PHERAstar FSX

Name: PHERAstar FSX
Brand: BMG LABTECH
Rating: 4.8 (77 reviews)

Leistungsstarker und sensitivster Microplate Reader für HTS

Der PHERAstar^® FSX überzeugt durch höchste Geschwindigkeit und gilt als derzeit sensitivster High-Throughput Screening Microplate Reader auf dem Markt. Ein einzigartiges Optikmodul-System, simultane Doppelemission, ein UV/vis-Spektrometer, AAS System, sowie leistungsstarke AlphaScreen^®- und TRF-Laser machen den PHERAstar FSX zum idealen Gerät für High-Throughput Screening Assays in allen Plattenformaten bis zu 3456 Wells.

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Detektionsmethoden

Absorbance
Fluorescence intensity (incl. FRET)
Luminescence (incl. BRET)
Fluorescence polarization
AlphaScreen
Nephelometry
Time-resolved fluorescence
TR-FRET

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PHERAstar FSX

SelectScience seal of quality silver

Ein innovatives, optisches System sorgt für eine einfache Handhabung und unübertroffene Sensitivität in allen Detektionsmethoden. Die Optikmodule enthalten für jede Anwendung spezifisch abgestimmte Filter, dichroitische Spiegel und/oder Polarisationsfilter. Sie lassen sich in Sekundenschnelle einsetzen und werden automatisch von dem Reader erkannt. Zusätzlich ist der PHERAstar FSX mit zwei aufeinander abgestimmten, Assay-optimierten Photomultipler (PMT)-Paaren ausgestattet, die sich automatisch an die ausgewählten Detektionsmethode anpassen. Assays mit zwei Emissionswellenlängen können gleichzeitig gemessen werden, dank der simultanen Doppelemission.

Optimiert für den Einsatz im High-Througput Screening lässt sich der PHERAstar FSX leicht in alle führenden Robotersysteme integrieren. Die Control Software beinhaltet eine Lizenz für eine unbegrentze Zahl an Nutzern.

Eigenschaften

Sensitivster Microplate Reader für Fluoreszenz-Intensität und -Polarisation
Der einzige Plate Reader mit fünf Assay-optimierten Detektoren
Simultane Doppelemission, inklusive Alpha Technologie
Dynamischer Bereich mit neun Dekaden für Lumineszenz
Leistungsstarker Laser für AlphaScreen^®/AlphaLISA^®/AlphaPlex™
Nächste Generation TRF-Laser
Top- und Bottom-Reading mit Z-Fokus-Höheneinstellung
Präzise Reagenzinjektoren für die gleichzeitige Injektion und Messung
Absorptionsmessungen mit höchster Geschwindigkeit
Fortschrittliches Assay-Stabilitätssystem

PHERAstar FSX

Microplate Reader Technologien

Alpha Technology Laser

Excitation lasers significantly improve performance and lower limits of detection, since they yield higher excitation energy at a specific wavelength when compared to xenon lamps. Both the CLARIOstar and the PHERAstar FSX can be equipped with a laser dedicated to Alpha Technology (AlphaScreen®, AlphaLISA® and AlphaPlexTM) detection. This dedicated laser outperforms any xenon-based light source by specifically exciting donors at 680 nm.

Automation

Automation is a key feature in high-throughput screening. BMG LABTECH microplate readers have been successfully integrated into various robotic systems. Small footprint, multiple robotic software interfaces and an automation-friendly plate carrier guarantee an easy integration into all leading robotic platforms. All plate readers can be controlled through ActiveX or DDE interfaces. Moreover, the ASCII data output is the most versatile in the industry and works with most LIMS and automation platforms.

Decay Curve Monitoring

A unique feature of the PHERAstar FSX, Decay Curve Monitoring provides an indispensable tool for assay troubleshooting and performance fine-tuning for TRF, TR-FRET and AlphaScreen® assays. Thanks to special detectors with direct photon measurement system, fluorophore decay curves can be collected for one or two wavelengths with a user-selectable resolution of down to 2 µs. While other TR-FRET microplate readers simply give an integration value for the area under the curve, the PHERAstar FSX gives much more!

Direct optic bottom reading

Fluorescent and luminescent detection of adherent cells substantially profits from measurements performed from the bottom of the well. The PHERAstar FSX, CLARIOstar Plus and VANTAstar have a free air optical path to the bottom of the microplate, improving sensitivity and eliminating the need for fiber optics or light guides. Unlike conventional microplate readers, all BMG LABTECH readers require no displacement or installation of any additional hardware when switching between top and bottom reading modes.

Dichroic Mirror

Dichroic mirrors have significantly different reflection and transmission properties at two different wavelengths. Specifically for optic detection, they reflect or block excitation light at lower wavelengths, and transmit emission light at longer wavelengths to the detector. Used between excitation and emission filters, they increase sensitivity and decrease background noise.

Incubation and shaking

Shaking and incubation allow users to mix the well content and easily run measurements at elevated temperatures. The incubator controls the air temperature in the measurement chamber from room temperature up to 45°C, 60°C or 65°C. BMG LABTECH microplate readers are equipped with orbital, double-orbital or linear shaking with definable intensity, duration and direction of motion. These features are available on all BMG LABTECH plate readers.

Optic modules

PHERAstar Optic Modules free users from worrying about which filter is installed, which dichroic is being used, or if the components are installed correctly. Optic Modules incorporate all the parts necessary to run a specific assay. They are labelled with a barcode and detected by the plate reader, eliminating the possibility of using the wrong filter set. Just drop a module into the PHERAstar and read the assay. It is that simple.

Path length correction

Absorbance measurements such as DNA quantification or protein determination detected in a microplate reader are frequently compared and/or normalized to results from a 1 cm path length cuvette. All BMG LABTECH microplate readers have the ability to perform a 1 cm path length correction thanks to an internal fitting algorithm. Using this correction, data normalization to 1 cm path is given with only one mouse click.

