Peptidic inhibitors of α-Synuclein preventing Parkinson’s disease-associated fibrilization and cytotoxicity
Read here how peptidic inhibitors of α-Synuclein nucleation and fibril elongation can be evaluated on microplate readers.
The VANTAstar® is the latest addition to our family. This compact multi-mode microplate reader was conceived for ease-of-use and flexibility and ensures effortless detection setup for a simplified data generation. Equipped with our patented dual LVF Monochromators™ system, filters, UV/vis spectrometer, and Enhanced Dynamic Range technology, it can cover a wide range of applications in basic research and life science.
The VANTAstar is an upgradable multi-mode microplate reader compatible with all plate formats up to 384 wells. The Enhanced Dynamic Range (EDR) technology, a fast full-plate auto-focus, and luminescence cross-talk reduction make assay detection easier than ever and manual optimization superfluous.
With its Atmospheric Control Unit for gas control, temperature incubation, multiple shaking options, well scan and reagent injectors with heater and stirrer, the VANTAstar supports all live cell-based assays. The VANTAstar is also available with only filter-based detection. Check here more details about the VANTAstar F.
Read here how peptidic inhibitors of α-Synuclein nucleation and fibril elongation can be evaluated on microplate readers.
The fluorescent sensor PS3 can be used to monitor immunosuppression in the tumor microenvironment by detecting peroxynitrite production. Find out more here.
Snake venom has a very bad image. But it’s not all bad - If you would like to read about the useful functions of snake venoms as an anti-cancer treatment click here.
Read here, how protein synthesis in cell-free extracts can be used to rapidly screen for protein variants in low-volume single vessel reactions with the CLARIOstar Plus.
Find out, how to perform real-time measurements of Promega´s extracellular ATP kit with living cells with the CLARIOstar Plus with ACU.
Find out how the TRUPATH platform combined with the PHERAstar FSX can be used to study GPCR interaction and thus be able to advance the development of safer opoid drugs for pain relief.
Intelligent microplate incubation
Low-volume measurements
Filters for a wide range of applications
Functional Microplate Reader Validation
Enhanced cell-based assays