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Latest App Notes & Case Studies

App Note / Case Study

Evaluation of PARP Inhibitors: Performed on BMG LABTECH’s FLUOstar Omega

Poly (ADP-ribose) polymerases (PARP) transfer ADP-ribose to itself and other nuclear proteins such as histones, therefore PARP play a crucial role in regulating DNA repair. A luminescent cellular PARP assay and a fluorescent cell viability assay were performed on BMG LABTECH’s FLUOstar Omega to evaluate PARP inhibitors. PARP inhibition has been demonstrated to potentiate the cytotoxicity of anti-cancer drugs and ionising radiation. The ability of the FLUOstar Omega to measure absorbance, lumines
App Note / Case Study

Nephelometric Monitoring Growth of Candida albicans Using BMG LABTECH’s NEPHELOstar

Laser nephelometry has been shown to be a reliable technique for the measurement of drug solubility in 96-well plate format. In this note the use of BMG LABTECH´s NEPHELOstar to investigate the effects of complexation on the drug antimycotic activity is described. Laser nephelometry can distinguish between the concentration at which the drug just goes into or just comes out of solution. This is presented in phase solubility studies. Furthermore nephelometry was used to monitor fungal growth.
App Note / Case Study

New Transcreener® ADP2 FP Assay performed on BMG LABTECH’s PHERAstar Plus HTS Microplate Reader

Transcreener™ ADP2 Assay kits are far-red competitive fluorescence polarization immunoassays based on the detection of ADP. Any enzymatic reaction that uses ATP in a range from 0.1-1000 µM can be monitored. With its dual emission detection and five photomultiplier tubes, BMG LABTECH´s PHERAstar Plus provides the speed and sensitivity needed to take full advantage of BellBrook Labs Transcreener™ technology. Furthermore, a specific optical module was developed, thereby making assay setup simple.
App Note / Case Study

Africa and Design of Experiments

Reaction optimisation work using traditional techniques can be complex, time consuming and expensive, but is a vital part of the development of all chemical processes. One approach is the use of statistical experimental design (DoE). This application note gives some guidance on DoE and it’s use with the Africa system.
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