protective capabilities.
Take an in-depth look at Properdin, a key regulator of the amplification loop, and learn more about novel functional assays to measure its activity.
In addition, explore applications for these functional and quantitative assays that support the evaluation of the amplification loop's modulation, enhancing the development of next-generation complement therapeutics.
In this case study, Dr. Cecilia Månsson, Senior Scientist, and Viktoria Kozma, Senior Research Engineer at Svar Life Science, discuss Properdin, a crucial regulator of the amplification loop. They explore novel approaches for correlation of Properdin function and quantitation, and how these methods can support development of next-generation complement therapeutics.
The Svar Properdin assays serve as valuable tools for characterizing Properdin's functionality and assessing its modulating activity.
Read how in the Case Study!