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Studying intramolecular bivalent glues using TR-FRET binding assays
Intramolecular bivalent glues can be used for the targeted degradation of proteins. Find out how their binding behaviour can be investigated using microplate readers.
VANTAstar
Flexible microplate reader with simplified workflows
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.
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VANTAstar
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.
The VANTAstar comes now with Voyager, BMG LABTECH´s new microplate reader control interface. Designed to remove complexity while maximising flexibility, Voyager makes data acquisition more intuitive than ever.
Features
- LVF Monochromators for wavelength flexibility and performance
- Automatic sensitivity adjustment with EDR
- Rapid full-plate auto-focus
- Optimized luminescence detection with automatic cross-talk reduction
- Spectral scanning in absorbance, fluorescence, and luminescence
- Dedicated features for live cell-based assays
- Full top/bottom detection capability with automatic switch
- Reduced footprint
- Easily integrated into automated systems
VANTAstar
Our technologies
Studying the molecular basis of antibiotic resistance by assessing penicillin interaction with PBP5 using fluorescence polarization
Antibiotic resistance continues to increase. Find out here how BOCILLIN can be used to study resistant penicillin binding protein variants using fluorescence polarization.
Screening for novel antibiotics in venom against Staphylococcus aureus
The threat of growing antibiotic resistance is constantly increasing. Find out here how venom fractions are emerging as a beacon of hope in the search for novel antibiotics.
dTAG protein degradation assay for the targeted degradation of proteins of interest
Have you heard of dTAG degraders yet? Check out this novel approach in targeted protein degradation and learn how it can be used to identify disease-relevant proteins.
The InToxSA assay, for quantifying Intracellular Cytotoxic S. aureus Phenotypes
Looking for a method to study intracellular bacterial cytotoxicity? This AppNote presents a novel method based on the monitoring of propidium iodide uptake with the CLARIOstar Plus.
Wastewater testing using the biotoxic effect on the luminescent bacterium Aliivibrio fischeri
Are you looking for a device to measure sample`s biotoxicity with Aliivibrio fischeri? BMG LABTECH's luminometers fulfil this task and offer additional advantages over the classic cuvette-based analysis.
For more performance: Accessories for VANTAstar
THERMOstar
Intelligent microplate incubation
LVis Plate
Low-volume measurements
Filters
Filters for a wide range of applications
Evaluation Plate
Functional Microplate Reader Validation
Atmospheric Control Unit
Enhanced cell-based assays