PHERAstar detection system

The outstanding sensitivity and speed of the PHERAstar FSX microplate reader are based upon a new, innovative lens-based optical design, three different assay-dedicated light sources, two pairs of matched photomultiplier tubes (PMT) and assay-dedicated Optic Modules. All of these features are automated and integrated with each other, allowing the PHERAstar FSX to provide the user with the results they expect from the best HTS microplate reader in the world.

Reagent injectors

Many of today's most popular assays such as enzyme kinetics, calcium flux, and dual luciferase require the ability to monitor a signal during and after the addition of a reagent. All BMG LABTECH readers, with the exception of the SPECTROstar Nano, can be equipped with up to two reagent injectors. Injectors enable reagent delivery to any plate format from 6 to 384 wells.

Simultaneous Dual Emission

Simultaneous Dual Emission (SDE) detection allows the measurement of two emitted wavelengths at the same time. It reduces plate read times and corrects for any signal variation due to differences in well volumes, concentrations, or fluctuations in excitation energy. SDE is the ideal tool for double-emission assays such as FRET, TR-FRET, fluorescence polarization and BRET, since the sample only has to be read once.

TRF-laser

Excitation lasers significantly improve performance and lower limits of detection, since they yield higher excitation energy at a specific wavelength when compared to xenon lamps. The PHERAstar FSX can be equipped with an excitation laser for TRF and TR-FRET assays. The TRF laser specifically excites lanthanides at 337 nm and with 60 laser flashes/second, it allows ultra-fast TRF/TR-FRET endpoint or kinetic measurements.

UV/vis spectrometer

BMG LABTECH was the first and is the only microplate reader manufacturer to equip its instruments with a UV/vis spectrometer for absorbance measurements. Similar to a monochromator, but much faster, the spectrometer will capture full-absorbance spectra from 220 to 1000 nm at a resolution of 1 nm in less than one second/well. Alternatively, up to eight discrete wavelengths can be collected at the same time.

Well-scanning

For non-homogeneous samples such as for cell-based assays, where the sample distribution is uneven across the well, a single reading in the centre of the well is inadequate. To overcome this problem, all BMG LABTECH readers come with an advanced Well Scanning feature that can take multiple measurements in each well with a resolution of up to 900 points/well. Alternatively, in spiral or orbital averaging mode, the reader takes several measurements for each well on a defined spiral or orbit and calculates an average.

Xenon Flash lamps

Microplate readers require a light source to provide the incident of light directed at the sample.

Z-height focus

Automatic Z-height adjustment is extremely important for obtaining the best possible signal from every sample. If the focus is inaccurate by as little as 0.2 mm, this can result in a signal degradation of up to 25%. BMG LABTECH's Z-height focus adjustment tool scans the whole sample with 0.1 mm resolution and determines the height at which the strongest signal can be measured.

Crosstalk

Signal cross-talk negatively affects data quality in luminescence and AlphaScreen. It leads to an overestimation of dim samples, increases blank variability and background noise, and the possibility of false positives. The multiple factors to consider when trying to reduce cross-talk, as well as BMG LABTECH´s dedicated solutions are discussed here.

Advanced Assay Stability

The Advanced Assay Stability system enables to match room temperature conditions and to be maintained at any temperature between 18 and 45°C. It provides a steady temperature that is unaffected by external environmental changes while the plate reader is operating.

Competition assay using Fluorescence Polarization to determine the Residence Times for Calcitonin and AMYR agonist, AM833

Inform yourself here about the benefits of an alternative to (TR-)FRET-/BRET-based competition assays using FP for the determination of kon and koff of ligand/receptor interaction.

Cell-free extract protein synthesis: Rapid single vessel DNA assembly and protein production in microliter scale

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.

Extracellular ATP measurement in real time using living cells

Find out, how to perform real-time measurements of Promega´s extracellular ATP kit with living cells with the CLARIOstar Plus with ACU.

Structure-guided monitoring of the human opioid receptor family using BRET assays

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.

ROS detection in a cell-based format using the Promega ROS-Glo™ assay

There are many ways to monitor ROS generation. But few are as simple, fast, and sensitive as performing Promega’s ROS-GloTM assay on BMG LABTECH’s microplate readers.

Measuring protein ligand binding with an endogenous HiBiT CETSA test system

Do you want to perform interaction studies without having to perform protein purification? Read here, how HiBiT CETSA can be used to study PROTAC-target interaction in an endogenous test system.

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Time- and cost-efficient bacterial expression and purification of potato apyrase

Karim, JA;Lambert, NA;Pioszak, AA; [2023]
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Malebari, AM;E A Ahmed, H;Ihmaid, SK;Omar, AM;Muhammad, YA;Althagfan, SS;Aljuhani, N;A A El-Sayed, AA;Halawa, AH;El-Tahir, HM;Turkistani, SA;Almaghrabi, M;K B Aljohani, A;El-Agrody, AM;Abulkhair, HS; [2023]
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Han, P;Wang, C;Zhang, W;Wu, Y;Wang, D;Zhao, S;Zhu, M; [2022]
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Mab2780c, a TetV-like efflux pump, confers high-level spectinomycin resistance in mycobacterium abscessus

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Tuberculosis (Edinburgh, Scotland) 138 102295

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Lead-binding biogenic polyelectrolyte multilayer coating for lead retention in perovskite solar cells

Körte, F;Wessendorf, CD;Schnabel, T;Herrmann, M;Schröppel, B;Stadelmann, K;Arefaine, E;Busch, L;Daum, R;Ahlswede, E;Hartmann, H; [2022]
RSC advances 12(53) 34381-34392

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